®

2013-2014

See more information in the Web page

http://www.lineeye.com

Products Digest Catalog
If you need each product catalog, please contact us.

Environmental Activities

To conserve the global environment, LINEEYE CO., LTD. is focusing its effort on reducing
environmental impact.
ISO 14001(Year 2004)Certification Registration in May 31, 2005.

LINEEYE compact analyzers support the development,
testing and maintenance of communications equipment
and information systems.

LINEEYE interface converters convert LAN to Serialand USB to Serial interfaces at low cost.

After Support

For you to use the products for a long period of time, we provide a repair service and product parts supply.
[ Technical Support ]We will answer your questions via e-mail, FAX or TEL. Also, we put FAQ in our web page.

• All brand names and product names mentioned in this catalog are trademarks or registered trademarks of their respective companies.
• Specifications and designs of products listed in this catalog are as of April,2013, and are subject to change without notice for improvement.
• Colors of actual products may differ slightly from that listed due to printing condition.
• This catalog may not be reprinted or duplicated, in part or in whole.
©2013 by LINEEYE CO., LTD.

LINEEYE CO., LTD.
Head Office/Sales Office
Marufuku Bldg, 4F, 39-1 Karahashi Nishihiragaki-cho, Minami-ku, Kyoto, 601-8468
PHONE: 81-75-693-0161 FAX:81-75-693-0163

MULTI PROTOCOL ANALYZER

INTERFACE CONVERTER

LE-8200

SI-Series

Wide Color LCD

Small, Low Power Consumption

Mega Speed Measurement

Usable Over Wide Range of Temperature

Giga Byte Long Time Record

Optimum for Factories Automation

URL http://www.lineeye.com
E-mail : info@lineeye.co.jp

LINE EYE CO., LTD.

* LINEEYE CO., LTD. is a venture company founded byelectronic equipment development members of the former
Sekisui Chemical Co., Ltd. with investment from the Sekisui
Venture Fund.
QR-00337
ER-00094

Printed in Japan

M-13701E/LE G

Multi Protocol Analyzer

RS-232C

RS-422

Async
X.25

BSC
ModbusSync
PPP

RS-485SDLC

HDLC

model of battery powered portable communication
LE-8200 Top-level
analyzer with wide color display and Japanese & English

Multi Protocol Analyzer

RS-232C

RS-422

Async
X.25

BSC
ModbusSync
PPP

RS-485SDLC

HDLC

model of battery powered portable communication
LE-3500 Perfectanalyzer with statistical analysis function and program

guide message.

simulation function.
Minor change
Add LED back-light

Upgraded!
Support Modbus

Upgraded!
Support Modbus

Protocol Analyzer

Protocol Analyzer

A5 size
Large-sized Color TFT LCD for Efficient Analysis

Long Time Record Enables to Find Data Troubles

Supports Communication Protocols at 50bps to 2.048Mbps.

Records Data Logs for Long Hours by Auto Save Function

The large-sized color LCD is an easy-to-understand display showing a flow ofcommunication protocol and data transmitted or received, thus greatly improving
the efficiency of measurement data analysis.

Incorporates a 100-MB capture memory that is ideal for the analysis of hi-speed,large-volume communications. The use of the CF card enables the continuousrecording of communications data for as long as several days.
>>Details on P7

Supports multi protocols which are used in RS-232C/RS-422/RS-485 interfaces atuser-specified speed for measurement test.

Auto Save function continuously saves communication logs into a CF card. For
example, it can save data at 19.2Kbps for about 20days. It is useful for identifying
rare communication failures of unknown cause.
>> Details on P7[Top menu screen][Two divided screen]

Measures at Low to Mega Speeds
Using high-precision DPLL technology for open baud rate support, transmission
and reception speeds can be separately set to 4 effective digits for measurement
tests.

Supports Logic Analyzer / Analog Waveform Analysis
Supports logic analyzer analysis and analog waveform analysis up to 100M
sampling per second.(*1)

Expands Measurement Targets With Interface Expansion Kits

[Example of Analog Waveform Analysis]

Auto Run/Stop
Trigger: 8

Expansion

CF card:Time stamp:

Board: 7

32GB

min.1µs

Auto-config(monitor)

Delay time measure

Signal voltage
measureTimers: 4Counters: 4

FLOW
mode

ECHO
mode

Logic Analysis:max. 100MHzPOLLING
mode

Auto save:
Max stop

Data retrieval

Statistical analysis Two divided screen

2

Test pattern: 14

IrDA
LIN

Current loop

BUFFER
mode

Speed

Simulation Function for Transmission/Reception Test
[Example of X.25 protocol translation]

MemoryPROGRAM
mode

100Mbyte
5.7 inch color LCD

Battery powered

4 hoursSize

240(W)x190(D)x48(H)mm

Weightapprox. 1.1kg*1: Need to have OP-SB85L for high-speed analog waveform

PC link:

Print out:File:

USB high-speed

AUX/file

PC compatible

Data Analysis

Full duplex 2.150Mbps
Half duplex 4.000Mbps (*2)

*2: Optional firmware enables to measure in higher speed >> Details on P8

Expansion

CF card:Time stamp:

Board: 4

16GB

min.10ms

Auto Run/Stop

Auto-config(monitor)

Delay time measure

Signal voltage
measureTrigger: 4

Timers: 2

Counters: 2

Logic Analysis:max. 20MHz

Multi Protocol

RoHS Directive
Compatible

Auto save

Data retrieval

Statistical analysis Two divided screen
High-speed analog
waveform

Simulation
MANUAL
mode

FLOW
mode

ECHO
mode

POLLING
mode

Test pattern: 11

BUFFER
mode

PROGRAM
mode

External Input/Output

Bit Error Rate Test
Max speed:
2.048Mbps[Graph of statistically analyzed data]

Cables and terminal adapters in a wide
variety are available to meet the shapes of
the connectors of measurement targets.

Manual mode sends data registered intransmission table, which corresponds
to the control key. In the Program
mode, creating a purpose-specificcommand programs can test thecommunications. There are 6 types ofsimulation modes in total.

Display

High-speed analog
waveform (*1)

External Input/Output

Bit Error Rate Test
Max speed:
4Mbps

SPI
CAN

Differing communications standards aresupported by simply exchanging themeasurement board.

Simulation
MANUAL
mode

I2C[Protocol setup display]

Data Analysis
Multi Protocol

TTL

CC-link

IrDA Current loop
LIN
FlexRay

Statistical Analysis on a Time Zone Basis
Measures the volume of communications
and the number of occurrence timesof specified communication status fora specified period ranging (1 ~ 240
minutes) with the results graphicallydisplayed. It is possible to graphcommunications traffic and thenumber of errors on a time zone basis.

Expansion Kits Support:[Example of Logic Analyzer Analysis]

RS-232C/RS-422/RS-485 can be measured
without any options.
The FlexRay (next-generation high-speed
in-vehicle network) and other protocols canbe measured by adding expansion kits.
>> Details on P8-P9
Expansion Kits Support:

TTL I2C SPI
CC-linkCAN
LAN USB

Expands Interfaces by Various Options
A Dsub 9-pin conversion cable and a variety ofdedicated cables, such as X.20/21, RS-449, andV.35 cable, are available. Protocols of differing
hardware specifications are supported by simply
changing the measurement boards.
>>Details on P10[Example of Program mode]

Speed

Full duplex 1.544Mbps
Half duplex 2.048Mbps (*1)

Memory6.4Mbyte

Display

Monochrome, LCD backlight

Battery powered

8 hoursSize

210(W)x154(D)x38(H)mm

Weightapprox. 790kg

RoHS Directive
Compatible*1: Optional firmware enables to measure in higher speed >> Details on P10

PC link:

Print out:File:

USB full-speed

AUX/file

PC compatible

3

Multi Protocol Analyzer

RS-232C

RS-422

Async
X.25

BSC
ModbusSync
PPP

RS-485SDLC

HDLC

model of battery powered portable communication
LE-8200 Top-level
analyzer with wide color display and Japanese & English

Multi Protocol Analyzer

RS-232C

RS-422

Async
X.25

BSC
ModbusSync
PPP

RS-485SDLC

HDLC

model of battery powered portable communication
LE-3500 Perfectanalyzer with statistical analysis function and program

guide message.

simulation function.
Minor change
Add LED back-light

Upgraded!
Support Modbus

Upgraded!
Support Modbus

Protocol Analyzer

Protocol Analyzer

A5 size
Large-sized Color TFT LCD for Efficient Analysis

Long Time Record Enables to Find Data Troubles

Supports Communication Protocols at 50bps to 2.048Mbps.

Records Data Logs for Long Hours by Auto Save Function

The large-sized color LCD is an easy-to-understand display showing a flow ofcommunication protocol and data transmitted or received, thus greatly improving
the efficiency of measurement data analysis.

Incorporates a 100-MB capture memory that is ideal for the analysis of hi-speed,large-volume communications. The use of the CF card enables the continuousrecording of communications data for as long as several days.
>>Details on P7

Supports multi protocols which are used in RS-232C/RS-422/RS-485 interfaces atuser-specified speed for measurement test.

Auto Save function continuously saves communication logs into a CF card. For
example, it can save data at 19.2Kbps for about 20days. It is useful for identifying
rare communication failures of unknown cause.
>> Details on P7[Top menu screen][Two divided screen]

Measures at Low to Mega Speeds
Using high-precision DPLL technology for open baud rate support, transmission
and reception speeds can be separately set to 4 effective digits for measurement
tests.

Supports Logic Analyzer / Analog Waveform Analysis
Supports logic analyzer analysis and analog waveform analysis up to 100M
sampling per second.(*1)

Expands Measurement Targets With Interface Expansion Kits

[Example of Analog Waveform Analysis]

Auto Run/Stop
Trigger: 8

Expansion

CF card:Time stamp:

Board: 7

32GB

min.1µs

Auto-config(monitor)

Delay time measure

Signal voltage
measureTimers: 4Counters: 4

FLOW
mode

ECHO
mode

Logic Analysis:max. 100MHzPOLLING
mode

Auto save:
Max stop

Data retrieval

Statistical analysis Two divided screen

2

Test pattern: 14

IrDA
LIN

Current loop

BUFFER
mode

Speed

Simulation Function for Transmission/Reception Test
[Example of X.25 protocol translation]

MemoryPROGRAM
mode

100Mbyte
5.7 inch color LCD

Battery powered

4 hoursSize

240(W)x190(D)x48(H)mm

Weightapprox. 1.1kg*1: Need to have OP-SB85L for high-speed analog waveform

PC link:

Print out:File:

USB high-speed

AUX/file

PC compatible

Data Analysis

Full duplex 2.150Mbps
Half duplex 4.000Mbps (*2)

*2: Optional firmware enables to measure in higher speed >> Details on P8

Expansion

CF card:Time stamp:

Board: 4

16GB

min.10ms

Auto Run/Stop

Auto-config(monitor)

Delay time measure

Signal voltage
measureTrigger: 4

Timers: 2

Counters: 2

Logic Analysis:max. 20MHz

Multi Protocol

RoHS Directive
Compatible

Auto save

Data retrieval

Statistical analysis Two divided screen
High-speed analog
waveform

Simulation
MANUAL
mode

FLOW
mode

ECHO
mode

POLLING
mode

Test pattern: 11

BUFFER
mode

PROGRAM
mode

External Input/Output

Bit Error Rate Test
Max speed:
2.048Mbps[Graph of statistically analyzed data]

Cables and terminal adapters in a wide
variety are available to meet the shapes of
the connectors of measurement targets.

Manual mode sends data registered intransmission table, which corresponds
to the control key. In the Program
mode, creating a purpose-specificcommand programs can test thecommunications. There are 6 types ofsimulation modes in total.

Display

High-speed analog
waveform (*1)

External Input/Output

Bit Error Rate Test
Max speed:
4Mbps

SPI
CAN

Differing communications standards aresupported by simply exchanging themeasurement board.

Simulation
MANUAL
mode

I2C[Protocol setup display]

Data Analysis
Multi Protocol

TTL

CC-link

IrDA Current loop
LIN
FlexRay

Statistical Analysis on a Time Zone Basis
Measures the volume of communications
and the number of occurrence timesof specified communication status fora specified period ranging (1 ~ 240
minutes) with the results graphicallydisplayed. It is possible to graphcommunications traffic and thenumber of errors on a time zone basis.

Expansion Kits Support:[Example of Logic Analyzer Analysis]

RS-232C/RS-422/RS-485 can be measured
without any options.
The FlexRay (next-generation high-speed
in-vehicle network) and other protocols canbe measured by adding expansion kits.
>> Details on P8-P9
Expansion Kits Support:

TTL I2C SPI
CC-linkCAN
LAN USB

Expands Interfaces by Various Options
A Dsub 9-pin conversion cable and a variety ofdedicated cables, such as X.20/21, RS-449, andV.35 cable, are available. Protocols of differing
hardware specifications are supported by simply
changing the measurement boards.
>>Details on P10[Example of Program mode]

Speed

Full duplex 1.544Mbps
Half duplex 2.048Mbps (*1)

Memory6.4Mbyte

Display

Monochrome, LCD backlight

Battery powered

8 hoursSize

210(W)x154(D)x38(H)mm

Weightapprox. 790kg

RoHS Directive
Compatible*1: Optional firmware enables to measure in higher speed >> Details on P10

PC link:

Print out:File:

USB full-speed

AUX/file

PC compatible3

RS-232C
Async
X.25

Multi Protocol Analyzer

LE-2500

RS-422

Sync
PPP

BSC

RS-485SDLC

HDLC

Compact A5 size, high performance with low
costs model, which supports multi protocols.

Minor change
Add LED back-light

RS-232C

PC-connectable Protocol Analyzer

LE-200PS【Example of Time stamp / Idle time display】●Compact A5 Size with
Excellent Functions

RoHS Directive
Compatible●Multi Protocols and Multi Interfaces
Protocols of differing hardware specifications are supported by simply changing themeasurement boards. >> Details on P10
Expansion Kits Support:

I2C

IrDA

Current loop

CAN

Sync
PPP

BSC

●Supports RS422/485 as Standard
Feature●Real-time monitoring of BSC/HDLCon the PC.
●Manual simulation function withsimple operation.
●Logger mode specifies
measurement schedule.
PC

Developing Device

SD

LIN

50bps〜1,000Mbps

Memory2.4Mbyte

Delay time measure

Signal voltage Statistical analysis Two divided screen
measureDisplay

Monochrome, LCD backlight

Counters: 2

Logic Analysis:max. 20MHz

Battery powered

8 hoursSize

210(W) x 154(D) x 38(H)mm

Weightapprox. 760kg

8GB

min.10ms

Auto Run/Stop

Auto-config(monitor)

Trigger: 4

Timers: 2

Auto save

High-speed
analog waveform

Simulation

Protocol Analyzer

MANUAL
mode

FLOW
mode

ECHO
mode

POLLING
mode

PROGRAM
mode

Test pattern: 11

PC link:

Print out:File:

USB full-speed

AUX/file

PC compatible

Connect to PC
via USB

Windows® XP/Vista®/7/8

Power supply

USB bus power, external DC powerSize

86(W) x 130(D) x 30(H) mm

WeightApprox. 220g

Record in the HDD of PC

Accessories: DSUB 25pin monitor cable, Mini USB cable, external signal I/O cable, 8GB SDHC
card, PC software CD.

RoHS Directive
Compatible

RS-232C

External Input/Output

Bit Error Rate Test
Max speed:
1.000Mbps

BUFFERmode

50bps 〜 1Mbps

Logger Memory 2-8GB of SD/SDHC card

RS-422

RS-485

PC-connectable Protocol Analyzer

Async

LE-150PS

Eases to measure Async communication.

Protocol Analyzer

Speed
Data retrieval

Time stamp:

Board: 4

Multi Protocol【 RS-485 connection (LE-5TB) 】

Environment
Analysis PC●Logic Analyzer and Signal Voltage Measurement >>Details on P7
Data Analysis

HDLC

RD

●PC Link Software for Remote Control from PC >>Details on P11

CF card:

SDLC

Speed

Remote Mode (PC connected)●Trigger Feature for Catching User-specified Events/ Errors >> Details on P7

Expansion

RS-485Multi-protocols supported. Enables tomeasure with or without a PC.

It is a lightweight unit that can be battery driven,and inevitable to on-site tests as well as
analyzing of communications line trouble.

TTL

Async
X.25

RS-422PPP【TTL signal connection (OP-5M) 】

RS-232C
Async

Compact Protocol Analyzer

RS-422

RS-485

PPP

RoHS Directive
Compatible

Designed for Async communication equippedwith sufficient measuring functions without a PC.

LE-1500●Support RS422/485 as Standard
Feature［Measure RS-485 (using LE-530TB］●Trigger functions measures four
events simultaneously.
●Time stamp at minimum of 10ms.
●Failure prevention circuit
protects the SD cards.
●Monitors TTL signals with
optional kits.
Logger Mode (PC less)
PLC

SD

Robot

RD

Record in the SD card

●Measure TTL communication by exchanging themeasurement board.
Current loop

50bps 〜 500Kbps

Logger Memory 2-8GB of SD/SDHC card

Basic functions for Async communications areequipped on this model.
Support not only RS-232C but also RS-485 ofmulti-drop type.

Expansion Kits Support: TTL

Speed

Environment

Windows® XP/Vista®/7/8

Power supply

USB bus power, external DC powerSize

86(W) x 130(D) x 30(H) mm

WeightApprox. 220g

Accessories: DSUB 25pin monitor cable, Mini USB cable, external signal I/O cable, 8GB SDHC
card, PC software CD.

>> Details on P10●Use Measured Data on the PC
The text conversion software and library to use the measured data on the third application
software are available from LINEEYE webpage.
Data Analysis

50bps〜500Kbps

Memory2.4Mbyte

Delay time measure

Signal voltage Statistical analysis Two divided screen
measureDisplay

Monochrome, no LCD backlight

Counters: 2

Logic Analysis:max. 20MHz

Battery powered

8 hoursSize

210(W) x 154(D) x 38(H)mm

Weightapprox. 760kg

CF card:Time stamp:

Board: 2

8GB

min.10ms

Auto Run/Stop

Auto-config(monitor)

Trigger: 4

Timers: 2

Async Protocol

Auto save

High-speed
analog waveform

Simulation
MANUAL
mode

FLOW
mode

ECHO
mode

POLLING
mode

4

Test pattern: 11

PROGRAM
mode

Compatible

OP-5M

LE-DIN13

An adapter to extract the RS-422/485 signals on the
DSUB 25pin connector to the terminal block.

A probe pod for monitoring TTL-level communicationlines at 2.5V/3.3V/5V.

To mount the analyzers on the 35mm DIN rail.
Applicable model: LE-200PS/ LE-150PS/ LE-270A*Sync clock signal measured by LE-200PS cannot be captured.
Applicable model: LE-200PS/ LE-150PS/ LE-150P/ LE-150L*Cannot be used for simulation function.
Applicable model: LE-200PS/ LE-150PS/ LE-150P/ LE-150L

DB25
１８
１９
１０
１１
７

DIN Rail Mounting Plate for LE-series

Terminal
TxD＋
TxD−
RxD＋
RxD−
GND

8G Byte SDHC Card

Wide Input AC Adapter

SD-8GX

3A-183WP09

Power Plug Cable

SIH-2PG

8G byte SDHC card.

Input: AC100-240V, 50/60Hz
Output: DC9V, 2A
Plug: center , 2.1mm (5.5mm outside)

Plug: 2.1mm (5.5mm outside) – Y terminal (1.8m)
For the external DC power supply connection to theLE-200PS/LE-150PS.

External Input/Output

Bit Error Rate Test
Max speed:
500Kbps

BUFFERmode

RoHS Directive

TTL Monitor Probe Pod

LE-5TB

OptionSpeed
Data retrieval

Expansion

Terminal Block Adapter

PC link:

Print out:File:

USB full-speed

AUX/file

PC compatible*Operation has been confirmed on LINEEYE’s analyzers.

5RS-232C
Async
X.25

Multi Protocol Analyzer

LE-2500

RS-422

Sync
PPP

BSC

RS-485SDLC

HDLC

Compact A5 size, high performance with low
costs model, which supports multi protocols.

Minor change
Add LED back-light

RS-232C

PC-connectable Protocol Analyzer

LE-200PS【Example of Time stamp / Idle time display】●Compact A5 Size with
Excellent Functions

RoHS Directive
Compatible●Multi Protocols and Multi Interfaces
Protocols of differing hardware specifications are supported by simply changing themeasurement boards. >> Details on P10
Expansion Kits Support:

I2C

IrDA

Current loop

CAN

Sync
PPP

BSC

●Supports RS422/485 as Standard
Feature●Real-time monitoring of BSC/HDLCon the PC.
●Manual simulation function withsimple operation.
●Logger mode specifies
measurement schedule.
PC

Developing Device

SD

LIN

50bps〜1,000Mbps

Memory2.4Mbyte

Delay time measure

Signal voltage Statistical analysis Two divided screen
measureDisplay

Monochrome, LCD backlight

Counters: 2

Logic Analysis:max. 20MHz

Battery powered

8 hoursSize

210(W) x 154(D) x 38(H)mm

Weightapprox. 760kg

8GB

min.10ms

Auto Run/Stop

Auto-config(monitor)

Trigger: 4

Timers: 2

Auto save

High-speed
analog waveform

Simulation

Protocol Analyzer

MANUAL
mode

FLOW
mode

ECHO
mode

POLLING
mode

PROGRAM
mode

Test pattern: 11

PC link:

Print out:File:

USB full-speed

AUX/file

PC compatible

Connect to PC
via USB

Windows® XP/Vista®/7/8

Power supply

USB bus power, external DC powerSize

86(W) x 130(D) x 30(H) mm

WeightApprox. 220g

Record in the HDD of PC

Accessories: DSUB 25pin monitor cable, Mini USB cable, external signal I/O cable, 8GB SDHC
card, PC software CD.

RoHS Directive
Compatible

RS-232C

External Input/Output

Bit Error Rate Test
Max speed:
1.000Mbps

BUFFERmode

50bps 〜 1Mbps

Logger Memory 2-8GB of SD/SDHC card

RS-422

RS-485

PC-connectable Protocol Analyzer

Async

LE-150PS

Eases to measure Async communication.

Protocol Analyzer

Speed
Data retrieval

Time stamp:

Board: 4

Multi Protocol【 RS-485 connection (LE-5TB) 】

Environment
Analysis PC●Logic Analyzer and Signal Voltage Measurement >>Details on P7
Data Analysis

HDLC

RD

●PC Link Software for Remote Control from PC >>Details on P11

CF card:

SDLC

Speed

Remote Mode (PC connected)●Trigger Feature for Catching User-specified Events/ Errors >> Details on P7

Expansion

RS-485Multi-protocols supported. Enables tomeasure with or without a PC.

It is a lightweight unit that can be battery driven,and inevitable to on-site tests as well as
analyzing of communications line trouble.

TTL

Async
X.25

RS-422PPP【TTL signal connection (OP-5M) 】

RS-232C
Async

Compact Protocol Analyzer

RS-422

RS-485

PPP

RoHS Directive
Compatible

Designed for Async communication equippedwith sufficient measuring functions without a PC.

LE-1500●Support RS422/485 as Standard
Feature［Measure RS-485 (using LE-530TB］●Trigger functions measures four
events simultaneously.
●Time stamp at minimum of 10ms.
●Failure prevention circuit
protects the SD cards.
●Monitors TTL signals with
optional kits.
Logger Mode (PC less)
PLC

SD

Robot

RD

Record in the SD card

●Measure TTL communication by exchanging themeasurement board.
Current loop

50bps 〜 500Kbps

Logger Memory 2-8GB of SD/SDHC card

Basic functions for Async communications areequipped on this model.
Support not only RS-232C but also RS-485 ofmulti-drop type.

Expansion Kits Support: TTL

Speed

Environment

Windows® XP/Vista®/7/8

Power supply

USB bus power, external DC powerSize

86(W) x 130(D) x 30(H) mm

WeightApprox. 220g

Accessories: DSUB 25pin monitor cable, Mini USB cable, external signal I/O cable, 8GB SDHC
card, PC software CD.

>> Details on P10●Use Measured Data on the PC
The text conversion software and library to use the measured data on the third application
software are available from LINEEYE webpage.
Data Analysis

50bps〜500Kbps

Memory2.4Mbyte

Delay time measure

Signal voltage Statistical analysis Two divided screen
measureDisplay

Monochrome, no LCD backlight

Counters: 2

Logic Analysis:max. 20MHz

Battery powered

8 hoursSize

210(W) x 154(D) x 38(H)mm

Weightapprox. 760kg

CF card:Time stamp:

Board: 2

8GB

min.10ms

Auto Run/Stop

Auto-config(monitor)

Trigger: 4

Timers: 2

Async Protocol

Auto save

High-speed
analog waveform

Simulation
MANUAL
mode

FLOW
mode

ECHO
mode

POLLING
mode

4

Test pattern: 11

PROGRAM
mode

Compatible

OP-5M

LE-DIN13

An adapter to extract the RS-422/485 signals on the
DSUB 25pin connector to the terminal block.

A probe pod for monitoring TTL-level communicationlines at 2.5V/3.3V/5V.

To mount the analyzers on the 35mm DIN rail.
Applicable model: LE-200PS/ LE-150PS/ LE-270A*Sync clock signal measured by LE-200PS cannot be captured.
Applicable model: LE-200PS/ LE-150PS/ LE-150P/ LE-150L*Cannot be used for simulation function.
Applicable model: LE-200PS/ LE-150PS/ LE-150P/ LE-150L

DB25
１８
１９
１０
１１
７

DIN Rail Mounting Plate for LE-series

Terminal
TxD＋
TxD−
RxD＋
RxD−
GND

8G Byte SDHC Card

Wide Input AC Adapter

SD-8GX

3A-183WP09

Power Plug Cable

SIH-2PG

8G byte SDHC card.

Input: AC100-240V, 50/60Hz
Output: DC9V, 2A
Plug: center , 2.1mm (5.5mm outside)

Plug: 2.1mm (5.5mm outside) – Y terminal (1.8m)
For the external DC power supply connection to theLE-200PS/LE-150PS.

External Input/Output

Bit Error Rate Test
Max speed:
500Kbps

BUFFERmode

RoHS Directive

TTL Monitor Probe Pod

LE-5TB

OptionSpeed
Data retrieval

Expansion

Terminal Block Adapter

PC link:

Print out:File:

USB full-speed

AUX/file

PC compatible*Operation has been confirmed on LINEEYE’s analyzers.

5Features of Multi Protocol Analyzers (LE series)
The Monitor Function Exactly Records and Visualizes Communications Data
The line monitor function allows the [Example of connection for online monitoring]recording of communications
DTE
data
and
providesan Communication Monitor cable
networkDCE
easy-to-understand large-sized
display without affecting theSD
SD RD
communicationslines.
This
RD
function makes it possible to
grasp
the
conditionsoftransmission and reception,
thus greatly shortening therequired time of troubleshooting.

[Example of display with line state][Example of X.25 protocol translation]

Example of connecting RS-485 signals via optiinal terminal block (LE-25TB)

Full of Convenient Functions for Efficient Measurement

Simulation Function Provides the Actual Operating Environments
With the simulation feature, LINEEYE protocol analyzers act as the counterpart to the target device andperform transmission / reception tests according to protocol. Error handling process can be checked bysending data with parity errors. Margins can be evaluated by intentionally shifting communications speed.
For example, test the 9600bps target device at 9840bps speed. In addition, data transmission can be linked
with the changes in the signal lines, and an automatic control of RS-485 transmission driver IC is supported.

MANUAL mode

[Example of connection for simulation]Long Hour Recording Function (Auto Save)

Monitor Condition Auto Setting

Auto Save function saves communications data and records it as measurement
log of a user-specified size into a CF card. Measurement log files will berecorded using ring recording as long as the card has space. It is useful for
identifying rare communication failures of unknown cause.

The communications conditions, such as the communications speed andframing of the lines, can be automatically detected if relatively large volumes ofcommunications data with few errors flow in the lines. This is effective formonitoring lines of unknown communication conditions.
*Accurate auto settings will not be possible for small volumes of communications
data or data that contains many errors.

Test data

Target Line Speed (bps)

BUFFER mode
In the BUFFER mode, send transmitted or
received data that has been captured in thebuffer using the unit's monitoring capabilities, as
simulation data without requiring further
manipulation. This mode is effective in
conducting reproducibility tests using the samedata as that monitored under actual
communications conditions.

FLOW mode[Example of configuration of LE-8200 PROGRAM mode]

PROGRAM mode

The POLLING mode simulates the slave andmaster units in multidrop (1:N connection) polling
protocols. In the master mode, LINEEYE protocol
analyzers send polling messages to 32 slave
units, and check and display replies from eachslave.

By creating a purpose-specific commandprogram, the communications protocol can be
flexibly simulated alongside condition monitoring.

Approx. 960hrs.

115.2K

Approx. 110sec

Approx. 80hrs.

1M

Approx. 14sec

Approx. 10hrs.

Logic Analyzer function measurescommunication line timing at a time
resolution of nano second. It is usefulfor finding the hardware problems andeducation purpose such as studying
communications protocols.

027: Label 020
028: Wait new receiving frame
029: Transmit data table 8030: If receiving [ CR, LF, O, K, CR, LF ], jump to label 025
031: Set register3+1
032: If value of register3 is equal to register0, jump to label 030
033: Jump to label 020
034: Label 025
035: Transmit [ SX, 1, 2, 3, A, B, C, EX ]*Between cursors: 12μs

[Example of signal voltage measurement]
Signal Voltage Measurement function
allows ease of the voltage measurementof RS-232C signals in places where
tester probes cannot reach smoothly. It
can display the max/min/current ofvoltage and thus contributes to the investigation of communication troublecaused by an insufficiency in the amplitudes of signals.

Loop-back test

Test mode

ASYNCmode, SYNC mode

Test period

Continuous, Number of received bit, Specified time, Repeat for specifid time

Pattern

2 -1, 2 -1, 2 -1, 2 -1, 2 -1, 2 -1,
MARK, SPACE, ALT, DBL-ALT, 1in4, 1in8, 1in16, 3in24 (*1)

6

9

11

15

20

Interactive test

Communications
network

Loop-backpoint

Communications
Test
pattern network

Test
pattern23*1: Only LE-8200 can have pattern “215-1”, “220-1” and “2-23-1”.
[Example of BERT measurement]

LE-8200*Graph of error rate is only supported by LE-8200.

6

Idle time

Off (no record), 100ms, 10ms, 1ms selectable

Time stamp

Off (no record), Day/Hr/Min, Hr/Min/Sec, Min/Sec/10ms selectable

High-precision Time stamp *Off (no record), 100μs, 10μs, 1μs selectable*LE-8200 only

Other models

Meaning

SavailAvailable measurement in seconds

0ࠥ9999999(sec)Range

Receive bit

R-bit

Effective bits received

0ࠥ9999999ࠥ9.99E9

Error bit

E-bit

Error bit count0ࠥ9999999ࠥ9.99E9

Bit error rate

Bit -ERBit error rate

0.00E-0ࠥ9.99E-9

Sync loss

LOSS

SYNC loss count0ࠥ9999Receive block

R-Blk

Effective blocks received

0ࠥ9999999ࠥ9.99E9

Error block

E-Blk

Block error count0ࠥ9999999ࠥ9.99E9

Block error rate

Blk-ER

Block error rate

0.00E-0ࠥ9.99E-9

Error second

E-Sec

Error second

0ࠥ9999999(sec)%E.F.S%E.F.S

Normal operation rate

0.000ࠥ100.000(%)

A powerful retrieval function, which finds
a specific data in the memory cardallows you to locate specific data andperform counting.

[Example of retrieval settings]

This screen is set to retrieve for time stamp from10:30:00 to 10:39:59

Retrievalcondition

Error, data string (don't care and bit mask available), idle time more than specified
duration, specified time stamp, trigger matching data

PC-compatible File Management Specification
Test conditions and results can be saved on a CF card in the files management
format compatible with your PC. The files can be interchangeably used between
models.
* The LE-8200, LE-3500, LE-2500, LE-1500, LE-7200, LE-3200, LE-2200, andLE-1200 are compatible in measurement data file. Part of files or data savedin higher models, however, may not be available to lower models or
conventional models.

Trigger Feature for Catching User-specified Events

Printout Function Supporting Text Data Record

The trigger allows you to specify a communication event and have measurement
operation executed when that condition is satisfied. It is possible to analyze
complicated operations based on sequential triggers.

Printout data of text format can be saved on a CF card or output to the AUX port.
Saving printout data on the CF card and use with a text-editor on the PC would
save paper resources. LE-8200 can save printing images of bitmap files on the
CF card.

[Contents of BERT measurement]
SavailData Retrieval Function for Large Volumes of Data

Retrieval action Shows the matched data at the top or counts the matched data

LINEEYE Protocol analyzers record not only communications data but also thetime stamp of transmission/reception as well as non-communication time
between frames (idle time).

[Example connection for BERT]

Test
pattern[Example of auto RUN/STOP setup]

The screen is set to makemeasurement from 5:00 a.m. to
7:30 a.m. automatically on adaily basis.

Signal Voltage Measurement Function

Meaning

Bit Error Rate Test Measures Transmission Quality of Communications Lines[Setting items of BERT measurement]

By setting time and a date of measurement
start and end, measurement can be done
automatically during the specified time.

[Example of logic analyzer measurement]

Idle Time and Time Stamp

BERT function enables you to measure parameters conforming to ITU-T
G.821 notifications by loop-back test and interactive test.
Elaborate test patterns and functions such as bit error forced interrupt andrepeat measurements are comparable to dedicated equipment.

Auto RUN/STOP Function

Logic Analyzer Function

In the ECHO mode, LINEEYE protocol analyzers
internally return received data. This mode isuseful for the echo-back test.

POLLING mode

When Using CF-16GX

Approx. 22min.

* Calculated for full-duplex transmission of 1,000 byte data
frames per m-sec. Both transmission and reception data
consume 4 byte of memory with each capture.

ECHO mode

Flow control can be simulated on the transmission
and reception-lines using X-on/off flow control or
the control line handshake.

Main memory Only

9600

Protocol Analyzer

Protocol Analyzer

The MANUAL mode allows you to send the dataregistered in transmission table which corresponds
to the “0” to “F” keys. The data can be sent with
one press of a key. You can turn RTS/CTS andDTR/DCD signal lines on/off by pressing a key
combination.

Continuous Recording Time Reference (LE-3500)[Example trigger condition setup][Example trigger action setup]【Serial connection & Data transfer via CF card】
LE-8200

TriggerError, data string, matched timer/counter, idle time more than specified duration, logic
conditions status of signal line/extarnal trigger input
Triggeractions

Activates buzzer, stops measuring, saves monitor data on a CF card, controls timer/counter,
validates trigger conditions, sends specified data, sends pulse to external trigger.

Printout data※2
※1

CF card※1：An interface to read the CF card is required on the PC※2：Capturing software for printout data, “LEPRTIN_WIN” is available from LINEEYE websight.

7

Features of Multi Protocol Analyzers (LE series)
The Monitor Function Exactly Records and Visualizes Communications Data
The line monitor function allows the [Example of connection for online monitoring]recording of communications
DTE
data
and
providesan Communication Monitor cable
networkDCE
easy-to-understand large-sized
display without affecting theSD
SD RD
communicationslines.
This
RD
function makes it possible to
grasp
the
conditionsoftransmission and reception,
thus greatly shortening therequired time of troubleshooting.

[Example of display with line state][Example of X.25 protocol translation]

Example of connecting RS-485 signals via optiinal terminal block (LE-25TB)

Full of Convenient Functions for Efficient Measurement

Simulation Function Provides the Actual Operating Environments
With the simulation feature, LINEEYE protocol analyzers act as the counterpart to the target device andperform transmission / reception tests according to protocol. Error handling process can be checked bysending data with parity errors. Margins can be evaluated by intentionally shifting communications speed.
For example, test the 9600bps target device at 9840bps speed. In addition, data transmission can be linked
with the changes in the signal lines, and an automatic control of RS-485 transmission driver IC is supported.

MANUAL mode

[Example of connection for simulation]Long Hour Recording Function (Auto Save)

Monitor Condition Auto Setting

Auto Save function saves communications data and records it as measurement
log of a user-specified size into a CF card. Measurement log files will berecorded using ring recording as long as the card has space. It is useful for
identifying rare communication failures of unknown cause.

The communications conditions, such as the communications speed andframing of the lines, can be automatically detected if relatively large volumes ofcommunications data with few errors flow in the lines. This is effective formonitoring lines of unknown communication conditions.
*Accurate auto settings will not be possible for small volumes of communications
data or data that contains many errors.

Test data

Target Line Speed (bps)

BUFFER mode
In the BUFFER mode, send transmitted or
received data that has been captured in thebuffer using the unit's monitoring capabilities, as
simulation data without requiring further
manipulation. This mode is effective in
conducting reproducibility tests using the samedata as that monitored under actual
communications conditions.

FLOW mode[Example of configuration of LE-8200 PROGRAM mode]

PROGRAM mode

The POLLING mode simulates the slave andmaster units in multidrop (1:N connection) polling
protocols. In the master mode, LINEEYE protocol
analyzers send polling messages to 32 slave
units, and check and display replies from eachslave.

By creating a purpose-specific commandprogram, the communications protocol can be
flexibly simulated alongside condition monitoring.

Approx. 960hrs.

115.2K

Approx. 110sec

Approx. 80hrs.

1M

Approx. 14sec

Approx. 10hrs.

Logic Analyzer function measurescommunication line timing at a time
resolution of nano second. It is usefulfor finding the hardware problems andeducation purpose such as studying
communications protocols.

027: Label 020
028: Wait new receiving frame
029: Transmit data table 8030: If receiving [ CR, LF, O, K, CR, LF ], jump to label 025
031: Set register3+1
032: If value of register3 is equal to register0, jump to label 030
033: Jump to label 020
034: Label 025
035: Transmit [ SX, 1, 2, 3, A, B, C, EX ]*Between cursors: 12μs

[Example of signal voltage measurement]
Signal Voltage Measurement function
allows ease of the voltage measurementof RS-232C signals in places where
tester probes cannot reach smoothly. It
can display the max/min/current ofvoltage and thus contributes to the investigation of communication troublecaused by an insufficiency in the amplitudes of signals.

Loop-back test

Test mode

ASYNCmode, SYNC mode

Test period

Continuous, Number of received bit, Specified time, Repeat for specifid time

Pattern

2 -1, 2 -1, 2 -1, 2 -1, 2 -1, 2 -1,
MARK, SPACE, ALT, DBL-ALT, 1in4, 1in8, 1in16, 3in24 (*1)

6

9

11

15

20

Interactive test

Communications
network

Loop-backpoint

Communications
Test
pattern network

Test
pattern23*1: Only LE-8200 can have pattern “215-1”, “220-1” and “2-23-1”.
[Example of BERT measurement]

LE-8200*Graph of error rate is only supported by LE-8200.

6

Idle time

Off (no record), 100ms, 10ms, 1ms selectable

Time stamp

Off (no record), Day/Hr/Min, Hr/Min/Sec, Min/Sec/10ms selectable

High-precision Time stamp *Off (no record), 100μs, 10μs, 1μs selectable*LE-8200 only

Other models

Meaning

SavailAvailable measurement in seconds

0ࠥ9999999(sec)Range

Receive bit

R-bit

Effective bits received

0ࠥ9999999ࠥ9.99E9

Error bit

E-bit

Error bit count0ࠥ9999999ࠥ9.99E9

Bit error rate

Bit -ERBit error rate

0.00E-0ࠥ9.99E-9

Sync loss

LOSS

SYNC loss count0ࠥ9999Receive block

R-Blk

Effective blocks received

0ࠥ9999999ࠥ9.99E9

Error block

E-Blk

Block error count0ࠥ9999999ࠥ9.99E9

Block error rate

Blk-ER

Block error rate

0.00E-0ࠥ9.99E-9

Error second

E-Sec

Error second

0ࠥ9999999(sec)%E.F.S%E.F.S

Normal operation rate

0.000ࠥ100.000(%)

A powerful retrieval function, which finds
a specific data in the memory cardallows you to locate specific data andperform counting.

[Example of retrieval settings]

This screen is set to retrieve for time stamp from10:30:00 to 10:39:59

Retrievalcondition

Error, data string (don't care and bit mask available), idle time more than specified
duration, specified time stamp, trigger matching data

PC-compatible File Management Specification
Test conditions and results can be saved on a CF card in the files management
format compatible with your PC. The files can be interchangeably used between
models.
* The LE-8200, LE-3500, LE-2500, LE-1500, LE-7200, LE-3200, LE-2200, andLE-1200 are compatible in measurement data file. Part of files or data savedin higher models, however, may not be available to lower models or
conventional models.

Trigger Feature for Catching User-specified Events

Printout Function Supporting Text Data Record

The trigger allows you to specify a communication event and have measurement
operation executed when that condition is satisfied. It is possible to analyze
complicated operations based on sequential triggers.

Printout data of text format can be saved on a CF card or output to the AUX port.
Saving printout data on the CF card and use with a text-editor on the PC would
save paper resources. LE-8200 can save printing images of bitmap files on the
CF card.

[Contents of BERT measurement]
SavailData Retrieval Function for Large Volumes of Data

Retrieval action Shows the matched data at the top or counts the matched data

LINEEYE Protocol analyzers record not only communications data but also thetime stamp of transmission/reception as well as non-communication time
between frames (idle time).

[Example connection for BERT]

Test
pattern[Example of auto RUN/STOP setup]

The screen is set to makemeasurement from 5:00 a.m. to
7:30 a.m. automatically on adaily basis.

Signal Voltage Measurement Function

Meaning

Bit Error Rate Test Measures Transmission Quality of Communications Lines[Setting items of BERT measurement]

By setting time and a date of measurement
start and end, measurement can be done
automatically during the specified time.

[Example of logic analyzer measurement]

Idle Time and Time Stamp

BERT function enables you to measure parameters conforming to ITU-T
G.821 notifications by loop-back test and interactive test.
Elaborate test patterns and functions such as bit error forced interrupt andrepeat measurements are comparable to dedicated equipment.

Auto RUN/STOP Function

Logic Analyzer Function

In the ECHO mode, LINEEYE protocol analyzers
internally return received data. This mode isuseful for the echo-back test.

POLLING mode

When Using CF-16GX

Approx. 22min.

* Calculated for full-duplex transmission of 1,000 byte data
frames per m-sec. Both transmission and reception data
consume 4 byte of memory with each capture.

ECHO mode

Flow control can be simulated on the transmission
and reception-lines using X-on/off flow control or
the control line handshake.

Main memory Only

9600

Protocol Analyzer

Protocol Analyzer

The MANUAL mode allows you to send the dataregistered in transmission table which corresponds
to the “0” to “F” keys. The data can be sent with
one press of a key. You can turn RTS/CTS andDTR/DCD signal lines on/off by pressing a key
combination.

Continuous Recording Time Reference (LE-3500)[Example trigger condition setup][Example trigger action setup]【Serial connection & Data transfer via CF card】
LE-8200

TriggerError, data string, matched timer/counter, idle time more than specified duration, logic
conditions status of signal line/extarnal trigger input
Triggeractions

Activates buzzer, stops measuring, saves monitor data on a CF card, controls timer/counter,
validates trigger conditions, sends specified data, sends pulse to external trigger.

Printout data※2
※1

CF card※1：An interface to read the CF card is required on the PC※2：Capturing software for printout data, “LEPRTIN_WIN” is available from LINEEYE websight.

7

High-capacity memory makes efficient improvements in the development of
in-vehicle networks and data analyses.

LE-8200 Options
TTL

I2C

CAN
USB

LIN
FlexRayLAN（PoE）

SPI

Follows the Progress of communication
Technology at Low Cost

CC-Link

IrDA

Current Loop

OP-SB85L

communication. Furthermore, BURST mode for capturing all data synchronizing clock
signals is available. Also, analog waveform measurement function up to 40M sampling/s
makes it possible to measure waveform comparable to the oscilloscope.

OP-SB87

InterfaceThis expansion kit makes the measurement of up to 2 channels simultaneously by using CAN
communications (conforming to ISO11898/ISO11519-2 standards) and LIN communications used widely in FA
systems and in-vehicle communications, in flexible
combination. External signals in four lines can bemeasured as digital or analog signals simultaneouslywith the measurement of communications data.
[Example of CAN/LIN monitor display]

Expansion Kit for TTL/I2C/SPI Communications

This expansion kit is equipped with measurement ports for TTL/C-MOS signal level and forHigh-speed analog. The measurement port for TTL/C-MOS supports 1.8V-5V input level.
It is optimum to measure communication by probing between LSI and interface IC on the
PCBs. It supports I2C/SPI monitoring beside HDLC communication and UART

Expansion Kit for CAN/LIN Communications

Interface

TTL, CMOS (I2C, SPI supported)

Probe signal

SD(SDA/SDO), RD(SDI), RTS(SS), CTS, EX IN, TXC(SCL/SCK), RXC,
TRG.IN, TRG.OUT [Lead length: 170mm]

Expansion protocol

I2C, SPI, BURST (*1)

Test function

Transceiver

Monitor, Simulation, BERT (*2)

2 channels in total of CAN/LIN in combination

Expansion protocol

CAN 2.0B, LIN (Rev 1.1, 1.2, 1.3, 2.0, 2.1), DeviceNet

Baud rate

CAN：1 Mbps max. LIN：26 Kbps max. Arbitrary baud rate settings possible.

Monitor function

ID filter and time stamp (9 digit, unit: H/M/S, 1ms, 100μs, 10μs or 1μs)

Trigger function

Condition：Specified communications data string (8 characters max), specified remoteframe (CAN), frame error (LIN), timer/counter coincidence, external signal logic.
Action：Measurement stop, saving in a memory card, timer control, counter control,
specified data transmission (CAN), buzzer, validation of trigger condition.

Simulation function

Pre-registered data is selected by key operation and transmitted (sweep transmission available).
Master and slave simulation (LIN)

External signal input

Display 4 signals with LED possible.
Record signal logic and voltage in synchronization with data (Measurement range：±15V).

Composition

Dedicated expansion board, line state sheet B, DB9 monitor cable x 2, 3-wireprobe cable x 2, 8-wire probe cable

SPI: 50bps〜2.15Mbps (*3). When using with OP-FW12G, 115.2Kbps〜
Baud rate

20Mbps (*4)

Signal level

5.0V/ 3.3V/ 2.5V/ 1.8V selectable

Threshold of input level[5.0V] High: min. 3.5V, Low: max. 1.5V
[3.3V] High: min. 2.0V, Low: max. 0.8V
[2.5V] High: min. 1.7V, Low: max. 0.7V
[1.8V] High: min. 1.2V, Low: max. 0.6V

CAN：TJA1050/1054 or equivalent.
LIN：TJA1021 or equivalent.

No.of measurement channels

LIN
CAN

CAN：Conforming to ISO 11898/ISO11519-2 standards(selectable with relay) (DSUB 9-pin connector x 2).
LIN：Conforming to ISO9141(header 3-pin connector x 2)

I2C: Max. 1Mbps (For simulation: 50K, 100K, 200K, 384K, 417K, 1Mbps)[Example of I2C monitor display]

SDO
SDI
SCK

LSI

The signal voltages of 2 channels are measured and displayed in analog waveform.
Measurement range: ±6V/±12V (8bit resolution, acceptable input range: ±25V)
Analog waveform analysis
Sampling cycle: 1ms〜25ns, 15 steps
Record length: 4K points
Composition

Expansion Kit for FlexRay Communications

OP-SB88

InterfaceThis expansion kit allows the simultaneous monitoring of FlexRay communications data on up to twochannels in real time. The FlexRay is anticipated as a next-generation high-speed in-vehicle network. The kit
incorporates a monitor function that does not require complicated parameter settings and a simulation
function with which the OP-SB88 works as a FlexRay communications node to transmit and receive data,thus powerful supporting the initial development.
Test node2

Dedicated expansion board, relay cable, high-speed TTL probe pod, 3-wireprobe cable, probe unit.

Suspention
control

FlexRay bus line

*1: Mode for sampling data at all clock edges.
*2: Only monitor function is available for BURST. BERT for I2C/SPI is not supported.
*3: If transmission data is less than 1Kbyte, max. speed is 20Mbps (monitor)/4Mbps (simulation)*4: For monitoring. For simulation, max speed is 12Mbps.

CH-A
CH-B
ECU

Brake
control
Test node1

Test node3

LE8200+OP-SB88

10Mbps, 5Mbps, 2.5Mbps in A/B channel

Monitor function

Time stamp (9 digits, unit: 1ms/100μs/10μs/1μs), filtering

Display mode

Frame display, payload display, specific frames at the pointed position.

Trigger function

Condition：Up to 6 sets of appointed channel/indicator/ID/cycle counter/payload data
(max. 16 data, don't care and bit mask available), error (header CRC, frame CRC error),
External signal logic.
Action：Stop measuring, Count data, Output external signal.

Simulation function

Transmit registered test frames (Data length：0-254 byte, max 784 kinds).
Parameter are already pre-set to transmit/receive FlexRay data.（*2）

External signal input

Display 4 signals with LED possible.
Record signal logic and voltage in synchronization with data (Measurement range：±15V).

Composition

Dedicated expansion board, firmware CD, line state sheet B, DB9 monitor cable x 2,
3-wire probe cable x 2, 8-wire probe cable

Protocol Analyzer

OP-SB88 1-year support (continuous): OP-SB88-SP1
OP-SB88 1-year support (non-continuous): OP88-SD1*For more information, contact us.

Protocol Analyzer

TJA1080 RS-485

Baud rate[Commercial Support Option]

Expansion Kit for Infrared Communications

FlexRay V2.1A (DSUB 9-pin connector x2, Header 3 pin-connector x2)（*1）

Transceiver*1：RS-485 is SN65HVD3088E equivalent. TJA1080 and RS-485 are selectable from analyzer.
*2：It is the parameter of transmission/reception between 2 node of analyzer and test board of Freescale Semiconductor.

OP-SB85IR
This expansion kit is provided with a probe pod for monitoring IrDA (SIR, MIR, and FIR) and ASK infraredcommunications. The kit has an IrDA monitor function that makes it possible to change communications
speed automatically according to the IrLAP protocol and allows the seamless monitoring of infrared data,
the mode of which changes from SIR (9600 bps) to FIR (4Mbps). The kit has two optical emission levels (high and low
levels), either one of which is selectable, and incorporates ananalog waveform analysis function as well.
[Example of IrDA monitor display]

Interface

Infrared rays, Photodiode : HSDL-3602 or equivalent

Measurement Signal

SD, RD

ProtocolIrDA1.1 (SIR/MIR/FIR), ASK

Baud Rate (bps)

2400, 9600, 19.2K, 38.4K, 57.6K, 115.2K, 0.576M, 1.152M, 4M
Automatically detects and follows IrLAP protocol. (*1)

Communications test function

Monitor / Simulation

Output Emission Level

High/Low interchangeable

Analog waveform analysis

IR

IR

Composition

The signal voltages of 2 channels are measured and displayed inanalog waveform.
Sampling: 1 KHz to 40MHz (in 15 steps), 4K points.
Measurement range: ±6V/±12V

Easy Stand-alone Measurement for USB and LAN(PoE)
Expansion Kit for USB2.0 Communications

OP-SB84

InterfaceUSB1.1/2.0, USB standard A/B receptacle 1 eachThis interface expansion kit supports real-time monitoring of USB 2.0 protocol and VBUS
measurement. Since USB2.0 data can be measured easily without using a personal
computer but using the analyzer only, this kit is ideal for the inspection and troubleshootingof installed apparatuses in addition to the development of USB apparatuses.

Applied speed

HIGH (480Mbps)/ FULL (12Mbps)/ LOW (1.5Mbps) Automatic detection

Monitor function

Record packet and bus event along with time stamp (resolution: 16.7ns)
Conversion software which converts into text format is available.（*1）

Dedicated expansion board, relay cable, IrDA probe pod, 3-wireprobe cable*1: Current firmware version cannot automatically detect the communications speed of IrSimple. To measure onlytransmission data of IrSimple, set speed to 4Mbps.

USB2.0USB Host

Expansion Kit for Current Loop Communications

OP-FW12G
This expansion firmware increases the baud rates of bit synchronous
communications (e.g.,HDLC/SDLC/X.25/CC-Link) and SPI communications.
The firmware processes main measurement items completely with a FPGA,
thus precisely capturing communications data along with time stamps in 1-μs units. The latest version supports max 100M sampling per a second in the
logic analyzer function and able to have the digital waveform of HDLC/SPI
signals in high-speed.

This expansion kit supports current loop communications which is
widely used in FA field. The kit incorporates a communications circuitwith photo-coupler isolation and constant-current power supply of
insulated type, thus realizing not only monitoring but also easy
communications testing with passive or active current loop devices.

Transmission: Active device
Reception: Passive device
OP-1C
Constant current
supplyCurrent
direction SO

SI
+V

R

Current
direction

Interface

Current loop communications (4-pole terminal block)Interface

RS-422/485 (*1), TTL (*2), SPI (*2)

Measurement signal

SD, RD

ProtocolHDLC, SDLC, X.25, CC-Link (NRZ/NRZI format, AR clock (*3)), SPI

Baud rate

HDLC, CC-Link: 115.2Kbps-6Mbps in full duplex/12Mbps in half duplex (*4)
SPI: 115.2Kbps-20Mbps (*4) (*5)

Error CheckFCS Error (CRC-ITU-T), Abort, short frame

Baud rate

19.2 Kbps max.(*1)

Test function

Monitor/Simulation

Monitor current level

10 to 60mA

Simulation mode

RI

RO

Analog waveform
analysis
Composition

Passive type test, active type test, active currentof 20 mA/40mA (selectable with DIP switch)
The signal voltages of 2 channels aremeasured and displayed in analog waveform.
Sampling:1 KHz to 40MHz (in 15 steps).4K point
Measurement range: ±6V/±12V
Dedicated expansion board, relay cable, 3-wireprobe cable, current loop adapter (OP-1C) (*2)

Time stamps

9 digits (0 to 134217727) Selectable in 1ms/ 100μs/ 10μs/ 1μs

ID Filter

Specify address frame (Bit length: 16, don't care/bit masks available)

Trigger

Communication error, data string up to 8 characters (don't care/bit masks
available).

Simulation

Data table corresponding to the numerical keys can be sent
(16kinds.16KB data in total)

Composition[Example of connection for Current loop product]8
2*1: The baud rate is restricted by the cable length and current value.
*2: The OP-1C Current Loop Adapter is sold separately as well. OP-SB85L or
OP-SB85IR can be combined with the OP-1C to make an equivalent set.

USB Device

High-speed HDLC/SPI Communications Firmware

OP-SB85C

Firmware CD, Instruction Manual*1: Use RS-530 port. LE-25TB/LE-530TB are useful to connect to the target device.
*2: Need to have OP-SB85L.
*3: Synch clock is extracted from transmission/reception data.
*4: Need to have OP-SB85L for high-speed simulation of TTL/SPI.
*5: When transmission data continues more than 16Kbyte, max speed will be 6Mbps (max. 12Mbps for simulation)

Display format[Translation display]

USB packet, dump display, translation display for standard device descriptor andstandard device request.（*2）

Log Filter

SOF, IN transactions without IN-DATA, PING transactions, Hide VBUS level, Record
transactions of specific address/ end point.

Display Filter

Display or hide transaction of SOF, IN-NAK, OUT-NAK, SETUP, PING, specific address/ end point.

Trigger function

Condition: error, transaction, bus event, external signal (sequential condition available).
Action: Output a signal from an external terminal, stop measurement (off set available).

VBUS measurement

Measure Vbus Voltage (0〜8V)/Current(-2〜2A)/Power consumption at specified cycle(1ms〜1s) and display in dump or graph. Convert into text/CSV format.

External signal I/O

TTL level input: 4, TTL level output: 4, Able to work with trigger conditions.

Composition

Interface expansion board, Line state sheet D, USB cable, Utility CD.

*1: Supports on Windows 2000/XP/Vista/7. Need to have a CF card and a PC with interface for CF card.
*2: Translation of various class specific descriptors and device requests will be supported in the future.

Expansion Kit for LAN (PoE) Communications

OP-SB89
This interface expansion kit supports the measurement test of Ethernet LAN. This kit isusable for not only analyzing communication data but also measuring the power of PoE(Power Over Ethernet) apparatuses or testing LAN cable. It is ideal for developing built-in
apparatuses with LAN ports, evaluating communications, and maintaining/checking suchas network cameras and wireless hubs compliant with the PoE specification.
PD(Powered Device)
PORT BWeb camera(etc.)[LAN Translation display]

PSE(Power Sourcing Equipment)Interface

Port A, B: 10Base-T/ 100Base-TX (IEEE802.3), PoE(IEEE 802.3af) Measurement（*1）
Port C: Cable Test Port, Dummy PD port to detect PSE of class A

Monitor function

Record LAN frames along with time stamp (min. 1μs).（*2）
Convert into Ethereal/ Wireshark (.pcap format).（*3）

Display format

Frame/ Translation/ Dump (in HEX) display.

Log Filter

Type number, MAC address, protocol number, IP address, sub-net mark.

PoE measurement

Record the PoE Voltage(0〜60V)/Current(0〜380mA)/Power consumption/Power supply type at
specified cycle (1ms〜1s) and display in dump or graph. Convert into Text/CSV format.

PORT A

Network hubwith PSE function(etc.)[PoE Measuring Display]

Cable Test

Measure cable length/ short circuit/ split pair/ break

PING function

Transmit the PING commands to the PortA/B, and display response time and number oftimes.（*4）

Port Blink function

LED for port A/B connected to HUB will be blinking to find the target port easily.（*4）

PSE detection

Light the LED when a PSE device is connected to PortC.

External signal input/output

TTL level input: 1. Able to stop monitoring automatically when finding Low level.

Composition

Interface expansion board, Line state sheet C, LAN cable, Utility CD.

*1: Port A/B has the fail-safe TAP.
*2: Recordable LAN frame size is 60 to 2047 byte. If the network consists of a large amount of traffic, it is possible that there will besome data loss.
*3: Supports on Windows 2000/XP/Vista/7. Needs to have a CF card and a PC with interface for CF card.
*4: When starting the cable test, Port A/B will become the LAN ports instead of TAP connection.

9

High-capacity memory makes efficient improvements in the development of
in-vehicle networks and data analyses.

LE-8200 Options
TTL

I2C

CAN
USB

LIN
FlexRayLAN（PoE）

SPI

Follows the Progress of communication
Technology at Low Cost

CC-Link

IrDA

Current Loop

OP-SB85L

communication. Furthermore, BURST mode for capturing all data synchronizing clock
signals is available. Also, analog waveform measurement function up to 40M sampling/s
makes it possible to measure waveform comparable to the oscilloscope.

OP-SB87

InterfaceThis expansion kit makes the measurement of up to 2 channels simultaneously by using CAN
communications (conforming to ISO11898/ISO11519-2 standards) and LIN communications used widely in FA
systems and in-vehicle communications, in flexible
combination. External signals in four lines can bemeasured as digital or analog signals simultaneouslywith the measurement of communications data.
[Example of CAN/LIN monitor display]

Expansion Kit for TTL/I2C/SPI Communications

This expansion kit is equipped with measurement ports for TTL/C-MOS signal level and forHigh-speed analog. The measurement port for TTL/C-MOS supports 1.8V-5V input level.
It is optimum to measure communication by probing between LSI and interface IC on the
PCBs. It supports I2C/SPI monitoring beside HDLC communication and UART

Expansion Kit for CAN/LIN Communications

Interface

TTL, CMOS (I2C, SPI supported)

Probe signal

SD(SDA/SDO), RD(SDI), RTS(SS), CTS, EX IN, TXC(SCL/SCK), RXC,
TRG.IN, TRG.OUT [Lead length: 170mm]

Expansion protocol

I2C, SPI, BURST (*1)

Test function

Transceiver

Monitor, Simulation, BERT (*2)

2 channels in total of CAN/LIN in combination

Expansion protocol

CAN 2.0B, LIN (Rev 1.1, 1.2, 1.3, 2.0, 2.1), DeviceNet

Baud rate

CAN：1 Mbps max. LIN：26 Kbps max. Arbitrary baud rate settings possible.

Monitor function

ID filter and time stamp (9 digit, unit: H/M/S, 1ms, 100μs, 10μs or 1μs)

Trigger function

Condition：Specified communications data string (8 characters max), specified remoteframe (CAN), frame error (LIN), timer/counter coincidence, external signal logic.
Action：Measurement stop, saving in a memory card, timer control, counter control,
specified data transmission (CAN), buzzer, validation of trigger condition.

Simulation function

Pre-registered data is selected by key operation and transmitted (sweep transmission available).
Master and slave simulation (LIN)

External signal input

Display 4 signals with LED possible.
Record signal logic and voltage in synchronization with data (Measurement range：±15V).

Composition

Dedicated expansion board, line state sheet B, DB9 monitor cable x 2, 3-wireprobe cable x 2, 8-wire probe cable

SPI: 50bps〜2.15Mbps (*3). When using with OP-FW12G, 115.2Kbps〜
Baud rate

20Mbps (*4)

Signal level

5.0V/ 3.3V/ 2.5V/ 1.8V selectable

Threshold of input level[5.0V] High: min. 3.5V, Low: max. 1.5V
[3.3V] High: min. 2.0V, Low: max. 0.8V
[2.5V] High: min. 1.7V, Low: max. 0.7V
[1.8V] High: min. 1.2V, Low: max. 0.6V

CAN：TJA1050/1054 or equivalent.
LIN：TJA1021 or equivalent.

No.of measurement channels

LIN
CAN

CAN：Conforming to ISO 11898/ISO11519-2 standards(selectable with relay) (DSUB 9-pin connector x 2).
LIN：Conforming to ISO9141(header 3-pin connector x 2)

I2C: Max. 1Mbps (For simulation: 50K, 100K, 200K, 384K, 417K, 1Mbps)[Example of I2C monitor display]

SDO
SDI
SCK

LSI

The signal voltages of 2 channels are measured and displayed in analog waveform.
Measurement range: ±6V/±12V (8bit resolution, acceptable input range: ±25V)
Analog waveform analysis
Sampling cycle: 1ms〜25ns, 15 steps
Record length: 4K points
Composition

Expansion Kit for FlexRay Communications

OP-SB88

InterfaceThis expansion kit allows the simultaneous monitoring of FlexRay communications data on up to twochannels in real time. The FlexRay is anticipated as a next-generation high-speed in-vehicle network. The kit
incorporates a monitor function that does not require complicated parameter settings and a simulation
function with which the OP-SB88 works as a FlexRay communications node to transmit and receive data,thus powerful supporting the initial development.
Test node2

Dedicated expansion board, relay cable, high-speed TTL probe pod, 3-wireprobe cable, probe unit.

Suspention
control

FlexRay bus line

*1: Mode for sampling data at all clock edges.
*2: Only monitor function is available for BURST. BERT for I2C/SPI is not supported.
*3: If transmission data is less than 1Kbyte, max. speed is 20Mbps (monitor)/4Mbps (simulation)*4: For monitoring. For simulation, max speed is 12Mbps.

CH-A
CH-B
ECU

Brake
control
Test node1

Test node3

LE8200+OP-SB88

10Mbps, 5Mbps, 2.5Mbps in A/B channel

Monitor function

Time stamp (9 digits, unit: 1ms/100μs/10μs/1μs), filtering

Display mode

Frame display, payload display, specific frames at the pointed position.

Trigger function

Condition：Up to 6 sets of appointed channel/indicator/ID/cycle counter/payload data
(max. 16 data, don't care and bit mask available), error (header CRC, frame CRC error),
External signal logic.
Action：Stop measuring, Count data, Output external signal.

Simulation function

Transmit registered test frames (Data length：0-254 byte, max 784 kinds).
Parameter are already pre-set to transmit/receive FlexRay data.（*2）

External signal input

Display 4 signals with LED possible.
Record signal logic and voltage in synchronization with data (Measurement range：±15V).

Composition

Dedicated expansion board, firmware CD, line state sheet B, DB9 monitor cable x 2,
3-wire probe cable x 2, 8-wire probe cable

Protocol Analyzer

OP-SB88 1-year support (continuous): OP-SB88-SP1
OP-SB88 1-year support (non-continuous): OP88-SD1*For more information, contact us.

Protocol Analyzer

TJA1080 RS-485

Baud rate[Commercial Support Option]

Expansion Kit for Infrared Communications

FlexRay V2.1A (DSUB 9-pin connector x2, Header 3 pin-connector x2)（*1）

Transceiver*1：RS-485 is SN65HVD3088E equivalent. TJA1080 and RS-485 are selectable from analyzer.
*2：It is the parameter of transmission/reception between 2 node of analyzer and test board of Freescale Semiconductor.

OP-SB85IR
This expansion kit is provided with a probe pod for monitoring IrDA (SIR, MIR, and FIR) and ASK infraredcommunications. The kit has an IrDA monitor function that makes it possible to change communications
speed automatically according to the IrLAP protocol and allows the seamless monitoring of infrared data,
the mode of which changes from SIR (9600 bps) to FIR (4Mbps). The kit has two optical emission levels (high and low
levels), either one of which is selectable, and incorporates ananalog waveform analysis function as well.
[Example of IrDA monitor display]

Interface

Infrared rays, Photodiode : HSDL-3602 or equivalent

Measurement Signal

SD, RD

ProtocolIrDA1.1 (SIR/MIR/FIR), ASK

Baud Rate (bps)

2400, 9600, 19.2K, 38.4K, 57.6K, 115.2K, 0.576M, 1.152M, 4M
Automatically detects and follows IrLAP protocol. (*1)

Communications test function

Monitor / Simulation

Output Emission Level

High/Low interchangeable

Analog waveform analysis

IR

IR

Composition

The signal voltages of 2 channels are measured and displayed inanalog waveform.
Sampling: 1 KHz to 40MHz (in 15 steps), 4K points.
Measurement range: ±6V/±12V

Easy Stand-alone Measurement for USB and LAN(PoE)
Expansion Kit for USB2.0 Communications

OP-SB84

InterfaceUSB1.1/2.0, USB standard A/B receptacle 1 eachThis interface expansion kit supports real-time monitoring of USB 2.0 protocol and VBUS
measurement. Since USB2.0 data can be measured easily without using a personal
computer but using the analyzer only, this kit is ideal for the inspection and troubleshootingof installed apparatuses in addition to the development of USB apparatuses.

Applied speed

HIGH (480Mbps)/ FULL (12Mbps)/ LOW (1.5Mbps) Automatic detection

Monitor function

Record packet and bus event along with time stamp (resolution: 16.7ns)
Conversion software which converts into text format is available.（*1）

Dedicated expansion board, relay cable, IrDA probe pod, 3-wireprobe cable*1: Current firmware version cannot automatically detect the communications speed of IrSimple. To measure onlytransmission data of IrSimple, set speed to 4Mbps.

USB2.0USB Host

Expansion Kit for Current Loop Communications

OP-FW12G
This expansion firmware increases the baud rates of bit synchronous
communications (e.g.,HDLC/SDLC/X.25/CC-Link) and SPI communications.
The firmware processes main measurement items completely with a FPGA,
thus precisely capturing communications data along with time stamps in 1-μs units. The latest version supports max 100M sampling per a second in the
logic analyzer function and able to have the digital waveform of HDLC/SPI
signals in high-speed.

This expansion kit supports current loop communications which is
widely used in FA field. The kit incorporates a communications circuitwith photo-coupler isolation and constant-current power supply of
insulated type, thus realizing not only monitoring but also easy
communications testing with passive or active current loop devices.

Transmission: Active device
Reception: Passive device
OP-1C
Constant current
supplyCurrent
direction SO

SI
+V

R

Current
direction

Interface

Current loop communications (4-pole terminal block)Interface

RS-422/485 (*1), TTL (*2), SPI (*2)

Measurement signal

SD, RD

ProtocolHDLC, SDLC, X.25, CC-Link (NRZ/NRZI format, AR clock (*3)), SPI

Baud rate

HDLC, CC-Link: 115.2Kbps-6Mbps in full duplex/12Mbps in half duplex (*4)
SPI: 115.2Kbps-20Mbps (*4) (*5)

Error CheckFCS Error (CRC-ITU-T), Abort, short frame

Baud rate

19.2 Kbps max.(*1)

Test function

Monitor/Simulation

Monitor current level

10 to 60mA

Simulation mode

RI

RO

Analog waveform
analysis
Composition

Passive type test, active type test, active currentof 20 mA/40mA (selectable with DIP switch)
The signal voltages of 2 channels aremeasured and displayed in analog waveform.
Sampling:1 KHz to 40MHz (in 15 steps).4K point
Measurement range: ±6V/±12V
Dedicated expansion board, relay cable, 3-wireprobe cable, current loop adapter (OP-1C) (*2)

Time stamps

9 digits (0 to 134217727) Selectable in 1ms/ 100μs/ 10μs/ 1μs

ID Filter

Specify address frame (Bit length: 16, don't care/bit masks available)

Trigger

Communication error, data string up to 8 characters (don't care/bit masks
available).

Simulation

Data table corresponding to the numerical keys can be sent
(16kinds.16KB data in total)

Composition[Example of connection for Current loop product]8
2*1: The baud rate is restricted by the cable length and current value.
*2: The OP-1C Current Loop Adapter is sold separately as well. OP-SB85L or
OP-SB85IR can be combined with the OP-1C to make an equivalent set.

USB Device

High-speed HDLC/SPI Communications Firmware

OP-SB85C

Firmware CD, Instruction Manual*1: Use RS-530 port. LE-25TB/LE-530TB are useful to connect to the target device.
*2: Need to have OP-SB85L.
*3: Synch clock is extracted from transmission/reception data.
*4: Need to have OP-SB85L for high-speed simulation of TTL/SPI.
*5: When transmission data continues more than 16Kbyte, max speed will be 6Mbps (max. 12Mbps for simulation)

Display format[Translation display]

USB packet, dump display, translation display for standard device descriptor andstandard device request.（*2）

Log Filter

SOF, IN transactions without IN-DATA, PING transactions, Hide VBUS level, Record
transactions of specific address/ end point.

Display Filter

Display or hide transaction of SOF, IN-NAK, OUT-NAK, SETUP, PING, specific address/ end point.

Trigger function

Condition: error, transaction, bus event, external signal (sequential condition available).
Action: Output a signal from an external terminal, stop measurement (off set available).

VBUS measurement

Measure Vbus Voltage (0〜8V)/Current(-2〜2A)/Power consumption at specified cycle(1ms〜1s) and display in dump or graph. Convert into text/CSV format.

External signal I/O

TTL level input: 4, TTL level output: 4, Able to work with trigger conditions.

Composition

Interface expansion board, Line state sheet D, USB cable, Utility CD.

*1: Supports on Windows 2000/XP/Vista/7. Need to have a CF card and a PC with interface for CF card.
*2: Translation of various class specific descriptors and device requests will be supported in the future.

Expansion Kit for LAN (PoE) Communications

OP-SB89
This interface expansion kit supports the measurement test of Ethernet LAN. This kit isusable for not only analyzing communication data but also measuring the power of PoE(Power Over Ethernet) apparatuses or testing LAN cable. It is ideal for developing built-in
apparatuses with LAN ports, evaluating communications, and maintaining/checking suchas network cameras and wireless hubs compliant with the PoE specification.
PD(Powered Device)
PORT BWeb camera(etc.)[LAN Translation display]

PSE(Power Sourcing Equipment)Interface

Port A, B: 10Base-T/ 100Base-TX (IEEE802.3), PoE(IEEE 802.3af) Measurement（*1）
Port C: Cable Test Port, Dummy PD port to detect PSE of class A

Monitor function

Record LAN frames along with time stamp (min. 1μs).（*2）
Convert into Ethereal/ Wireshark (.pcap format).（*3）

Display format

Frame/ Translation/ Dump (in HEX) display.

Log Filter

Type number, MAC address, protocol number, IP address, sub-net mark.

PoE measurement

Record the PoE Voltage(0〜60V)/Current(0〜380mA)/Power consumption/Power supply type at
specified cycle (1ms〜1s) and display in dump or graph. Convert into Text/CSV format.

PORT A

Network hubwith PSE function(etc.)[PoE Measuring Display]

Cable Test

Measure cable length/ short circuit/ split pair/ break

PING function

Transmit the PING commands to the PortA/B, and display response time and number oftimes.（*4）

Port Blink function

LED for port A/B connected to HUB will be blinking to find the target port easily.（*4）

PSE detection

Light the LED when a PSE device is connected to PortC.

External signal input/output

TTL level input: 1. Able to stop monitoring automatically when finding Low level.

Composition

Interface expansion board, Line state sheet C, LAN cable, Utility CD.

*1: Port A/B has the fail-safe TAP.
*2: Recordable LAN frame size is 60 to 2047 byte. If the network consists of a large amount of traffic, it is possible that there will besome data loss.
*3: Supports on Windows 2000/XP/Vista/7. Needs to have a CF card and a PC with interface for CF card.
*4: When starting the cable test, Port A/B will become the LAN ports instead of TAP connection.

9LE-3500／LE-2500／LE-1500 Options
TTL

I2C

Current Loop

IrDA

SPI
CAN

CC-Link

LIN

Optional measurement boards along witha variety of measurement cables expand
the application range of the LE Series.

TTL/I2C/SPI Communications Expansion Kit

Infrared Communications Expansion Kit

OP-SB5GL

OP-SB6G

Applicable analyzers: LE-3500/LE-2500/LE-1500 (*1)

SDA
SCL

[Example of I2C monitor display]

PC Link Software

PC Link Software

LE-PC800G

LE-PC300G

Applicable Analyzer*1: LE-8200

Applicable Analyzers*1: LE-3500/2500/1500/7200/3200/2200/1200*1: Cannot use this software together with
OP-SB87/OP-SB88/OP-SB89/OP-SB84.

*2: Cannot use this software together with OP-SB7GX/OP-SB7FX/OP-SB7F.

Enables simultaneous control of multiple analyzers from a PC

Applicable analyzers: LE-3500/LE-2500

This expansion kit measures RS-232C(V.24) andTTL/C-MOS signal. TTL/C-MOS port support a wide
range of voltage (1.8V〜5V) and allows the direct probing
connection of signals between LSI and IC on PCBs.
Monitoring and simulating the I2C/SPI(*1) communicationis possible besides UART communications and HDLC
communications. Furthermore, BURST measurementmode which captures all data synchronizing the clock
signals is available.

PC Link Software Enhances the Link
between Analyzers and your PC

This expansion kit is provided with a probe pod formonitoring IrDA and ASK infrared communications.
IrDA monitor function makes it possible to change
communications speed automatically according to
the IrLAP protocol and allows the seamlessmonitoring of infrared data, the mode of whichchanges from SIR (9600bps) to FIR (4Mbps). The
kit has two optical emission levels (high and low),either one of which is selectable.

PC Link Software supports serial connections through the COM port, USB
connections, and LAN connections via LINEEYE SI-60 or SI-60F converter,
thus enabling remote measurement by multiple analyzers connected at thesame time. It also allows you to browse measurement data saved in thememory cards and convert data.

[Linking multiple analyzers by serial and LAN connections]Tatget line

[Serial connections and memory card]
LE-8200

IR: Infrared rays

Target lineIR

LE-8200

LAN（１０/１００BASE-TX）[Example of IrDA monitor display]

Tatget line

Measurement data*2

Probe signal

SD(SDA/SDO), RD(SDI), RS(SS), CS, EX IN, SDCLK(SCL/SCK), RDCLK,Trigger IN, Trigger Out ［Lead length：170mm］

Measurement signal

SD, RD

ProtocolIrDA1.1 (SIR/MIR/FIR (*1)), ASK

ProtocolI2C, SPI (*1), BURST

Test function

Monitor / Simulation / BERT (*2)

Baud rate (bps)

2400, 9600, 19.2K, 38.4K, 57.6K, 115.2K, 576K, 1.152M (*2)
Automatically detects and follows IrLAP protocol (*1)

※1
SI-60

※2

*1
LE-8200

CF cardInterface

Tatget line

※2

* IrDA is half-duplex wireless communications
protocol that uses infrared rays.

RS-232C, TTL / CMOS (for I2C and SPI (*1))

LE-3500

RS-232C, Infrared rays (IrDA/ASK)*1: The PC link software is not provided with USB cable. Prepare a USB cable if you intend to use USB connection. The LE2-8V
AUX cable provided to the analyzer is available in the case of serial connection.
*2: An interface to read the CF card is required on the PC side.

Test function

Monitor/Simulation/BERT (*3)

I2C：max. 1Mbps (On simulation 50K, 100K, 200K, 384K, 417K, 1Mbps)
5.0V/3.3V/2.5V/1.8V selectable.

Output emission level

High/low interchangeable

Composition

Dedicated expansion board, relay cable, probe pod

Threshold of input level[5.0V] High: min. 3.5V, Low: max. 1.5V
[3.3V] High: min. 2.0V, Low: max. 0.8V
[2.5V] High: min. 1.7V, Low: max. 0.7V
[1.8V] High: min. 1.2V, Low: max. 0.6V

*1: The expansion kit is in automatic tracking control of MIR (at 576 kbps or 1.152 Mbps) or FIR (at 4Mbps) while the expansion kit is in monitoring.
Due to the performance of the analyzer, however, continuous data may not be correctly captured midway.
*2: LE-2500 does not support.
*3: Cannot have the BERT for IrDA.

Composition

Dedicated expansion board, relay cable, probe pod*1: SI-60/SI-60F are LAN-serial converter supported by LE-PC300G/LE-PC800G. Target analyzer is identified by specifying IP
adress of SI-60/SI-60F on the remote setting window of LE-PC300G/LE-PC800G.
*2: Optional AUX cable for DSUB 25 pin (LE2-8C). Set the DTE/DCE switch of SI-60 to DTE.

Allows the measurement data to be checked on your large PC screen.

Protocol Analyzer

Protocol Analyzer

SPI：50bps to 2.048Mbps (*3). When using with OP-FW10G, 115.2Kbps to 10Mbps (*4)

TTL/ CMOS signal level

※1
SI-60

Measurement data

* I2C (Inter-Integrated Circuit) is a serial interface standard
for peripheral devices developed by Philips Corporation.

Baud rate※1
SI-60FPC with PC link software installed

IR

LE-8200

Interface

Tatget linePC

*1: SPI is only available with LE-3500. LE-1500 does not support I2C/SPI.
*2: Only monitoring function is available for BURST. BERT testing of I2C/SPI is not supported.
*3: When the continuous transfer is less than 1Kbyte, Max 5Mbps at monitoring and Max 2.048 Mbps at simulation.
*4: Applied in monitoring. Max 5Mbps at simulation.

CAN/LIN Communications Expansion Kit

Current Loop Adapter and Expansion Board

OP-SB7GX

OP-1C

SB-25L

Applicable analyzers: LE-3500/LE-2500

Applicable analyzers: Refer to P15

Applicable analyzers: LE-3500/LE-2500/LE-1500

This expansion kit makes the measurement of up to 2channels simultaneously by using CAN and LIN
communications used widely in FA systems andin-vehicle communications in flexible
combination. It allows the simultaneous logic
measurement and analog measurement ofCAN
four external signals.

Normal display

HDLC translation display

Records communication logs continuously on PC up to a maximum of 16GB

Converts the recorded data to text format or CSV format all at once

The remote monitor function allows to record the data measured by an analyzer on thehard disk of PC. The fixed buffer mode and ring buffer mode are available. The former
stops recording when the specified data size is reached, and the latter records data
endlessly within the limit of the specified size.

Multiple files of communications logs can be converted to text or CSV format for use on
word processor or spreadsheet. Conversion to text is based on the print format of theanalyzer. In consideration of analysis on general search tool, it is possible to delete
decorative guides or time data, and to specify conversion of sender or receiver data only.

LIN[Example of CAN/LIN monitor display][OP-1C Current Loop Adapter]*CAN is the communications protocol for in-vehicle
network developed by Robert Bosch GmbH. LIN iscommunications protocol for in-vehicle network
proposed by automobile manufacturers in Europe.

[SB-25L Expansion Board]An adapter for current loop communications. It monitors 10 to 60mA lines up to 19.2Kbps,
and simulates 20/40mA with passive node.

[Standard time for continuous recording on hard disk *1]

Target line speed *2

Note: The dedicated expansion board provided to the OP-SB5GL or OP-SB6G can be used in place of the SB-25L. The purchase of the SB-25L is
unnecessary if the dedicated expansion board is on hand.

When 1 GB is specified :When 16 GB is specified :(e.g.: 1 MB x 1,000 files)(e.g.: 8 MB x 2,000 files)

Approx. 60 hrs

Approx. 960 hrs

9600bps

Interface

CAN: Conforms to ISO11898/ISO11519-2 standards (*1)(DSUB9-pin connector)
LIN: Conforms to ISO9141 standards (header 3-pin connector)

Interface

RS-232C, Current loop communications (4-pole terminal block)

Measurement signal

SD, RD

19200bps

Approx. 30 hrs

Approx. 480 hrs

Transceiver

CAN: Equivalent to TJA1050/1054, LIN:Equivalent to TJA1021

Baud rate

19.2 Kbps max. (*1)

38400bps

Approx. 15 hrs

Approx. 240 hrs

No.of measurement channels

2 channels in total of CAN/LIN in combination

Monitor current level

10〜60mA

ProtocolCAN2.0B, DeviceNet, LIN(Rev 1.1, 1.2, 1.3, 2.0, 2.1)

Function

Monitor/Simulation

CAN: 1 Mbps max. LIN：26 Kbps max.

Signal polarity

Normal/inversion (*2)

Simulation mode

Passive test and active test
Active current：20/40 mA (selectable with DIP switch)

OP-1C dimensions and mass

60(W)×100(D)×20(H)mm, Approx. 180g

OP-1C accessories

Dedicated adapter and relay cable

Baud rate

Arbitrary baud rate settings possible

Test function

Monitor/Simulation/Trigger

External signal input

Real-time display of 4-channel external signal state with LED.
Record signal logic in synchronization with data. Continuous measurement of voltage. (Measurement range：±15V)

Composition

Dedicated expansion board, DB9 monitor cable x 2, 3-wire probe cable x 2, and 8-wire probe cable*1：Settings in the Analyzer selectable with a relay.

*1：The baud rate is restricted by the cable length and current value.
*2：The signal polarity is set in the analyzer. OP-1C is not provided with DIP switches for polarity switching equivalent to that of the conventional model OP-1B.

Applicable analyzers: LE-3500

This expansion firmware increases the baud rates of bit
synchronous communications (e.g., HDLC/SDLC/X.25/CC-Link)
and SPI communications up to 10Mbps. The firmware processes
main measurement items completely with a field programmablegate array (FPGA), thus precisely capturing communications data
along with time stamps in 1μs units. It is optimum for analyzing
high-speed HDLC and SPI communications, such as RS-485
multi-drop type of CC-link and TTL signal level on the PCBs.
[HDLC protocol setting screen]

Specification

PC Link Software for CAN/LIN

connection port

Serial, USB, and LAN (with SI-60/SI-60F unit sold separately)

No. of analyzers

Multiple analyzers can be connected and controlled simultaneously.(No. of connectable analyzers depends on the performance of PC.)

Key emulation function

Presents the analyzers display on the PC screen to enable control in a manner as if operating the analyzer.

Measurement condition

Measurement conditions (communications parameters, trigger and simulation data) can be input and edited on the dedicated window on PC screen.
Starts/stops measurement with analyzer, displays the measurement data on PC screen, and records data continuously.

Remote monitor function

Recording modes

Fixed buffer mode (Records data up to the specified size) or ring buffer mode (Records
data endlessly while leaving the latest data of the specified size) can be selected.

Interface

RS-422/RS-485(RS-530 port)（*1）, TTL（*2）, SPI（*2）

Recording capacity Max. 16 GB can be specified up to 2,000 files in the unit of 1/2/4/8 MB data file.

ProtocolHDLC, SDLC, X.25. CC-Link(NRZ/NRZI format, AR clock), SPI

Selectable among raw data, protocol translation and logic analyzer waveform.

Baud rate

Half-duplex

115.2 kbps 〜 10 Mbps（*3）

Full duplex

115.2 kbps 〜 5 Mbps（*3）

Error check
On-line monitor

Simulation

FCS error (CRC-ITU-T), abort, short frameTime stamp

6 digits (0 to 524287)
Resolution: 1ms, 100μs, 10μs, or 1μs(selectable)

ID filter (HDLC)

2 characters (don't care and bit mask available)

Data table

16K data (in 16 tables)

Manual mode

Specified data string can be transmitted by key operations.
Able to set the idle time and repeat mode.

Raw data
Display modes
Protocol translation

Displays communications data accompanied by idle time, time stamp and line status.
Character code (10 kinds) and character size (small/medium/large) can be changed.
Translates and displays SDLC, X.25 and LAPD protocols. (Target protocols planned to be increased.)

For OP-SB87

LE-PC87
For OP-SB7GX / OP-SB7F / OP-SB7FX

LE-PC7GXThis software links your PC and the analyzer
equipped with CAN/LIN communication
expansion kit, thus, enabling analysis collected
CAN/LIN data on the PC

Logic analyzer waveform Enlarges and reduces waveform, measures time between cursors, and rearranges signals.
Display area
Character codes

Display window size can be changed.
ASCII, EBCDIC, JIS7, JIS8, Baudot, Transcode, IPARS, EBCD, EBCDIK, HEX (including error codes)
Finds and displays the data that matches the search key.

Search function

Search key

Specified data string of max. 8 characters (don't care and bit mask can also be specified), idle time
beyond a specified duration, specific time stamp (don't care can also be specified), error (parity, framing,
BCC, break/abort, short frame: individual error type can be specified) external trigger matching data

Trigger

Stop monitoring automatically when it detects data strings up to 8 characters(don't
care and bit mask available), errors, or trigger input of external signal at low level.

Data search

Trigger data, error data, data string

Text-CSV conversion function

Specified number of recorded files can be converted to text or CSV format all together.

Composition

Firmware CD, instruction manual.

Bitmap conversion function

Analyzers display shown by key emulation can be saved to bitmap files.

*1: When using the standard measurement board. LE-25TB/LE-530TB are useful to connect to the target device.
*2: OP-SB5GL is required.
*3: OP-SB5GL is required for high-speed simulation of TTL/SPI.

PC
System requirements
OS
Composition

10

Changes the System Language Automatically
The system language alternates automatically between English and Japanese according
to that of OS. This facilitates introduction of the software to development bases outside
Japan.

*1: In case of full-duplex communications line for transmission at 1 ms interval per 1 KB.
*2: Maximum communications speed that ensures recording of measurement data without failure will be about 1/5 of serial transfer
speed between analyzer and PC.

High-speed HDLC/SPI Communications Firmware

OP-FW10G

Logic analyzer display

PC / AT compatible

CPU: Pentium3 1GHz or faster RAM: 512 MB or more (recommended)
HDD: 5 MB + free bytes on the measurement data area

Windows® 2000 / XP / Vista ® / 7/ 8

● Serial, USB or LAN connection to the PC.
● Key emulation function for remote control.
● Record CAN/LIN data up to 16GB in the PC.
● Display specific ID frame in the specified line
at real-time.
● Search specified data/time stamp. Convert data
into text format.
● Set/edit the communication conditions of analyzer.
● Read measured data on the CF card.
● Environment: Windows® XP/ Vista®/ 7/ 8

CD (Software) x 1, instruction manual x 1, user registration card x 1

11LE-3500／LE-2500／LE-1500 Options
TTL

I2C

Current Loop

IrDA

SPI
CAN

CC-Link

LIN

Optional measurement boards along witha variety of measurement cables expand
the application range of the LE Series.

TTL/I2C/SPI Communications Expansion Kit

Infrared Communications Expansion Kit

OP-SB5GL

OP-SB6G

Applicable analyzers: LE-3500/LE-2500/LE-1500 (*1)

SDA
SCL

[Example of I2C monitor display]

PC Link Software

PC Link Software

LE-PC800G

LE-PC300G

Applicable Analyzer*1: LE-8200

Applicable Analyzers*1: LE-3500/2500/1500/7200/3200/2200/1200*1: Cannot use this software together with
OP-SB87/OP-SB88/OP-SB89/OP-SB84.

*2: Cannot use this software together with OP-SB7GX/OP-SB7FX/OP-SB7F.

Enables simultaneous control of multiple analyzers from a PC

Applicable analyzers: LE-3500/LE-2500

This expansion kit measures RS-232C(V.24) andTTL/C-MOS signal. TTL/C-MOS port support a wide
range of voltage (1.8V〜5V) and allows the direct probing
connection of signals between LSI and IC on PCBs.
Monitoring and simulating the I2C/SPI(*1) communicationis possible besides UART communications and HDLC
communications. Furthermore, BURST measurementmode which captures all data synchronizing the clock
signals is available.

PC Link Software Enhances the Link
between Analyzers and your PC

This expansion kit is provided with a probe pod formonitoring IrDA and ASK infrared communications.
IrDA monitor function makes it possible to change
communications speed automatically according to
the IrLAP protocol and allows the seamlessmonitoring of infrared data, the mode of whichchanges from SIR (9600bps) to FIR (4Mbps). The
kit has two optical emission levels (high and low),either one of which is selectable.

PC Link Software supports serial connections through the COM port, USB
connections, and LAN connections via LINEEYE SI-60 or SI-60F converter,
thus enabling remote measurement by multiple analyzers connected at thesame time. It also allows you to browse measurement data saved in thememory cards and convert data.

[Linking multiple analyzers by serial and LAN connections]Tatget line

[Serial connections and memory card]
LE-8200

IR: Infrared rays

Target lineIR

LE-8200

LAN（１０/１００BASE-TX）[Example of IrDA monitor display]

Tatget line

Measurement data*2

Probe signal

SD(SDA/SDO), RD(SDI), RS(SS), CS, EX IN, SDCLK(SCL/SCK), RDCLK,Trigger IN, Trigger Out ［Lead length：170mm］

Measurement signal

SD, RD

ProtocolIrDA1.1 (SIR/MIR/FIR (*1)), ASK

ProtocolI2C, SPI (*1), BURST

Test function

Monitor / Simulation / BERT (*2)

Baud rate (bps)

2400, 9600, 19.2K, 38.4K, 57.6K, 115.2K, 576K, 1.152M (*2)
Automatically detects and follows IrLAP protocol (*1)

※1
SI-60

※2

*1
LE-8200

CF cardInterface

Tatget line

※2

* IrDA is half-duplex wireless communications
protocol that uses infrared rays.

RS-232C, TTL / CMOS (for I2C and SPI (*1))

LE-3500

RS-232C, Infrared rays (IrDA/ASK)*1: The PC link software is not provided with USB cable. Prepare a USB cable if you intend to use USB connection. The LE2-8V
AUX cable provided to the analyzer is available in the case of serial connection.
*2: An interface to read the CF card is required on the PC side.

Test function

Monitor/Simulation/BERT (*3)

I2C：max. 1Mbps (On simulation 50K, 100K, 200K, 384K, 417K, 1Mbps)
5.0V/3.3V/2.5V/1.8V selectable.

Output emission level

High/low interchangeable

Composition

Dedicated expansion board, relay cable, probe pod

Threshold of input level[5.0V] High: min. 3.5V, Low: max. 1.5V
[3.3V] High: min. 2.0V, Low: max. 0.8V
[2.5V] High: min. 1.7V, Low: max. 0.7V
[1.8V] High: min. 1.2V, Low: max. 0.6V

*1: The expansion kit is in automatic tracking control of MIR (at 576 kbps or 1.152 Mbps) or FIR (at 4Mbps) while the expansion kit is in monitoring.
Due to the performance of the analyzer, however, continuous data may not be correctly captured midway.
*2: LE-2500 does not support.
*3: Cannot have the BERT for IrDA.

Composition

Dedicated expansion board, relay cable, probe pod*1: SI-60/SI-60F are LAN-serial converter supported by LE-PC300G/LE-PC800G. Target analyzer is identified by specifying IP
adress of SI-60/SI-60F on the remote setting window of LE-PC300G/LE-PC800G.
*2: Optional AUX cable for DSUB 25 pin (LE2-8C). Set the DTE/DCE switch of SI-60 to DTE.

Allows the measurement data to be checked on your large PC screen.

Protocol Analyzer

Protocol Analyzer

SPI：50bps to 2.048Mbps (*3). When using with OP-FW10G, 115.2Kbps to 10Mbps (*4)

TTL/ CMOS signal level

※1
SI-60

Measurement data

* I2C (Inter-Integrated Circuit) is a serial interface standard
for peripheral devices developed by Philips Corporation.

Baud rate※1
SI-60FPC with PC link software installed

IR

LE-8200

Interface

Tatget linePC

*1: SPI is only available with LE-3500. LE-1500 does not support I2C/SPI.
*2: Only monitoring function is available for BURST. BERT testing of I2C/SPI is not supported.
*3: When the continuous transfer is less than 1Kbyte, Max 5Mbps at monitoring and Max 2.048 Mbps at simulation.
*4: Applied in monitoring. Max 5Mbps at simulation.

CAN/LIN Communications Expansion Kit

Current Loop Adapter and Expansion Board

OP-SB7GX

OP-1C

SB-25L

Applicable analyzers: LE-3500/LE-2500

Applicable analyzers: Refer to P15

Applicable analyzers: LE-3500/LE-2500/LE-1500

This expansion kit makes the measurement of up to 2channels simultaneously by using CAN and LIN
communications used widely in FA systems andin-vehicle communications in flexible
combination. It allows the simultaneous logic
measurement and analog measurement ofCAN
four external signals.

Normal display

HDLC translation display

Records communication logs continuously on PC up to a maximum of 16GB

Converts the recorded data to text format or CSV format all at once

The remote monitor function allows to record the data measured by an analyzer on thehard disk of PC. The fixed buffer mode and ring buffer mode are available. The former
stops recording when the specified data size is reached, and the latter records data
endlessly within the limit of the specified size.

Multiple files of communications logs can be converted to text or CSV format for use on
word processor or spreadsheet. Conversion to text is based on the print format of theanalyzer. In consideration of analysis on general search tool, it is possible to delete
decorative guides or time data, and to specify conversion of sender or receiver data only.

LIN[Example of CAN/LIN monitor display][OP-1C Current Loop Adapter]*CAN is the communications protocol for in-vehicle
network developed by Robert Bosch GmbH. LIN iscommunications protocol for in-vehicle network
proposed by automobile manufacturers in Europe.

[SB-25L Expansion Board]An adapter for current loop communications. It monitors 10 to 60mA lines up to 19.2Kbps,
and simulates 20/40mA with passive node.

[Standard time for continuous recording on hard disk *1]

Target line speed *2

Note: The dedicated expansion board provided to the OP-SB5GL or OP-SB6G can be used in place of the SB-25L. The purchase of the SB-25L is
unnecessary if the dedicated expansion board is on hand.

When 1 GB is specified :When 16 GB is specified :(e.g.: 1 MB x 1,000 files)(e.g.: 8 MB x 2,000 files)

Approx. 60 hrs

Approx. 960 hrs

9600bps

Interface

CAN: Conforms to ISO11898/ISO11519-2 standards (*1)(DSUB9-pin connector)
LIN: Conforms to ISO9141 standards (header 3-pin connector)

Interface

RS-232C, Current loop communications (4-pole terminal block)

Measurement signal

SD, RD

19200bps

Approx. 30 hrs

Approx. 480 hrs

Transceiver

CAN: Equivalent to TJA1050/1054, LIN:Equivalent to TJA1021

Baud rate

19.2 Kbps max. (*1)

38400bps

Approx. 15 hrs

Approx. 240 hrs

No.of measurement channels

2 channels in total of CAN/LIN in combination

Monitor current level

10〜60mA

ProtocolCAN2.0B, DeviceNet, LIN(Rev 1.1, 1.2, 1.3, 2.0, 2.1)

Function

Monitor/Simulation

CAN: 1 Mbps max. LIN：26 Kbps max.

Signal polarity

Normal/inversion (*2)

Simulation mode

Passive test and active test
Active current：20/40 mA (selectable with DIP switch)

OP-1C dimensions and mass

60(W)×100(D)×20(H)mm, Approx. 180g

OP-1C accessories

Dedicated adapter and relay cable

Baud rate

Arbitrary baud rate settings possible

Test function

Monitor/Simulation/Trigger

External signal input

Real-time display of 4-channel external signal state with LED.
Record signal logic in synchronization with data. Continuous measurement of voltage. (Measurement range：±15V)

Composition

Dedicated expansion board, DB9 monitor cable x 2, 3-wire probe cable x 2, and 8-wire probe cable*1：Settings in the Analyzer selectable with a relay.

*1：The baud rate is restricted by the cable length and current value.
*2：The signal polarity is set in the analyzer. OP-1C is not provided with DIP switches for polarity switching equivalent to that of the conventional model OP-1B.

Applicable analyzers: LE-3500

This expansion firmware increases the baud rates of bit
synchronous communications (e.g., HDLC/SDLC/X.25/CC-Link)
and SPI communications up to 10Mbps. The firmware processes
main measurement items completely with a field programmablegate array (FPGA), thus precisely capturing communications data
along with time stamps in 1μs units. It is optimum for analyzing
high-speed HDLC and SPI communications, such as RS-485
multi-drop type of CC-link and TTL signal level on the PCBs.
[HDLC protocol setting screen]

Specification

PC Link Software for CAN/LIN

connection port

Serial, USB, and LAN (with SI-60/SI-60F unit sold separately)

No. of analyzers

Multiple analyzers can be connected and controlled simultaneously.(No. of connectable analyzers depends on the performance of PC.)

Key emulation function

Presents the analyzers display on the PC screen to enable control in a manner as if operating the analyzer.

Measurement condition

Measurement conditions (communications parameters, trigger and simulation data) can be input and edited on the dedicated window on PC screen.
Starts/stops measurement with analyzer, displays the measurement data on PC screen, and records data continuously.

Remote monitor function

Recording modes

Fixed buffer mode (Records data up to the specified size) or ring buffer mode (Records
data endlessly while leaving the latest data of the specified size) can be selected.

Interface

RS-422/RS-485(RS-530 port)（*1）, TTL（*2）, SPI（*2）

Recording capacity Max. 16 GB can be specified up to 2,000 files in the unit of 1/2/4/8 MB data file.

ProtocolHDLC, SDLC, X.25. CC-Link(NRZ/NRZI format, AR clock), SPI

Selectable among raw data, protocol translation and logic analyzer waveform.

Baud rate

Half-duplex

115.2 kbps 〜 10 Mbps（*3）

Full duplex

115.2 kbps 〜 5 Mbps（*3）

Error check
On-line monitor

Simulation

FCS error (CRC-ITU-T), abort, short frameTime stamp

6 digits (0 to 524287)
Resolution: 1ms, 100μs, 10μs, or 1μs(selectable)

ID filter (HDLC)

2 characters (don't care and bit mask available)

Data table

16K data (in 16 tables)

Manual mode

Specified data string can be transmitted by key operations.
Able to set the idle time and repeat mode.

Raw data
Display modes
Protocol translation

Displays communications data accompanied by idle time, time stamp and line status.
Character code (10 kinds) and character size (small/medium/large) can be changed.
Translates and displays SDLC, X.25 and LAPD protocols. (Target protocols planned to be increased.)

For OP-SB87

LE-PC87
For OP-SB7GX / OP-SB7F / OP-SB7FX

LE-PC7GXThis software links your PC and the analyzer
equipped with CAN/LIN communication
expansion kit, thus, enabling analysis collected
CAN/LIN data on the PC

Logic analyzer waveform Enlarges and reduces waveform, measures time between cursors, and rearranges signals.
Display area
Character codes

Display window size can be changed.
ASCII, EBCDIC, JIS7, JIS8, Baudot, Transcode, IPARS, EBCD, EBCDIK, HEX (including error codes)
Finds and displays the data that matches the search key.

Search function

Search key

Specified data string of max. 8 characters (don't care and bit mask can also be specified), idle time
beyond a specified duration, specific time stamp (don't care can also be specified), error (parity, framing,
BCC, break/abort, short frame: individual error type can be specified) external trigger matching data

Trigger

Stop monitoring automatically when it detects data strings up to 8 characters(don't
care and bit mask available), errors, or trigger input of external signal at low level.

Data search

Trigger data, error data, data string

Text-CSV conversion function

Specified number of recorded files can be converted to text or CSV format all together.

Composition

Firmware CD, instruction manual.

Bitmap conversion function

Analyzers display shown by key emulation can be saved to bitmap files.

*1: When using the standard measurement board. LE-25TB/LE-530TB are useful to connect to the target device.
*2: OP-SB5GL is required.
*3: OP-SB5GL is required for high-speed simulation of TTL/SPI.

PC
System requirements
OS
Composition

10

Changes the System Language Automatically
The system language alternates automatically between English and Japanese according
to that of OS. This facilitates introduction of the software to development bases outside
Japan.

*1: In case of full-duplex communications line for transmission at 1 ms interval per 1 KB.
*2: Maximum communications speed that ensures recording of measurement data without failure will be about 1/5 of serial transfer
speed between analyzer and PC.

High-speed HDLC/SPI Communications Firmware

OP-FW10G

Logic analyzer display

PC / AT compatible

CPU: Pentium3 1GHz or faster RAM: 512 MB or more (recommended)
HDD: 5 MB + free bytes on the measurement data area

Windows® 2000 / XP / Vista ® / 7/ 8

● Serial, USB or LAN connection to the PC.
● Key emulation function for remote control.
● Record CAN/LIN data up to 16GB in the PC.
● Display specific ID frame in the specified line
at real-time.
● Search specified data/time stamp. Convert data
into text format.
● Set/edit the communication conditions of analyzer.
● Read measured data on the CF card.
● Environment: Windows® XP/ Vista®/ 7/ 8

CD (Software) x 1, instruction manual x 1, user registration card x 1

11Variety of cables and terminal blocks
facilitate the connections.
Memory cards and compact printershelp you log the data.

Options for Portable Protocol Analyzer

Cables / Memory Cards /Printer / Small Options

Handy thermal printer for on-site printout of measurements

Support all printing formats of the analyzer
Compact thermal PrinterCables / terminal blocks

RoHS Compatible

Supports all printing formats of the analyzer, such as thehard-copy printing of display, continuous printing of logic
analyzer waveform and statistically analyzed graph as wellas continuous printing of measurement.

Prints 40 digits per line in normal mode and 80 digits in
reduced mode.
Incorporates eco-friendly NiMH battery.

Monitor cable for DSUB 25-pin

Monitor cable for DSUB 9-pin

LE-25M1

LE-259M1
Branch cable for monitoring communicationlines over general DSUB 25-pin.

(DCD)
(RxD)
(TxD)
(DTR)
(GND)
(DSR)
(RTS)
(CTS)
(RI)

Branch cable for measuring RS-232C over
DSUB 9-pin of PC, etc.

*Same as the cable packed with LE-8200 / LE-3500 /LE-2500 / LE-1500 / LE-150PS / LE-200PS

1.5m
1.5m

DB25(Male)
DB25(Male)

0.2m

0.1m
DB9(Female) DB9(Male)

8
3
2
20
7
6
4
5
22
Dsub25

Dsub9

Dimensions: 160(W)x 170(D)x 67(H)mm

Terminal block for RS-530 port

X.21 Monitor cableLE-25TB

LE-530TB

LE-25Y15

Converts all signals on DSUB 25-pin to terminal
block specification.
DB25
1
2
3

Convert TXD/RXD/GND on R5-530 port toterminal block specification.

Terminal block
1
2
3

25

RXD−
RXD+
GND
TXD−
TXD+

25

RS-5303167214Compact thermal Printer

Dsub9

V.35 Monitor cable

RS-530 cableLE-25Y37

LE-25M34

LE-25S530

Branch cable for measuring
V.35 over M34-pin.
(Shield type)

1.2m

1.5m

*LE-8200/3500/2500/1500 cannot export via parallel.

DPU-414-41B-E

Options

Built-in battery, dedicated roll paper (x1) included.
*AC adapter and cable are not prepared. Provide themseparately.

Roll paper

AC adapter for DPU-414-41B-E

Thermal roll paper for
DPU-414-41B-E. 10 rolls per carton.
Width: 112mm
Length per roll: Approx. 28m

PW-C0725-W1-U
Input: AC100V〜240V
Output: DC7.0V, 2.5A(center

1.2m
DB15(Male)
DB25(Male)
DB15(Female))[Example of display hard-copy printing]TP-411L

Battery pack for DPU-414

BP-4005-E

For use in Japan/US.
For use in other countries, pleasecontact us for more infomation.

Same as NiMH battery built-in
DPU-414-41B-E.
4.8V, 1100mAh

Options for Portable Protocol Analyzer

Options for Portable Protocol Analyzer

RS-449 Monitor cable

Branch cable for measuring
RS-449 over DSUB 37-pin.
(Shield type)

Branch cable for measuring X.20/21 over DSUB
15-pin. (Shield type)

Terminal block
1
2
3
4
5

Export the data via AUX port
(or parallel port)*.

Weight: Approx. 690g (including built-in NiMH battery)

DB25(Male) DB25(Female)

Terminal block for DSUB 25-pin[ image of how to use ]Supports Centronics parallel and RS-232C ports.

1
2
3
4
5
6
7
8
9

DB9 monitor cable

LE-009M1

A twisted pair cable for RS-530(Shield type)

Monitor cable for measuring CAN
and FlexRay over DSUB 9-pin.
*Same as the cable packed with
OP-SB88/OP-SB87/OP-SB7GX.

Accessories for LE-7200/LE-3200/LE-2200/LE-1200 and other old models
TTL/I2C Expansion Kit

Infrared Communications Expansion Kit (IrDA, ASK)

1.5m

DB37(Male)

M34(Male)DB25(Male)

1.5m

DB25(Male)

DB25(Male)

DB37(Female)

DB25(Male)

M34(Female)

DB9(Male)

AUX cable for DSUB 9-pin

AUX cable for DSUB 25-pin

AUX cable for DPU-414

Printer Cable

LE2-8V

LE2-8C

LE2-8P

SC-14N36

Cable for connecting AUX(RS-232C) port of an analyzer
with PC (DSUB 9-pin DTE
specification).

Cable for connecting DSUB
25-pin DTE external device
with AUX (RS-232C) port ofanalyzer.

Cable for connecting AUX(RS-232C) port of analyzer
and serial port of DPU-414(printer).

*Length:2.5m*Same as the the cable packed withanalyzer.

*Length:1.5m*Length:1.5m

External signal cable

Probe Unit

LE-3LP

LE-3LP2

LE-4TG

LCU-01*Same as the cable packed with
OP-SB88/OP-SB87/OP-SB7GX/
OP-SB7FX.

*Same as the cable packed with
OP-SB85L/OP-SB85IR/OP-SB85C

Cable unit with test clips suits
to the TTL probe pod of
OP-SB85L.

Probe cable for inputing/outputing external signal.
*Same as the cable packed with analyzer.

*Same as the cable packed with
OP-SB5F / OP-5M / OP-SB5GL /OP-SB85L

Memory Card / AC Adapter / Battery Pack
32G byte CF card

16G byte CF card

8G byte CF card

2G byte CF card

2G byte CF card

CF-32GX

CF-16GX

CF-8GX

CF-2GX

MC-2GCF32G byte compact flash card

16G byte compact flash card

8G byte compact flash card

2G byte compact flash card

Wide input AC adapter

Wide input AC adapter

AC adapter

3A-183WP09

FRA018-S09-U

VFN-650BCAN Communications Expansion Kit

CAN/LIN Communications Expansion Kit

12

NiMH battery pack for replacement

NiMH battery pack for replacement

NiCad battery pack for replacement

Carrying Bag

P-20S

P-19S

P-18S

LEB-01*An auxiliary andreplacement battery
equivalent to the LE-8200
built-in battery.

*An auxiliary andreplacement battery
equivalent to the
LE-3500/2500/1500/1200/
7200/3200/2200 built-in
battery.

*Applicable model:
LE-7000/3100/2100/1100/3000/2000/1000

Composition: Dedicated expansion board, Firmware
CD, DB9 Monitor cableComposition: Dedicated expansion board, DB9
Monitor cable, 3-wire probe cable,
firmware CD
An expansion kit which supports the analysis of CAN (ISO11898/ISO11519-2) at Max.speed 1 Mbps andalso LIN (ISO9141) at Max.speed 20 Kbps. It can measure up to 2 channels of CAN/LIN communications
data simultaneously.

Adapter for Current Loop

Expansion Board

Size : W360×D120×H200mm※It is unnecessary to use thisboard when using OP-1C
Composition:Dedicated expansion board on the LE-3100/2100/1100
which have the TTL Port.

Composition:Adapter, Relay cable※Need to have SB-20L when using this adapter on the
LE-7200/3200/2200/1200. The dedicated expansion board
provided to the OP-SB5F or OP-SB6F can be used in placeof the SB-20L

PC Link Software
A PC link software which can display and record measured
data on the PC. It enables you to control multiple analyzers
from the PC as remote control. >> Refer to P11

Print data capturing software
Bag with pockets for storing
and carrying accessories suchas AC adapter, cables, etc.

SB-20L

OP-1C

LE-PC300G

Rating: 4.8V, 1800mAh

OP-SB7FX

An adapter for current loop communication. It can monitor 10 - 60mA current level up to 19.2kbps and havethe active node simulation of 20/40mA.

*Replacement for 3A-161WP09

Rating: 4.8V, 1900mAh

OP-SB7F

An expansion kit which enables to analyze CAN (ISO11898/ISO11519-2) that is widely used in automotive
and factory automation field. It supports CAN communication analysis at Max. speed 1 Mbps andsimultaneous measurement of 2 channels of DeviceNet communications data.

Input : AC100, 50/60Hz
Output : DC6V, 500mA
Plug : center
2.1mm(5.5mm outside)

Rating: 6V, 2100mAh

Composition: Dedicated expansion board, Relay
cable, IrDA probe pod

An expansion board and probe pod for Infrared ray communications such as IrDA (SIR/MIR/FIR) and ASK.
It's monitoring function supports automatic setting of communication speed according to IrDA protocol.

2G byte compact flash card(with PC card adapter)

Input : AC100-240V, 50/60Hz
Output : DC9V, 1.67A
Plug : center
2.1mm(5.5mm outside)

OP-SB6F

Composition: Dedicated expansion board, Relay
cable, Probe pod

An expansion kit for 3.3/5V TTL level communications which is frequently used between LSI's on the circuitboard. It also enables you to analyze I2C and clock synchronous communication.

*Do not sell the PC adapter only.

Input : AC100-240V, 50/60Hz
Output : DC9V, 2A
Plug : center
2.1mm(5.5mm outside)*Same as the AC adapter packed withanalyzer

OP-SB5F

・Amphenol connecter 14pin-36pin
・Length1.5m

3 Line probe cable

Probe cable with test clips suits
to analog input connecter of
OP-SB85L

DB9(Female) DB9(Male)

Cable for connecting printerport of analyzer and thermal
printer, DPU-414

3 Line probe cable

Probe cable with IC clips formeasuring LIN
and FlexRay signal.

0.1m

LE-PC100A software to capture the print data from analyzer to PC
through serial port (AUX port). It supports Windows® 2000/XP.

Applicable analyzers：LE-7000/3100/2100/1100
Composition: Software CD, AUX cable (LE2-8V)

A dedicated expansion board used together with Current loop
adapter, OP-1C.

PC Link Software for CAN/LIN Data

LE-PC7GX

A PC link software which can display CAN/LIN data measured
by OP-SB7F/OP-SB7FX on the PC. It also have seach and text
conversion function.

Firmware for High-speed HDLC mode
A firmware to upgrade protocol analyzer to dedicated analyzer that is
specialized for High-speed HDLC and X.25 up to 10Mbps. It enables theanalyzer to extract Synchronizing clock from transmitted/received data.
Thus the analyzer can support high-speed RS-485 communications lacking clock signal such as CC-Link.

OP-FW10PC Buffering Software

LE-PC200

This software helps you do remote control of the analyzer fromyour PC and also enables to record communication data
continuously to hard disk. It supports Windows® 2000/XP.

Applicable analyzers：LE-3100※/2100※/1100
Composition: Software CD, AUX cable (LE2-8V)※Available from Octorber 2001 for LE-3100/2100*Same as the carrying bag
packed with analyzer.

13

Variety of cables and terminal blocks
facilitate the connections.
Memory cards and compact printershelp you log the data.

Options for Portable Protocol Analyzer

Cables / Memory Cards /Printer / Small Options

Handy thermal printer for on-site printout of measurements

Support all printing formats of the analyzer
Compact thermal PrinterCables / terminal blocks

RoHS Compatible

Supports all printing formats of the analyzer, such as thehard-copy printing of display, continuous printing of logic
analyzer waveform and statistically analyzed graph as wellas continuous printing of measurement.

Prints 40 digits per line in normal mode and 80 digits in
reduced mode.
Incorporates eco-friendly NiMH battery.

Monitor cable for DSUB 25-pin

Monitor cable for DSUB 9-pin

LE-25M1

LE-259M1
Branch cable for monitoring communicationlines over general DSUB 25-pin.

(DCD)
(RxD)
(TxD)
(DTR)
(GND)
(DSR)
(RTS)
(CTS)
(RI)

Branch cable for measuring RS-232C over
DSUB 9-pin of PC, etc.

*Same as the cable packed with LE-8200 / LE-3500 /LE-2500 / LE-1500 / LE-150PS / LE-200PS

1.5m
1.5m

DB25(Male)
DB25(Male)

0.2m

0.1m
DB9(Female) DB9(Male)

8
3
2
20
7
6
4
5
22
Dsub25

Dsub9

Dimensions: 160(W)x 170(D)x 67(H)mm

Terminal block for RS-530 port

X.21 Monitor cableLE-25TB

LE-530TB

LE-25Y15

Converts all signals on DSUB 25-pin to terminal
block specification.
DB25
1
2
3

Convert TXD/RXD/GND on R5-530 port toterminal block specification.

Terminal block
1
2
3

25

RXD−
RXD+
GND
TXD−
TXD+

25

RS-5303167214Compact thermal Printer

Dsub9

V.35 Monitor cable

RS-530 cableLE-25Y37

LE-25M34

LE-25S530

Branch cable for measuring
V.35 over M34-pin.
(Shield type)

1.2m

1.5m

*LE-8200/3500/2500/1500 cannot export via parallel.

DPU-414-41B-E

Options

Built-in battery, dedicated roll paper (x1) included.
*AC adapter and cable are not prepared. Provide themseparately.

Roll paper

AC adapter for DPU-414-41B-E

Thermal roll paper for
DPU-414-41B-E. 10 rolls per carton.
Width: 112mm
Length per roll: Approx. 28m

PW-C0725-W1-U
Input: AC100V〜240V
Output: DC7.0V, 2.5A(center

1.2m
DB15(Male)
DB25(Male)
DB15(Female))[Example of display hard-copy printing]TP-411L

Battery pack for DPU-414

BP-4005-E

For use in Japan/US.
For use in other countries, pleasecontact us for more infomation.

Same as NiMH battery built-in
DPU-414-41B-E.
4.8V, 1100mAh

Options for Portable Protocol Analyzer

Options for Portable Protocol Analyzer

RS-449 Monitor cable

Branch cable for measuring
RS-449 over DSUB 37-pin.
(Shield type)

Branch cable for measuring X.20/21 over DSUB
15-pin. (Shield type)

Terminal block
1
2
3
4
5

Export the data via AUX port
(or parallel port)*.

Weight: Approx. 690g (including built-in NiMH battery)

DB25(Male) DB25(Female)

Terminal block for DSUB 25-pin[ image of how to use ]Supports Centronics parallel and RS-232C ports.

1
2
3
4
5
6
7
8
9

DB9 monitor cable

LE-009M1

A twisted pair cable for RS-530(Shield type)

Monitor cable for measuring CAN
and FlexRay over DSUB 9-pin.
*Same as the cable packed with
OP-SB88/OP-SB87/OP-SB7GX.

Accessories for LE-7200/LE-3200/LE-2200/LE-1200 and other old models
TTL/I2C Expansion Kit

Infrared Communications Expansion Kit (IrDA, ASK)

1.5m

DB37(Male)

M34(Male)DB25(Male)

1.5m

DB25(Male)

DB25(Male)

DB37(Female)

DB25(Male)

M34(Female)

DB9(Male)

AUX cable for DSUB 9-pin

AUX cable for DSUB 25-pin

AUX cable for DPU-414

Printer Cable

LE2-8V

LE2-8C

LE2-8P

SC-14N36

Cable for connecting AUX(RS-232C) port of an analyzer
with PC (DSUB 9-pin DTE
specification).

Cable for connecting DSUB
25-pin DTE external device
with AUX (RS-232C) port ofanalyzer.

Cable for connecting AUX(RS-232C) port of analyzer
and serial port of DPU-414(printer).

*Length:2.5m*Same as the the cable packed withanalyzer.

*Length:1.5m*Length:1.5m

External signal cable

Probe Unit

LE-3LP

LE-3LP2

LE-4TG

LCU-01*Same as the cable packed with
OP-SB88/OP-SB87/OP-SB7GX/
OP-SB7FX.

*Same as the cable packed with
OP-SB85L/OP-SB85IR/OP-SB85C

Cable unit with test clips suits
to the TTL probe pod of
OP-SB85L.

Probe cable for inputing/outputing external signal.
*Same as the cable packed with analyzer.

*Same as the cable packed with
OP-SB5F / OP-5M / OP-SB5GL /OP-SB85L

Memory Card / AC Adapter / Battery Pack
32G byte CF card

16G byte CF card

8G byte CF card

2G byte CF card

2G byte CF card

CF-32GX

CF-16GX

CF-8GX

CF-2GX

MC-2GCF32G byte compact flash card

16G byte compact flash card

8G byte compact flash card

2G byte compact flash card

Wide input AC adapter

Wide input AC adapter

AC adapter

3A-183WP09

FRA018-S09-U

VFN-650BCAN Communications Expansion Kit

CAN/LIN Communications Expansion Kit

12

NiMH battery pack for replacement

NiMH battery pack for replacement

NiCad battery pack for replacement

Carrying Bag

P-20S

P-19S

P-18S

LEB-01*An auxiliary andreplacement battery
equivalent to the LE-8200
built-in battery.

*An auxiliary andreplacement battery
equivalent to the
LE-3500/2500/1500/1200/
7200/3200/2200 built-in
battery.

*Applicable model:
LE-7000/3100/2100/1100/3000/2000/1000

Composition: Dedicated expansion board, Firmware
CD, DB9 Monitor cableComposition: Dedicated expansion board, DB9
Monitor cable, 3-wire probe cable,
firmware CD
An expansion kit which supports the analysis of CAN (ISO11898/ISO11519-2) at Max.speed 1 Mbps andalso LIN (ISO9141) at Max.speed 20 Kbps. It can measure up to 2 channels of CAN/LIN communications
data simultaneously.

Adapter for Current Loop

Expansion Board

Size : W360×D120×H200mm※It is unnecessary to use thisboard when using OP-1C
Composition:Dedicated expansion board on the LE-3100/2100/1100
which have the TTL Port.

Composition:Adapter, Relay cable※Need to have SB-20L when using this adapter on the
LE-7200/3200/2200/1200. The dedicated expansion board
provided to the OP-SB5F or OP-SB6F can be used in placeof the SB-20L

PC Link Software
A PC link software which can display and record measured
data on the PC. It enables you to control multiple analyzers
from the PC as remote control. >> Refer to P11

Print data capturing software
Bag with pockets for storing
and carrying accessories suchas AC adapter, cables, etc.

SB-20L

OP-1C

LE-PC300G

Rating: 4.8V, 1800mAh

OP-SB7FX

An adapter for current loop communication. It can monitor 10 - 60mA current level up to 19.2kbps and havethe active node simulation of 20/40mA.

*Replacement for 3A-161WP09

Rating: 4.8V, 1900mAh

OP-SB7F

An expansion kit which enables to analyze CAN (ISO11898/ISO11519-2) that is widely used in automotive
and factory automation field. It supports CAN communication analysis at Max. speed 1 Mbps andsimultaneous measurement of 2 channels of DeviceNet communications data.

Input : AC100, 50/60Hz
Output : DC6V, 500mA
Plug : center
2.1mm(5.5mm outside)

Rating: 6V, 2100mAh

Composition: Dedicated expansion board, Relay
cable, IrDA probe pod

An expansion board and probe pod for Infrared ray communications such as IrDA (SIR/MIR/FIR) and ASK.
It's monitoring function supports automatic setting of communication speed according to IrDA protocol.

2G byte compact flash card(with PC card adapter)

Input : AC100-240V, 50/60Hz
Output : DC9V, 1.67A
Plug : center
2.1mm(5.5mm outside)

OP-SB6F

Composition: Dedicated expansion board, Relay
cable, Probe pod

An expansion kit for 3.3/5V TTL level communications which is frequently used between LSI's on the circuitboard. It also enables you to analyze I2C and clock synchronous communication.

*Do not sell the PC adapter only.

Input : AC100-240V, 50/60Hz
Output : DC9V, 2A
Plug : center
2.1mm(5.5mm outside)*Same as the AC adapter packed withanalyzer

OP-SB5F

・Amphenol connecter 14pin-36pin
・Length1.5m

3 Line probe cable

Probe cable with test clips suits
to analog input connecter of
OP-SB85L

DB9(Female) DB9(Male)

Cable for connecting printerport of analyzer and thermal
printer, DPU-414

3 Line probe cable

Probe cable with IC clips formeasuring LIN
and FlexRay signal.

0.1m

LE-PC100A software to capture the print data from analyzer to PC
through serial port (AUX port). It supports Windows® 2000/XP.

Applicable analyzers：LE-7000/3100/2100/1100
Composition: Software CD, AUX cable (LE2-8V)

A dedicated expansion board used together with Current loop
adapter, OP-1C.

PC Link Software for CAN/LIN Data

LE-PC7GX

A PC link software which can display CAN/LIN data measured
by OP-SB7F/OP-SB7FX on the PC. It also have seach and text
conversion function.

Firmware for High-speed HDLC mode
A firmware to upgrade protocol analyzer to dedicated analyzer that is
specialized for High-speed HDLC and X.25 up to 10Mbps. It enables theanalyzer to extract Synchronizing clock from transmitted/received data.
Thus the analyzer can support high-speed RS-485 communications lacking clock signal such as CC-Link.

OP-FW10PC Buffering Software

LE-PC200

This software helps you do remote control of the analyzer fromyour PC and also enables to record communication data
continuously to hard disk. It supports Windows® 2000/XP.

Applicable analyzers：LE-3100※/2100※/1100
Composition: Software CD, AUX cable (LE2-8V)※Available from Octorber 2001 for LE-3100/2100*Same as the carrying bag
packed with analyzer.

13Comparative Chart of Communications Analyzers

Options of Communication Analyzer

Model

RS-232C
RS-422/485(RS-530)

InterfaceLE-200PS LE-150PS LE-150P

LE-7200
LE-3200
LE-2200

LE-1200

LE-7000

LE-3100
LE-2100
LE-1100

LE-3500

LE-2500

LE-1500

LE-200PS

LE-150PS

TTL/I2C/SPI expansion kit

OP-SB85L

○

×

×

×

×

×

×

×

×

×

×

‫۔‬

‫۔‬

‫۔‬

‫۔‬

‫۔‬

TTL/I2C/SPI expansion kit

OP-SB5GL

×

○

○※1

○※1、※2

×

×

×

×

×

×

×

TTL/I2C expansion kit

OP-SB5F

×

×

×

×

×

×

×

○

○※2

×

×

TTL monitor probe pod

OP-5M

×

×

×

×

○

○

○

×

×

×

×

Infrared (IrDA, ASK) expansion kit OP-SB85IR

○

×

×

×

×

×

×

×

×

×

×

ࠉ‫*(۔‬1)ࠉ‫*(۔‬1)

‫۔‬

‫۔‬

‫ۑ‬

‫ۑ‬

‫[ۑ‬LE-25TB]‫[ۑ‬LE-530TB]‫[ۑ‬LE-5TB]‫[ۑ‬LE-5TB]

X.20/21‫[ۑ‬LE-25Y15]‫[ۑ‬LE-25Y15]‫[ۑ‬LE-25Y15]

Ѹ

Ѹ

Ѹ

RS-449‫[ۑ‬LE-25Y37]‫[ۑ‬LE-25Y37]‫[ۑ‬LE-25Y37]

Ѹ

Ѹ

Ѹ

V.35

‫[ۑ‬LE-25M34]‫[ۑ‬LE-25M34]

Ѹ

Ѹ

Ѹ

Ѹ

Current loop‫[ۑ‬OP-SB85C]‫[ۑ‬OP-1C㸩SB-25L]‫[ۑ‬OP-1C㸩SB-25L]‫[ۑ‬OP-1C㸩SB-25L]ѸѸInfrared (IrDA, ASK) expansion kit OP-SB6G

×

○

○

×

×

×

×

×

×

×

×

TTL/I2C/SPI‫[ۑ‬OP-SB85L]‫[ۑ‬OP-SB5GL]‫[ۑ‬OP-SB5GL](*2)‫[ۑ‬OP-SB5GL](*3)‫[ۑ‬OP-5M](*3)‫[ۑ‬OP-5M](*3)

Infrared (IrDA, ASK) expansion kit OP-SB6F

×

×

×

×

×

×

×

○

×

×

×

Infrared communication‫[ۑ‬OP-SB85IR]‫[ۑ‬OP-SB6G](*4)‫[ۑ‬OP-SB6G](*4)

Ѹ

Ѹ

Ѹ

‫[ۑ‬OP-SB87]‫[ۑ‬OP-SB7GX]‫[ۑ‬OP-SB7GX]

Ѹ

Ѹ

Ѹ

CAN/LIN expansion kit

OP-SB87

○

×

×

×

×

×

×

×

×

×

×

OP-SB7GX

×

○

○

×

×

×

×

×

×

×

×

FlexRay‫[ۑ‬OP-SB88]

Ѹ

Ѹ

Ѹ

Ѹ

Ѹ

CAN/LIN expansion kit

LAN(PoE)‫[ۑ‬OP-SB89]

Ѹ

Ѹ

Ѹ

Ѹ

Ѹ

CAN/LIN expansion kit

OP-SB7FX

×

×

×

×

×

×

×

○

×

×

×

USB2.0‫[ۑ‬OP-SB84]

Ѹ

Ѹ

Ѹ

Ѹ

Ѹ

CAN expansion kit

OP-SB7F

×

×

×

×

×

×

×

○

×

×

×

×

×

×

ASYNC (Asynchronous)

ASYNC, PPP

ASYNC, PPP

ASYNC, PPP

ASYNC, PPP

ASYNC, PPP

ASYNC, PPP

Character synchronous

SYNC, BSC

SYNC, BSC

SYNC, BSCѸ

SYNC, BSCѸ

Current loop expansion kit

OP-SB85C

○

×

×

×

×

×

×

×

HDLC, SDLC, X.25

HDLC, SDLC, X.25

HDLC, SDLC, X.25

Ѹ

HDLC, SDLC, X.25

Ѹ

Current loop adapter

OP-1C

△※3

△※4

△※4

△※4

×

×

×

△

△※5

×

○

100MB

6.4MB

2.4MB

2.4MB

256KB(*6)

256KB(*6)

Exclusive expansion board

SB-25L

×

○

○

○

×

×

×

×

×

×

×

Auto backup

(*7)

Ѹ

Ѹ

Ѹ

Ѹ

about 5 years

about 5 yearsѸѸ

saved by the built-in battery

about 10 years

about 5 years

about 5 years

about 5 yearsѸѸ

Max. speed (Full duplex)

2.150Mbps

1.544Mbps

1.000Mbps

500Kbps

1.000Mbps

500KbpsMax. speed (Half duplex)

4.000Mbps

2.048Mbps

1.000Mbps

500Kbps

1.000Mbps

Expansion speed (HDLC mode)

12Mbps(*8)

10Mbps(*9)

Ѹ

Ѹ

Ѹ

50ࠥ4.000Mbps

50ࠥ2.048Mbps

50ࠥ1.000Mbps

50ࠥ500Kbps

50ࠥ1.000Mbps

50ࠥ500Kbps

Arbitrary Speed setting (four digits)‫*(۔‬10)‫*(۔‬10)‫*(۔‬10)‫*(۔‬10)‫۔‬‫۔‬

NRZ, NRZI, FM0, FM1, 4PPM, ASK

‫۔‬

‫۔‬

‫۔‬

Only NRZ

Only NRZ, NRZIManchester 0, Mnachester 1

‫۔‬

Ѹ

Ѹ

Ѹ

Data code

ASCII, EBCDIC, JIS7, JIS8, Baudot,
Transcode, IPARS, EBCD, EBCDIK, HEX

‫۔‬

‫۔‬

‫۔‬

Parity bit

NONE, ODD, EVEN, MARK, SPACE

‫۔‬

‫۔‬

Bit transmission order

LSB first or MSB first (switchable)

‫۔‬

‫۔‬

‫۔‬

‫۔‬

Speed setting range

Protocol Analyzer

Polarity inversionࠉ‫۔‬

SB-20L

×

×

×

×

×

×

×

○

○

×

×

FlexRay expansion kit

OP-SB88

○

×

×

×

×

×

×

×

×

×

×

500Kbps

LAN(PoE) expansion kit

OP-SB89

○

×

×

×

×

×

×

×

×

×

×

Ѹ

USB2.0 expansion kit

OP-SB84

○

×

×

×

×

×

×

×

×

×

×

Firmware for High-speed HDLC/SPI

OP-FW12G

○

×

×

×

×

×

×

×

×

×

×

Only NRZ

Firmware for High-speed HDLC/SPI

OP-FW10G

×

○

×

×

×

×

×

×

×

×

×

Ѹ

Ѹ

Firmware for High-speed HDLC

OP-FW10

×

×

×

×

×

×

×

△※7

×

×

×

‫۔‬

‫۔‬

‫۔‬

32GB CF card

CF-32GX

○

×

×

×

×

×

×

×

×

×

×

‫۔‬

‫۔‬

‫۔‬

‫۔‬

16GB CF card

CF-16GX

○

○※8

×

×

×

×

×

×

×

×

×

‫۔‬

‫۔‬

‫۔‬

‫۔‬

8GB CF card

CF-8GX

○

○

○※8

○

×

×

×

×

×

×

×

‫۔‬

‫۔‬

‫۔‬

‫۔‬
(*11)

2GB CF card

CF-2GX

○

○

○

○

×

×

×

×

×

×

×

2GB CF card (with PC card adapter)

MC-2GCF

○※9

○※9

○※9

○※9

×

×

×

○※10

○※11

×

×

8GB SDHC card

SD-8GX

×

×

×

×

○

○※12

×

×

×

×

×

○

○

○

○

×

×

×

○

○

○

○

‫۔‬

‫۔‬

‫۔‬

‫۔‬

‫۔‬

‫۔‬

LED(*12)11(*12)11(*12)11(*12)11(*12)1(*13)

1(*13)

min. 1m sec.

min. 1m sec.

min. 1m sec.

min. 1m sec.

min. 1m sec.

min. 1m sec.

Time stamp display

min. 1µ sec.(*14)

min. 10m sec.

min. 10m sec.

min. 10m sec.

min. 10m sec.

min. 10m sec.

Line status display

7 lines

4 lines

4 lines

4 lines

7 lines

7 linescompact thermal printer set

DPU-414-PA

compact thermal printer set

DPU-414-CA

Two seperated screens

‫۔‬

Ѹ

Ѹ

Ѹ

Ѹ

Ѹ

Bit shift display

‫۔‬

‫۔‬

‫۔‬

Ѹ

Ѹ

Ѹ

Max. sampling clock※6

Exclusive expansion board

Error check
Idle time display

※5

×

×

×

×

×

×

×

○

○

○

○

Monitor cable for RS-232C (DB25) LE-25M1

○

○

○

○

○

○

○

○

○

○

○
○

100MHz

20MHz

20MHz

20MHz

Ѹ

Ѹ

ONLINE trigger

‫۔‬

Ѹ

Ѹ

Ѹ

Ѹ

Ѹ

Monitor cable for RS-232C (DB9) LE-259M1

○

○

○

○

○

○

○

○

○

○

Timer

Number

4

2

2

2

2

2

Terminal block for DSUB 25-pin

LE-25TB

○

○

○

×

×

×

○

○

×

×

Data counter

Number

○

4

2

2

2

2

2

Trigger function

Max. No. of trigger condition

Terminal block for RS-530 port

LE-530TB

○

○

○

○

×

×

×

○

○

×

×

Terminal block adapter

LE-5TB

×

×

×

×

○

○

○

×

×

×

×

X.21 monitor cableLE-25Y15

○

○

○

×

×

×

×

○

×

×

×

×

×

×

×

○

×

×

×

Logic analyzer function

8 sets4 sets4 sets4 sets4 sets4 setsData search function

‫۔‬

‫۔‬

‫۔‬

‫۔‬

‫۔‬

‫۔‬

Auto run/stop function

‫۔‬

‫۔‬

‫۔‬

‫۔‬

‫۔‬

‫۔‬

Auto save function

‫۔‬

‫۔‬

‫۔‬

‫۔‬

‫۔‬

‫۔‬

Delay time function

‫۔‬

‫۔‬

‫۔‬

‫۔‬

Ѹ

Ѹ

RS-449 monitor cableLE-25Y37○○○

Signal voltage measuring function

‫۔‬

‫۔‬

‫۔‬

‫۔‬

Ѹ

Ѹ

V.35 monitor cableLE-25M34

○

○

△

※13

×

×

×

×

△

※13

×

×

×

Statistical analysis function
BERT (bit error rate test) Test pattern

‫۔‬

‫۔‬

Ѹ

Ѹ

Ѹ

Ѹ

DB9 monitor cable

LE-009M1

△※14

△※15

△※15

×

×

×

×

△※16

×

×

△※17

Simulation function

LCD
File management
Printout function

14 patterns

11 patterns

11 patterns

11 patterns

ѸѸ

MANUAL mode

‫۔‬

‫۔‬

‫۔‬

‫۔‬

‫۔‬

‫۔‬

Three-wire probe cable

LE-3LP

△※14

△※15

△※15

×

×

×

○

△※18

×

×

×

FLOW mode

‫۔‬

‫۔‬

‫۔‬

‫۔‬

Ѹ

Ѹ

RS-530 cableLE-25S530

○

○

○

○

×

×

×

○

○

×

×

ECHO mode

External signal cable

LE-4TG

○

○

○

○

○

○

×

○

○

×

×

‫۔‬

‫۔‬

‫۔‬

‫۔‬

Ѹ

Ѹ

POLLING mode

‫۔‬

‫۔‬

‫۔‬

Ѹ

Ѹ

Ѹ

BUFFER mode

‫۔‬

‫۔‬

Ѹ

Ѹ

Ѹ

Ѹ

AUX cable for DSUB 9-pin

LE2-8V

○

○

○

○

×

×

×

○

○

○

○

‫۔‬

Ѹ

Ѹ

Ѹ

Ѹ

AUX cable for DSUB 25-pin

LE2-8C

○

○

○

○

×

×

×

○

○

○

○

depend on the PC

depend on the PC

AUX cable for DPU-414

LE2-8P

○

○

○

○

×

×

×

○

○

○

○

PC link software

LE-PC800G

○※19

×

×

×

×

×

×

×

×

×

×

PC link software

LE-PC300G

×

○※20

○※20

○※20

×

×

×

○※20

○※20

×

×

PC link software for CAN/LIN

LE-PC87

△※21

×

×

×

×

×

×

×

×

×

×

PC link software for CAN/LIN

LE-PC7GX

×

△※22

△※22

×

×

×

×

△※22

×

×

×

Carrying bag

LEB-01

○

○

○

○

○

○

○

○

○

○

○
×

PROGRAM mode‫۔‬Display resolution

color 320x240 dotsback light‫ ۔‬brightness adjustable

‫۔‬

‫۔‬

Ѹ

Max. capacity

CF card 32GB(*15)

CF card 16GB(*15)

CF card 8GB(*15)

CF card 8GB(*15)

Port for printer connection

AUX(RS-232C)

AUX(RS-232C)

AUX(RS-232C)

AUX(RS-232C)

Ѹ

Ѹ

‫۔‬

‫۔‬

‫۔‬

‫۔‬

‫۔‬

‫۔‬

File output
Port for PC connection

USB2.0(High speed)㸪
AUX(RS-232C)

USB2.0(Full speed)㸪
AUX(RS-232C)

USB2.0(Full speed)㸪
AUX(RS-232C)

USB2.0(Full speed)㸪
AUX(RS-232C)

PC software‫[ۑ‬LE-PC800G]‫[ۑ‬LE-PC300G]‫[ۑ‬LE-PC300G]‫[ۑ‬LE-PC300G]

PC Link function

Power Saving Function

Power supply

Auto power off

Mass
Accessories

depend on the PC

depend on the PC

SDHC card 8GB/PC HDD 8GB(*15) SDHC card 8GB/PC HDD 8GB(*15)

USB2.0(High speed)USB2.0(High speed)

‫۔‬

‫۔‬
Ѹ

‫۔‬

Ѹ

Ѹ

Ѹ

Ѹ

back light

auto dimmer

auto power off

Ѹ

Ѹ

Ѹ

Ѹ

Battery pack for replacement

P-20S

○

×

×

×

×

×

×

×

×

×

AC adapter

3A-183WP09

3A-183WP09

3A-183WP09

3A-183WP09

USB Bus power or

USB Bus power orBattery pack for replacement

P-19S

×

○

○

○

×

×

×

○

○

×

×

P-20S

P-19S

P-19S

P-19S

3A-183WP09/

3A-183WP09/

Battery pack for replacement

P-18S

×

×

×

×

×

×

×

×

×

○

○

Built-in nickel hydrogen battery
Battery operating time(*16)

Dimensions(*17)

monochrome 240x64 dots monochrome 240x64 dots monochrome 240x64 dots

4 hours

8 hours

8 hours

8 hours

External DC power

External DC power

24019048mm

21015438mm

21015438mm

21015438mm

8613030mm

8613030mm

Wide input AC adapter

3A-183WP09

○

○

○

○

○

○

×

×

×

×

×

about 1.1kg

about 790g

about 760g

about 760g

about 220g

about 220g

Wide input AC adapter

FRA018-S09-U

×

○

○

○

×

×

×

○

○

○

○

$QDO\]HUHWF(*18)$QDO\]HUHWF(*19)$QDO\]HUHWF(*19)$QDO\]HUHWF(*19)$QDO\]HUHWF(*20)$QDO\]HUHWF(*20)

AC adapter

VFN-650B

×

×

×

×

×

×

×

×

×

×

○

DIN rail mounting plate

LE-DIN13

×

×

×

×

○

○

×

×

×

×

×

Protocol Analyzer

Ѹ
about 5 years

Online monitor functions

LE-1500‫۔‬Ѹ

Data Format

LE-2500

LE-8200

saved by the built-in battery

Baud rate

LE-3500‫[ۑ‬LE-25TB]

Memory Capacity(*5)

Backup memory

LE-8200‫[ۑ‬LE-25TB]

Bit synchronous
Capture memory

Model

RS-422/485 (original alignment)

CAN/LIN

Standard Protocol

Options※23‫۔‬:Standard equipped functionࠉ‫ ۑ‬:To enable the function, optional accessory described in "[ ]" is required.
*1: By the configuration of analyzer, it can be converted to the port for V.35 which contains the mixture of RS-422 and RS-232C. *2: The measurement of SPI is done by BURST mode, in which all data is captured in synch with clock edge. *3:
Measurement of I2C and SPI is not supported. *4: SIR, MIR and FIR of IrDA communications are automatically followed by this function, but measuring performance for MIR and FIR is restricted by speed of the analyzer. *5:
Transmission/reception data, idle time, time stamp, line status consume 4 bytes of memory at each capture. *6: When the data transfer from the analyzer to PC encounter a delay, an amount of data up to the capacity of this memory ispreserved. *7: At the end of the measurement, this function automatically saves the measurement data in the CF card. *8: To enable the function, a dedicated firmware (OP-FW12G) for HDLC half duplex communications (e.g. CC-Link) is
required. *9: To enable the function, a dedicated firmware (OP-FW10G) for HDLC half duplex communications (e.g. CC-Link) is required. *10: You can configure the setting of transmission and reception separately. *11: Cannot detect theerrors which will not occur under ASYNC communications such as abort and short frame. *12: At the measurement of RS-232C, it indicates 3 status of ON (red), OFF (green) and NC(off) for each lines of SD, RD, RS(RST), CS(CTS), ER(DTR),
DR(DSR), CD(DCD), CI(RI), ST1(TXC1), ST2(TXC2) and RT(RXC).And at the measurement of communications other than RS-232C, it indicates 2 status of ON (red) and OFF(green) for signals of each interface. *13: LED of red and green light(green for SD, red for RD). *14: Resolution of time stamps which indicate the elapsed time from the start of measurement. For conventional real-time time stamp, 3 steps of settings are available:“Day/Hr/Min”, “Hr/Min/Sec” and “Min/Sec/10ms”.
*15: Operation is not guaranteed with memory cards not specified by LINEEYE. LE-150PS supports 8GB SDHC card after firmware's version 1.05.*16: Under the normal operation.(LCD back light of LE-3500 is turned off.) *17: Any projecting
parts like Hand straps are not included in dimensions. *18: DSUB 25-pin Monitor cable x1, Serial AUX cable x1, external signal I/O cable x1, Line state sheet x1, AC adapter x1, carrying bag x1, Hand strap x1, Utility CD x1, instruction manual
x1, warranty card x1 *19: Carrying bag x1, DSUB 25-pin Monitor cable x1, Serial AUX cable x1, external signal I/O cable x1, AC adapter x1, Utility CD x1, instruction manual x1, warranty card x1 *20: DSUB 25-pin Monitor cable x1, mini USB
cable x1, external signal I/O cable x1, SDHC card, PC software, instruction manual x1, warranty card x1

14*1: SPI not supported. *2: I2C not supported. *3: Expansion Kit (OP-SB85L or OP-SB85IR) is required. *4: Expansion Board (SB-25L) is required. *5: Expansion Board (SB-20L) is required. *6: The communication where current makes Mark condition is
not supported. *7: LE-2200 does not support. *8: This is supported after the firmware's version 1.06. *9: CF card is available but PC card adapter attached to this product is not. *10: This is supported after the firmware's version 1.10 of LE-3200/2200.
*11: This is supported after firmware's version 1.12. *12: This is supported after firmware's version 1.05. *13: Control signals of V.35 not supported on LE-2500/2200. *14: This is an accessory of Expansion Kit (OP-SB87) and available as a spare cable.
*15: This is an accessory of Expansion Kit (OP-SB7GX) and available as a spare cable. *16: This is an accessory of Expansion Kit (OP-SB7F/OP-SB7FX) and available as a spare cable. *17: This is available with the adapter for RS-422/485(OP-2B(the sale end)). *18: This is an accessory of Expansion Kit (OP-SB7FX) and available as a spare cable. *19: This is not available with OP-SB87/88/89/84. *20: This is not available with OP-SB7GX/7FX/7F. *21: Expansion Kit (OP-SB87) isrequired. *22: Expansion Kit (OP-SB7GX/7F/7FX) is required. *23: This is available with the products of version A of LE-3100 or LE-2100, which are made after October 2001.

15

Comparative Chart of Communications Analyzers

Options of Communication Analyzer

Model

RS-232C
RS-422/485(RS-530)

InterfaceLE-200PS LE-150PS LE-150P

LE-7200
LE-3200
LE-2200

LE-1200

LE-7000

LE-3100
LE-2100
LE-1100

LE-3500

LE-2500

LE-1500

LE-200PS

LE-150PS

TTL/I2C/SPI expansion kit

OP-SB85L

○

×

×

×

×

×

×

×

×

×

×

‫۔‬

‫۔‬

‫۔‬

‫۔‬

‫۔‬

TTL/I2C/SPI expansion kit

OP-SB5GL

×

○

○※1

○※1、※2

×

×

×

×

×

×

×

TTL/I2C expansion kit

OP-SB5F

×

×

×

×

×

×

×

○

○※2

×

×

TTL monitor probe pod

OP-5M

×

×

×

×

○

○

○

×

×

×

×

Infrared (IrDA, ASK) expansion kit OP-SB85IR

○

×

×

×

×

×

×

×

×

×

×

ࠉ‫*(۔‬1)ࠉ‫*(۔‬1)

‫۔‬

‫۔‬

‫ۑ‬

‫ۑ‬

‫[ۑ‬LE-25TB]‫[ۑ‬LE-530TB]‫[ۑ‬LE-5TB]‫[ۑ‬LE-5TB]

X.20/21‫[ۑ‬LE-25Y15]‫[ۑ‬LE-25Y15]‫[ۑ‬LE-25Y15]

Ѹ

Ѹ

Ѹ

RS-449‫[ۑ‬LE-25Y37]‫[ۑ‬LE-25Y37]‫[ۑ‬LE-25Y37]

Ѹ

Ѹ

Ѹ

V.35

‫[ۑ‬LE-25M34]‫[ۑ‬LE-25M34]

Ѹ

Ѹ

Ѹ

Ѹ

Current loop‫[ۑ‬OP-SB85C]‫[ۑ‬OP-1C㸩SB-25L]‫[ۑ‬OP-1C㸩SB-25L]‫[ۑ‬OP-1C㸩SB-25L]ѸѸInfrared (IrDA, ASK) expansion kit OP-SB6G

×

○

○

×

×

×

×

×

×

×

×

TTL/I2C/SPI‫[ۑ‬OP-SB85L]‫[ۑ‬OP-SB5GL]‫[ۑ‬OP-SB5GL](*2)‫[ۑ‬OP-SB5GL](*3)‫[ۑ‬OP-5M](*3)‫[ۑ‬OP-5M](*3)

Infrared (IrDA, ASK) expansion kit OP-SB6F

×

×

×

×

×

×

×

○

×

×

×

Infrared communication‫[ۑ‬OP-SB85IR]‫[ۑ‬OP-SB6G](*4)‫[ۑ‬OP-SB6G](*4)

Ѹ

Ѹ

Ѹ

‫[ۑ‬OP-SB87]‫[ۑ‬OP-SB7GX]‫[ۑ‬OP-SB7GX]

Ѹ

Ѹ

Ѹ

CAN/LIN expansion kit

OP-SB87

○

×

×

×

×

×

×

×

×

×

×

OP-SB7GX

×

○

○

×

×

×

×

×

×

×

×

FlexRay‫[ۑ‬OP-SB88]

Ѹ

Ѹ

Ѹ

Ѹ

Ѹ

CAN/LIN expansion kit

LAN(PoE)‫[ۑ‬OP-SB89]

Ѹ

Ѹ

Ѹ

Ѹ

Ѹ

CAN/LIN expansion kit

OP-SB7FX

×

×

×

×

×

×

×

○

×

×

×

USB2.0‫[ۑ‬OP-SB84]

Ѹ

Ѹ

Ѹ

Ѹ

Ѹ

CAN expansion kit

OP-SB7F

×

×

×

×

×

×

×

○

×

×

×

×

×

×

ASYNC (Asynchronous)

ASYNC, PPP

ASYNC, PPP

ASYNC, PPP

ASYNC, PPP

ASYNC, PPP

ASYNC, PPP

Character synchronous

SYNC, BSC

SYNC, BSC

SYNC, BSCѸ

SYNC, BSCѸ

Current loop expansion kit

OP-SB85C

○

×

×

×

×

×

×

×

HDLC, SDLC, X.25

HDLC, SDLC, X.25

HDLC, SDLC, X.25

Ѹ

HDLC, SDLC, X.25

Ѹ

Current loop adapter

OP-1C

△※3

△※4

△※4

△※4

×

×

×

△

△※5

×

○

100MB

6.4MB

2.4MB

2.4MB

256KB(*6)

256KB(*6)

Exclusive expansion board

SB-25L

×

○

○

○

×

×

×

×

×

×

×

Auto backup

(*7)

Ѹ

Ѹ

Ѹ

Ѹ

about 5 years

about 5 yearsѸѸ

saved by the built-in battery

about 10 years

about 5 years

about 5 years

about 5 yearsѸѸ

Max. speed (Full duplex)

2.150Mbps

1.544Mbps

1.000Mbps

500Kbps

1.000Mbps

500KbpsMax. speed (Half duplex)

4.000Mbps

2.048Mbps

1.000Mbps

500Kbps

1.000Mbps

Expansion speed (HDLC mode)

12Mbps(*8)

10Mbps(*9)

Ѹ

Ѹ

Ѹ

50ࠥ4.000Mbps

50ࠥ2.048Mbps

50ࠥ1.000Mbps

50ࠥ500Kbps

50ࠥ1.000Mbps

50ࠥ500Kbps

Arbitrary Speed setting (four digits)‫*(۔‬10)‫*(۔‬10)‫*(۔‬10)‫*(۔‬10)‫۔‬‫۔‬

NRZ, NRZI, FM0, FM1, 4PPM, ASK

‫۔‬

‫۔‬

‫۔‬

Only NRZ

Only NRZ, NRZIManchester 0, Mnachester 1

‫۔‬

Ѹ

Ѹ

Ѹ

Data code

ASCII, EBCDIC, JIS7, JIS8, Baudot,
Transcode, IPARS, EBCD, EBCDIK, HEX

‫۔‬

‫۔‬

‫۔‬

Parity bit

NONE, ODD, EVEN, MARK, SPACE

‫۔‬

‫۔‬

Bit transmission order

LSB first or MSB first (switchable)

‫۔‬

‫۔‬

‫۔‬

‫۔‬

Speed setting range

Protocol Analyzer

Polarity inversionࠉ‫۔‬

SB-20L

×

×

×

×

×

×

×

○

○

×

×

FlexRay expansion kit

OP-SB88

○

×

×

×

×

×

×

×

×

×

×

500Kbps

LAN(PoE) expansion kit

OP-SB89

○

×

×

×

×

×

×

×

×

×

×

Ѹ

USB2.0 expansion kit

OP-SB84

○

×

×

×

×

×

×

×

×

×

×

Firmware for High-speed HDLC/SPI

OP-FW12G

○

×

×

×

×

×

×

×

×

×

×

Only NRZ

Firmware for High-speed HDLC/SPI

OP-FW10G

×

○

×

×

×

×

×

×

×

×

×

Ѹ

Ѹ

Firmware for High-speed HDLC

OP-FW10

×

×

×

×

×

×

×

△※7

×

×

×

‫۔‬

‫۔‬

‫۔‬

32GB CF card

CF-32GX

○

×

×

×

×

×

×

×

×

×

×

‫۔‬

‫۔‬

‫۔‬

‫۔‬

16GB CF card

CF-16GX

○

○※8

×

×

×

×

×

×

×

×

×

‫۔‬

‫۔‬

‫۔‬

‫۔‬

8GB CF card

CF-8GX

○

○

○※8

○

×

×

×

×

×

×

×

‫۔‬

‫۔‬

‫۔‬

‫۔‬
(*11)

2GB CF card

CF-2GX

○

○

○

○

×

×

×

×

×

×

×

2GB CF card (with PC card adapter)

MC-2GCF

○※9

○※9

○※9

○※9

×

×

×

○※10

○※11

×

×

8GB SDHC card

SD-8GX

×

×

×

×

○

○※12

×

×

×

×

×

○

○

○

○

×

×

×

○

○

○

○

‫۔‬

‫۔‬

‫۔‬

‫۔‬

‫۔‬

‫۔‬

LED(*12)11(*12)11(*12)11(*12)11(*12)1(*13)

1(*13)

min. 1m sec.

min. 1m sec.

min. 1m sec.

min. 1m sec.

min. 1m sec.

min. 1m sec.

Time stamp display

min. 1µ sec.(*14)

min. 10m sec.

min. 10m sec.

min. 10m sec.

min. 10m sec.

min. 10m sec.

Line status display

7 lines

4 lines

4 lines

4 lines

7 lines

7 linescompact thermal printer set

DPU-414-PA

compact thermal printer set

DPU-414-CA

Two seperated screens

‫۔‬

Ѹ

Ѹ

Ѹ

Ѹ

Ѹ

Bit shift display

‫۔‬

‫۔‬

‫۔‬

Ѹ

Ѹ

Ѹ

Max. sampling clock※6

Exclusive expansion board

Error check
Idle time display

※5

×

×

×

×

×

×

×

○

○

○

○

Monitor cable for RS-232C (DB25) LE-25M1

○

○

○

○

○

○

○

○

○

○

○
○

100MHz

20MHz

20MHz

20MHz

Ѹ

Ѹ

ONLINE trigger

‫۔‬

Ѹ

Ѹ

Ѹ

Ѹ

Ѹ

Monitor cable for RS-232C (DB9) LE-259M1

○

○

○

○

○

○

○

○

○

○

Timer

Number

4

2

2

2

2

2

Terminal block for DSUB 25-pin

LE-25TB

○

○

○

×

×

×

○

○

×

×

Data counter

Number

○

4

2

2

2

2

2

Trigger function

Max. No. of trigger condition

Terminal block for RS-530 port

LE-530TB

○

○

○

○

×

×

×

○

○

×

×

Terminal block adapter

LE-5TB

×

×

×

×

○

○

○

×

×

×

×

X.21 monitor cableLE-25Y15

○

○

○

×

×

×

×

○

×

×

×

×

×

×

×

○

×

×

×

Logic analyzer function

8 sets4 sets4 sets4 sets4 sets4 setsData search function

‫۔‬

‫۔‬

‫۔‬

‫۔‬

‫۔‬

‫۔‬

Auto run/stop function

‫۔‬

‫۔‬

‫۔‬

‫۔‬

‫۔‬

‫۔‬

Auto save function

‫۔‬

‫۔‬

‫۔‬

‫۔‬

‫۔‬

‫۔‬

Delay time function

‫۔‬

‫۔‬

‫۔‬

‫۔‬

Ѹ

Ѹ

RS-449 monitor cableLE-25Y37○○○

Signal voltage measuring function

‫۔‬

‫۔‬

‫۔‬

‫۔‬

Ѹ

Ѹ

V.35 monitor cableLE-25M34

○

○

△

※13

×

×

×

×

△

※13

×

×

×

Statistical analysis function
BERT (bit error rate test) Test pattern

‫۔‬

‫۔‬

Ѹ

Ѹ

Ѹ

Ѹ

DB9 monitor cable

LE-009M1

△※14

△※15

△※15

×

×

×

×

△※16

×

×

△※17

Simulation function

LCD
File management
Printout function

14 patterns

11 patterns

11 patterns

11 patterns

ѸѸ

MANUAL mode

‫۔‬

‫۔‬

‫۔‬

‫۔‬

‫۔‬

‫۔‬

Three-wire probe cable

LE-3LP

△※14

△※15

△※15

×

×

×

○

△※18

×

×

×

FLOW mode

‫۔‬

‫۔‬

‫۔‬

‫۔‬

Ѹ

Ѹ

RS-530 cableLE-25S530

○

○

○

○

×

×

×

○

○

×

×

ECHO mode

External signal cable

LE-4TG

○

○

○

○

○

○

×

○

○

×

×

‫۔‬

‫۔‬

‫۔‬

‫۔‬

Ѹ

Ѹ

POLLING mode

‫۔‬

‫۔‬

‫۔‬

Ѹ

Ѹ

Ѹ

BUFFER mode

‫۔‬

‫۔‬

Ѹ

Ѹ

Ѹ

Ѹ

AUX cable for DSUB 9-pin

LE2-8V

○

○

○

○

×

×

×

○

○

○

○

‫۔‬

Ѹ

Ѹ

Ѹ

Ѹ

AUX cable for DSUB 25-pin

LE2-8C

○

○

○

○

×

×

×

○

○

○

○

depend on the PC

depend on the PC

AUX cable for DPU-414

LE2-8P

○

○

○

○

×

×

×

○

○

○

○

PC link software

LE-PC800G

○※19

×

×

×

×

×

×

×

×

×

×

PC link software

LE-PC300G

×

○※20

○※20

○※20

×

×

×

○※20

○※20

×

×

PC link software for CAN/LIN

LE-PC87

△※21

×

×

×

×

×

×

×

×

×

×

PC link software for CAN/LIN

LE-PC7GX

×

△※22

△※22

×

×

×

×

△※22

×

×

×

Carrying bag

LEB-01

○

○

○

○

○

○

○

○

○

○

○
×

PROGRAM mode‫۔‬Display resolution

color 320x240 dotsback light‫ ۔‬brightness adjustable

‫۔‬

‫۔‬

Ѹ

Max. capacity

CF card 32GB(*15)

CF card 16GB(*15)

CF card 8GB(*15)

CF card 8GB(*15)

Port for printer connection

AUX(RS-232C)

AUX(RS-232C)

AUX(RS-232C)

AUX(RS-232C)

Ѹ

Ѹ

‫۔‬

‫۔‬

‫۔‬

‫۔‬

‫۔‬

‫۔‬

File output
Port for PC connection

USB2.0(High speed)㸪
AUX(RS-232C)

USB2.0(Full speed)㸪
AUX(RS-232C)

USB2.0(Full speed)㸪
AUX(RS-232C)

USB2.0(Full speed)㸪
AUX(RS-232C)

PC software‫[ۑ‬LE-PC800G]‫[ۑ‬LE-PC300G]‫[ۑ‬LE-PC300G]‫[ۑ‬LE-PC300G]

PC Link function

Power Saving Function

Power supply

Auto power off

Mass
Accessories

depend on the PC

depend on the PC

SDHC card 8GB/PC HDD 8GB(*15) SDHC card 8GB/PC HDD 8GB(*15)

USB2.0(High speed)USB2.0(High speed)

‫۔‬

‫۔‬
Ѹ

‫۔‬

Ѹ

Ѹ

Ѹ

Ѹ

back light

auto dimmer

auto power off

Ѹ

Ѹ

Ѹ

Ѹ

Battery pack for replacement

P-20S

○

×

×

×

×

×

×

×

×

×

AC adapter

3A-183WP09

3A-183WP09

3A-183WP09

3A-183WP09

USB Bus power or

USB Bus power orBattery pack for replacement

P-19S

×

○

○

○

×

×

×

○

○

×

×

P-20S

P-19S

P-19S

P-19S

3A-183WP09/

3A-183WP09/

Battery pack for replacement

P-18S

×

×

×

×

×

×

×

×

×

○

○

Built-in nickel hydrogen battery
Battery operating time(*16)

Dimensions(*17)

monochrome 240x64 dots monochrome 240x64 dots monochrome 240x64 dots

4 hours

8 hours

8 hours

8 hours

External DC power

External DC power

24019048mm

21015438mm

21015438mm

21015438mm

8613030mm

8613030mm

Wide input AC adapter

3A-183WP09

○

○

○

○

○

○

×

×

×

×

×

about 1.1kg

about 790g

about 760g

about 760g

about 220g

about 220g

Wide input AC adapter

FRA018-S09-U

×

○

○

○

×

×

×

○

○

○

○

$QDO\]HUHWF(*18)$QDO\]HUHWF(*19)$QDO\]HUHWF(*19)$QDO\]HUHWF(*19)$QDO\]HUHWF(*20)$QDO\]HUHWF(*20)

AC adapter

VFN-650B

×

×

×

×

×

×

×

×

×

×

○

DIN rail mounting plate

LE-DIN13

×

×

×

×

○

○

×

×

×

×

×

Protocol Analyzer

Ѹ
about 5 years

Online monitor functions

LE-1500‫۔‬Ѹ

Data Format

LE-2500

LE-8200

saved by the built-in battery

Baud rate

LE-3500‫[ۑ‬LE-25TB]

Memory Capacity(*5)

Backup memory

LE-8200‫[ۑ‬LE-25TB]

Bit synchronous
Capture memory

Model

RS-422/485 (original alignment)

CAN/LIN

Standard Protocol

Options※23‫۔‬:Standard equipped functionࠉ‫ ۑ‬:To enable the function, optional accessory described in "[ ]" is required.
*1: By the configuration of analyzer, it can be converted to the port for V.35 which contains the mixture of RS-422 and RS-232C. *2: The measurement of SPI is done by BURST mode, in which all data is captured in synch with clock edge. *3:
Measurement of I2C and SPI is not supported. *4: SIR, MIR and FIR of IrDA communications are automatically followed by this function, but measuring performance for MIR and FIR is restricted by speed of the analyzer. *5:
Transmission/reception data, idle time, time stamp, line status consume 4 bytes of memory at each capture. *6: When the data transfer from the analyzer to PC encounter a delay, an amount of data up to the capacity of this memory ispreserved. *7: At the end of the measurement, this function automatically saves the measurement data in the CF card. *8: To enable the function, a dedicated firmware (OP-FW12G) for HDLC half duplex communications (e.g. CC-Link) is
required. *9: To enable the function, a dedicated firmware (OP-FW10G) for HDLC half duplex communications (e.g. CC-Link) is required. *10: You can configure the setting of transmission and reception separately. *11: Cannot detect theerrors which will not occur under ASYNC communications such as abort and short frame. *12: At the measurement of RS-232C, it indicates 3 status of ON (red), OFF (green) and NC(off) for each lines of SD, RD, RS(RST), CS(CTS), ER(DTR),
DR(DSR), CD(DCD), CI(RI), ST1(TXC1), ST2(TXC2) and RT(RXC).And at the measurement of communications other than RS-232C, it indicates 2 status of ON (red) and OFF(green) for signals of each interface. *13: LED of red and green light(green for SD, red for RD). *14: Resolution of time stamps which indicate the elapsed time from the start of measurement. For conventional real-time time stamp, 3 steps of settings are available:“Day/Hr/Min”, “Hr/Min/Sec” and “Min/Sec/10ms”.
*15: Operation is not guaranteed with memory cards not specified by LINEEYE. LE-150PS supports 8GB SDHC card after firmware's version 1.05.*16: Under the normal operation.(LCD back light of LE-3500 is turned off.) *17: Any projecting
parts like Hand straps are not included in dimensions. *18: DSUB 25-pin Monitor cable x1, Serial AUX cable x1, external signal I/O cable x1, Line state sheet x1, AC adapter x1, carrying bag x1, Hand strap x1, Utility CD x1, instruction manual
x1, warranty card x1 *19: Carrying bag x1, DSUB 25-pin Monitor cable x1, Serial AUX cable x1, external signal I/O cable x1, AC adapter x1, Utility CD x1, instruction manual x1, warranty card x1 *20: DSUB 25-pin Monitor cable x1, mini USB
cable x1, external signal I/O cable x1, SDHC card, PC software, instruction manual x1, warranty card x1

14*1: SPI not supported. *2: I2C not supported. *3: Expansion Kit (OP-SB85L or OP-SB85IR) is required. *4: Expansion Board (SB-25L) is required. *5: Expansion Board (SB-20L) is required. *6: The communication where current makes Mark condition is
not supported. *7: LE-2200 does not support. *8: This is supported after the firmware's version 1.06. *9: CF card is available but PC card adapter attached to this product is not. *10: This is supported after the firmware's version 1.10 of LE-3200/2200.
*11: This is supported after firmware's version 1.12. *12: This is supported after firmware's version 1.05. *13: Control signals of V.35 not supported on LE-2500/2200. *14: This is an accessory of Expansion Kit (OP-SB87) and available as a spare cable.
*15: This is an accessory of Expansion Kit (OP-SB7GX) and available as a spare cable. *16: This is an accessory of Expansion Kit (OP-SB7F/OP-SB7FX) and available as a spare cable. *17: This is available with the adapter for RS-422/485(OP-2B(the sale end)). *18: This is an accessory of Expansion Kit (OP-SB7FX) and available as a spare cable. *19: This is not available with OP-SB87/88/89/84. *20: This is not available with OP-SB7GX/7FX/7F. *21: Expansion Kit (OP-SB87) isrequired. *22: Expansion Kit (OP-SB7GX/7F/7FX) is required. *23: This is available with the products of version A of LE-3100 or LE-2100, which are made after October 2001.

15

CAN/LIN
Communication
Data Logger

High-speed CAN

LAN Packet Tester
Connected to PC

Low-speed CAN
LIN

CAN

10Base-T

100Base-TX

Ethernet

Auto MDI/MDI-X

DeviceNet

LIN（Rev1.1，1.2，1.3，2.0，2.1）

Data Logger suited to the in-vehicle tests records data in the SD card for a long time.

CAN/LIN Communication Data Logger

Compact and lightweight LAN analyzer. Easy to test Ethernet network via USB port of PC.

LAN Packet Tester

CAN/LIN Communication Data Logger
LAN PACKET TESTER

LE-270A

LE-580FX

RoHS Directive
Compatible

Logger mode enables to monitor by itself and remote mode to analyze data
at real-time on the PC.
Logger mode (PC less)Powerful trigger function and ID filter
It is capable of effectively measuring only the communication between theIDs of interest, and automatically stopping measurement in the event of
any error or when specific data is received.

Check LAN protocols and data.

Generate a large amount of dummy data.

Evaluate the LAN traffic.

Measure QoS, such as latency etc.

Support Japanese and English.

Study LAN protocols.

Remote mode (PC connected)
PC

Developing Device

Small and robust housing suitable for severe on-board testing

Functions / Features

The palm-sized robust unit with low power consumption can be used
between –20 to +60℃.It is optimum for testing in the severe conditions.

Full duplex monitored data

TAP ModeUSB 2.0

Output to 2 ports separately at max. 100Mbps

Real-time filtering

Connect to PC via USB
Record in the HDD of PC

Accurate transmission rate independent

FPGA

Record data in the HDD of PC

Statistic informasion, such as error rates.

Monitors 2 channels of CAN (high/low) and LIN, and 4 channels of external
analog signals at the same time.
Pin Assignment of Measurement Connector
1

SignalPin

SignalPin

12

Analog Input 4

19

BATTERY

SignalCAN2 High

Speed
MemoryMax. 8GB

Analog input−15V〜+15V, Accuracy:±0.5%FS

Run timeduring power
failure1sec (logger mode)

4

GND

14

TRGIN

21

CAN2 Low

Environment

Windows® XP /Vista® /7 /8

7

GND

15

CAN1 High

22

GND

Power supply

USB bus power, external DC power

Size/weight86（W）×130（D）×30（H）mm, Approx. 230g

Accessories

CAN/LIN DSUB cable, Mini USB cable,
Power plug cable, 8GB SDHC card, PC
software CD.

9Analog Input 1

16

CAN1 Low

23

LIN1

10

Analog Input 2

17

TRGOT2

24

LIN2

11

Analog Input 3

18

TRGOT1[ Onto 35mm DIN Rail ]CAN/LIN DSUB cable

CAN/LIN Water-proof DSUB cable

Clip Cable

LE-25M3A-1

LE-25M3WP-2

LE-9LP2

0.7m

0.3m

1.7m

0.3m

Network

2 ports of Ethernet 10Base-T/ 100Base-TX (RJ-45 connector) Auto MDI/MDI-X supported (*1)

PC connection port

USB2.0 High Speed (Mini USB connector)

LED

Display for power ON/OFF, TAP/PG, Link/Tx of PortA/B, Rx/Err of PortA/B,

TAP mode

Capture full-duplex packets data on PortA and PortB, which are connected through. Data will be transmitted to USB2.0 adding thetime stamp information etc. (*2) Display the captured packet data (filtering available) (*3) . Display the statistic data of packets (*4) .
Save automatically to the specified file (*5). Export to EXCEL format. Save automatically in the Ethereal/Wireshark format(.enc).

PG modeGenerate test packets max. at 100Mbps line-rate from Port A or PortB individually.
Set up the transmission type (10/100M, full/half duplex, Auto), transmitting rate, flow control ON/OFF, transmission continuously
or selected times (max. 65535), 2 to 7 layer (max. 128 frames (*6) , able to use captured data as transmitting data, select
VLAN/MPLS). Add errors (CRC error, Alignment error, Dribble error, IP Checksum error).
Transmit test frames (max. 8 frame lines) from PortA(B) to PortB(A). Set up the test time (5-3600s), VLAN tags, line-rate fortransmission, bandwidth by pause packets. Measure received line rate, frame loss rate and latency time. Provide trend time chart(color edit available). Display statistic data. Save measured data.

NIC mode

Use PortA or PortB as NIC (Network Interface Card)

IC test clips for LIN measurement

OPTIONS

DB25 water-proof model (female)
One side has mark tags without a terminal.

*Same as the cable packed with LE-270A.
DB25 (female)Clips for CAN measurement

8Gbyte SDHC card

Wide input AC adapter

Power plug cable

DIN Rail Mounting Plate for LE-series

SD-8GX

3A-183WP09

SIH-2PG

LE-DIN13

8Gbyte SDHC card
*Operation is confirmed on LE-270A.

Input: AC100〜240V, 50/60Hz
Output: DC9V, 2A
Plug: center , 2.1mm (5.5mm outside)

Plug: 2.1mm (5.5mm outside) - Y terminal (1.8m)
For the external DC power supply connection to
the DC-IN terminal of LE-270A.
*Same as the cable packed with LE-270A.

To mount the analyzers on the 35mm DIN rail.
Applicable analyzer: LE-200PS/LE-150PS/LE-270A

A

B

Register captured data as transmission data.

Measurement

Temperature & Humidity

0 to 40°C(operation), -10 to 50°C(storage), Below 85%RH (no condensation)Power

USB bus power (max.3W) (*7)

Dimension and Weight

95(W)x75(D)x20(H)mm, 180g

Adaptation mark16

B

S pecificationm

Y terminal

A
Network

Provide a test tool confirming to RFC2544.

350m

DB25 (female)

Add errors. Define 2 -7 layers.

Controllable from Wireshark.

Measure CAN/LIN/Analog Signals Simultaneously

FPGA

from performance of PC.

Export to a Excel file

CAN：20Kbps〜1Mbps
LIN：400bps〜26Kbps

Configuration /Static information

PG ModeUSB 2.0[ Dust-proof Covers ]For automatic measurement into SD cards.

Pin

LAN Analyzer Connected to PC

CAN/LIN Communication Data Logger

Two Efficient Modes of Logger Mode and Remote Mode

Operatingenvironment

CE (EMI : Class A)
PC
OS

Accessories

PC/AT compatible with USB2.0 port.
Pentium 4 1.6GHz or more. Memory 256MB or more. HDD capacity 10G or more. (*8)
Windows ® 2000/XP/Vista ® /7
Analyzer, Utility CD, USB cable, USB 2way cable, manual, warranty.

*1: Automatically distinguish between cross cableand straight cable.
*2: Time stamp starts after receiving the previous
frame. (Unit: 1μs. Max. 57minutes.It is possible
to have ±20% errors depending on theperformance of PC and timing of processing.)*3: LE-580FX captures max. 64-1536 byte ofpackets in TAP mode includes CRC. (48-2032
byte in PG mode)*4: Statistic data will not be affected by theperformance of PC.
*5: Able to capture at max. 90Mbps in half duplex
and 120Mbps in full duplex without any data
loss. However, it will be affected by the CPU
and USB of PC. LE-580FX Window captures
max. 250,000,000 frames continuously. Withdifferent software, it will be different.
*6: LE-580FX Window transmits packets max. at
2004 byte, including CRC.
*7: Use 2way cable if you have power shortage or
condition of using USB Hub. Provide the powersource from two USB ports of PC*8: It is recommended to have more capacity in
HDD to capture large amount of packets.

17CAN/LIN
Communication
Data Logger

High-speed CAN

LAN Packet Tester
Connected to PC

Low-speed CAN
LIN

CAN

10Base-T

100Base-TX

Ethernet

Auto MDI/MDI-X

DeviceNet

LIN（Rev1.1，1.2，1.3，2.0，2.1）

Data Logger suited to the in-vehicle tests records data in the SD card for a long time.

CAN/LIN Communication Data Logger

Compact and lightweight LAN analyzer. Easy to test Ethernet network via USB port of PC.

LAN Packet Tester

CAN/LIN Communication Data Logger
LAN PACKET TESTER

LE-270A

LE-580FX

RoHS Directive
Compatible

Logger mode enables to monitor by itself and remote mode to analyze data
at real-time on the PC.
Logger mode (PC less)Powerful trigger function and ID filter
It is capable of effectively measuring only the communication between theIDs of interest, and automatically stopping measurement in the event of
any error or when specific data is received.

Check LAN protocols and data.

Generate a large amount of dummy data.

Evaluate the LAN traffic.

Measure QoS, such as latency etc.

Support Japanese and English.

Study LAN protocols.

Remote mode (PC connected)
PC

Developing Device

Small and robust housing suitable for severe on-board testing

Functions / Features

The palm-sized robust unit with low power consumption can be used
between –20 to +60℃.It is optimum for testing in the severe conditions.

Full duplex monitored data

TAP ModeUSB 2.0

Output to 2 ports separately at max. 100Mbps

Real-time filtering

Connect to PC via USB
Record in the HDD of PC

Accurate transmission rate independent

FPGA

Record data in the HDD of PC

Statistic informasion, such as error rates.

Monitors 2 channels of CAN (high/low) and LIN, and 4 channels of external
analog signals at the same time.
Pin Assignment of Measurement Connector
1

SignalPin

SignalPin

12

Analog Input 4

19

BATTERY

SignalCAN2 High

Speed
MemoryMax. 8GB

Analog input−15V〜+15V, Accuracy:±0.5%FS

Run timeduring power
failure1sec (logger mode)

4

GND

14

TRGIN

21

CAN2 Low

Environment

Windows® XP /Vista® /7 /8

7

GND

15

CAN1 High

22

GND

Power supply

USB bus power, external DC power

Size/weight86（W）×130（D）×30（H）mm, Approx. 230g

Accessories

CAN/LIN DSUB cable, Mini USB cable,
Power plug cable, 8GB SDHC card, PC
software CD.

9Analog Input 1

16

CAN1 Low

23

LIN1

10

Analog Input 2

17

TRGOT2

24

LIN2

11

Analog Input 3

18

TRGOT1[ Onto 35mm DIN Rail ]CAN/LIN DSUB cable

CAN/LIN Water-proof DSUB cable

Clip Cable

LE-25M3A-1

LE-25M3WP-2

LE-9LP2

0.7m

0.3m

1.7m

0.3m

Network

2 ports of Ethernet 10Base-T/ 100Base-TX (RJ-45 connector) Auto MDI/MDI-X supported (*1)

PC connection port

USB2.0 High Speed (Mini USB connector)

LED

Display for power ON/OFF, TAP/PG, Link/Tx of PortA/B, Rx/Err of PortA/B,

TAP mode

Capture full-duplex packets data on PortA and PortB, which are connected through. Data will be transmitted to USB2.0 adding thetime stamp information etc. (*2) Display the captured packet data (filtering available) (*3) . Display the statistic data of packets (*4) .
Save automatically to the specified file (*5). Export to EXCEL format. Save automatically in the Ethereal/Wireshark format(.enc).

PG modeGenerate test packets max. at 100Mbps line-rate from Port A or PortB individually.
Set up the transmission type (10/100M, full/half duplex, Auto), transmitting rate, flow control ON/OFF, transmission continuously
or selected times (max. 65535), 2 to 7 layer (max. 128 frames (*6) , able to use captured data as transmitting data, select
VLAN/MPLS). Add errors (CRC error, Alignment error, Dribble error, IP Checksum error).
Transmit test frames (max. 8 frame lines) from PortA(B) to PortB(A). Set up the test time (5-3600s), VLAN tags, line-rate fortransmission, bandwidth by pause packets. Measure received line rate, frame loss rate and latency time. Provide trend time chart(color edit available). Display statistic data. Save measured data.

NIC mode

Use PortA or PortB as NIC (Network Interface Card)

IC test clips for LIN measurement

OPTIONS

DB25 water-proof model (female)
One side has mark tags without a terminal.

*Same as the cable packed with LE-270A.
DB25 (female)Clips for CAN measurement

8Gbyte SDHC card

Wide input AC adapter

Power plug cable

DIN Rail Mounting Plate for LE-series

SD-8GX

3A-183WP09

SIH-2PG

LE-DIN13

8Gbyte SDHC card
*Operation is confirmed on LE-270A.

Input: AC100〜240V, 50/60Hz
Output: DC9V, 2A
Plug: center , 2.1mm (5.5mm outside)

Plug: 2.1mm (5.5mm outside) - Y terminal (1.8m)
For the external DC power supply connection to
the DC-IN terminal of LE-270A.
*Same as the cable packed with LE-270A.

To mount the analyzers on the 35mm DIN rail.
Applicable analyzer: LE-200PS/LE-150PS/LE-270A

A

B

Register captured data as transmission data.

Measurement

Temperature & Humidity

0 to 40°C(operation), -10 to 50°C(storage), Below 85%RH (no condensation)Power

USB bus power (max.3W) (*7)

Dimension and Weight

95(W)x75(D)x20(H)mm, 180g

Adaptation mark16

B

S pecificationm

Y terminal

A
Network

Provide a test tool confirming to RFC2544.

350m

DB25 (female)

Add errors. Define 2 -7 layers.

Controllable from Wireshark.

Measure CAN/LIN/Analog Signals Simultaneously

FPGA

from performance of PC.

Export to a Excel file

CAN：20Kbps〜1Mbps
LIN：400bps〜26Kbps

Configuration /Static information

PG ModeUSB 2.0[ Dust-proof Covers ]For automatic measurement into SD cards.

Pin

LAN Analyzer Connected to PC

CAN/LIN Communication Data Logger

Two Efficient Modes of Logger Mode and Remote Mode

Operatingenvironment

CE (EMI : Class A)
PC
OS

Accessories

PC/AT compatible with USB2.0 port.
Pentium 4 1.6GHz or more. Memory 256MB or more. HDD capacity 10G or more. (*8)
Windows ® 2000/XP/Vista ® /7
Analyzer, Utility CD, USB cable, USB 2way cable, manual, warranty.

*1: Automatically distinguish between cross cableand straight cable.
*2: Time stamp starts after receiving the previous
frame. (Unit: 1μs. Max. 57minutes.It is possible
to have ±20% errors depending on theperformance of PC and timing of processing.)*3: LE-580FX captures max. 64-1536 byte ofpackets in TAP mode includes CRC. (48-2032
byte in PG mode)*4: Statistic data will not be affected by theperformance of PC.
*5: Able to capture at max. 90Mbps in half duplex
and 120Mbps in full duplex without any data
loss. However, it will be affected by the CPU
and USB of PC. LE-580FX Window captures
max. 250,000,000 frames continuously. Withdifferent software, it will be different.
*6: LE-580FX Window transmits packets max. at
2004 byte, including CRC.
*7: Use 2way cable if you have power shortage or
condition of using USB Hub. Provide the powersource from two USB ports of PC*8: It is recommended to have more capacity in
HDD to capture large amount of packets.

17

USB
PROTOCOL
ANALYZER

USB1.1

USB2.0USB analyzer connected to the PC fordeveloping firmware and driver ofUSB products

High-precision Time Stamps

VBUS Measurement Function

The built-in hardware timer of the analyzer records the time stamps at thepacket start and end at a resolution of 16.7 ns based on the log start point asa reference point*1. The time stamps are displayed in the elapse time column
and packet position bar. If the cursor points to the packet, the time stamps
are displayed on the tool tip window as well.

The analyzer monitors USB transferring and displays VBUS data (Voltage, Current,
Power consumption) in real time. An onerous probing is not necessary.

*1:The time stamp count is reset to zero approx. 5 hours after the start of the log, and it continuously
records the time stamp.

[Real time display of VBUS measurement]

USB2.0 Protocol Analyzer

USB2.0 Protocol Analyzer

Standard Model

Advance Model

LE-650H2

RoHS Directive
Compatible

VBUS logger mode can record VBUS data at specified cycle in the PC, andhave detailed analysis in graph and CSV format. LE-650H2-A (advancemodel) supports high-speed measurement, and able to use in the unstablecondition such as right after
Model
VBUS Measurement Cycle
turning on the power of USB
device.
LE-650H2
100ms to 1s
LE-650H2-A

LE-650H2-A

Compatible

Sp
仕ecif
様 icat io n sMax. 40GB Recording

VBUS Measurement Cycle: 100ms

Standard model supports High/Full/Low
speed and VBUS measurement function.

VBUS Measurement Cycle: 0.1ms

LE-650H2-A

Standard

USB2.0/1.1

Speed

HIGH (480Mbps)/ FULL (12Mbps)/ LOW (1.5Mbps) Automatically detect and run

Storage
Capacity

Advance model records data for a long time withrepeat mode and has High-speed VBUS logger mode.

N各oma tur e部encの 説l 明LE-650H2

Model

Max. 10GB Recording

0.1ms to 1s

RoHS Directive

Capture memory: 128MB

AnalyzerPC

HDD/SSD: Max.10GB (Can be specified every 1MB)

HDD/SSD: Max.40GB (Can be specified every 1MB)

Recording Method

Record data on the HDD/SSD of the PC (can be record multiple log files continuously.) Record USB packet
and USB device status *1 (Bus Reset, Suspend, Disconnect, Device Chirp, Hub Chirp) along with time stamp.

VBUS Measurement
Accuracy

Voltage: range 0 to 8V, Accuracy ±1%FS
Current: range -0.9A *2 to 1A, Accuracy ±1%FS

Time Stamp

100ms - 1s (4 steps)

0.1ms – 1s (13 steps)

16.7ns for 5 hours max., then start from 0 again.
SOF, IN, OUT, SEUP, DATA0, DATA1, DATA2, ACK, NAK, STALL, PRE, PING, MDATA, SPLIT, ERR, NYET,
Unknown.

Packets
Speed Display

Display communication speed per transaction in HS, FS or LS.

Log

Record (or do not record) SOF, IN-NAK, OUT-NAK, SETUP-NAK, PING, multiple particular address/end points.

Display

Display (or do not display) SOF, IN-NAK, OUT-NAK, SETUP-NAK, PING, multiple particular address/end points.

Condition

Particular address/end points, packet type (Token/ Hand shake packets in combination), errors (CRC/ PID),
data packets (8byte max, Hex/Decimal/Binary or character input, with or without bit mask.) and bus state (BusReset, Suspend, Disconnect), external trigger (edge or level specification possible).

ActionPossible to specify actions enable with log stop, and external trigger output (with or without levels or pulses) insequence (up to 16 sequence).

External

4 external trigger input (TTL level) and 4 external trigger output (LVTTL level).
Connector: 10pin male (2.54mm pitch 961210-5604 or equivalent)

2-colored LED
Power On (green)
Measuring (red)
VBUS voltage ismore than 4.5V
(green)USB Protocol Analyzer

USB Protocol Analyzer

VBUS Measurement Cycle

Connect to the analysis PC.

Transmitting (green)
Suspend (orange)
High-speed (red)Full-speed (green)
Low-speed (off)FilterTrigger

Record USB transmission logs in the HDD/SSD.

[ Connection Method ]USB cable
Monitor data

Real-time filtering and display filtering.
Powerful sequential triggers up to 16 sets.

LE-650H2

USB host device

Search Function

Color Display Customization
PC for analysis ※SOF，IN，OUT，SETUP，PING，ACK，NAK，STALL，NYET，ERR，idle status more than specified
value, error (CRC，PID，DATA toggle sequence，transaction structure)，MassStorage (SCSI，ATAPI，
SFF-8070i)，PTP/MTP, Audio，HID，HUB，Printer，Video, Communication，USBTMC class command,
unknown log information, specific address/end points in combination, standard request, data search(Hex/Decimal/Binary，character), trigger point, mark.

Detailed Display

Standard requests, peculiar device requests to HUB/HID/Audio/Communication/MassStorage (Bulk Only
Transport)/Printer/USBTMC class, standard descriptors, each descriptors in
HUB/HID/Audio/Printer/USBTMC/Communication class, command of MassStorage/Bulk Only Transport (SCSI
transparent command set, supporting SFF-8070i), Operations of MTP/PTP, Responses, events, Video classcan be displayed in detail.

Statistic analysis function

The total number of transactions, transfer bytes, and the average transfer rate of specified data for each address/end point.

USB packets are clearly displayed by transaction

Mark/Jump function

Up to 99 marks can be set (Able to make comments on each mark)at real-time and recorded in the HDD/SSD of PC.

Save

Scroll detailed screen without interrupting measurement.

USB device orUSB hub※If the USB host used for measurement is a PC supporting the operating conditions of the analyzer, thePC can be used for analysis purposes as well.

It is possible to scroll data without interrupting
the measurement.

Print function
Measurement port

USB standard B receptacle, Connect to the analysis PC

Communications/Printer class, and peculiar device

2-colored LED, POWER/RUN, VBUS, DATA, SPEED (High:red, Full:green)requests of HUB/HID/Audio/Communication/Mass

Power Supply

USB Bus power (current consumption: 400mA max）

can be intuitively understood.

In operation：20 to 80%RH In storage：10 to 85%RH (No condensation)

Dimensions, weight86(W)×130(D)×30(H)mm, approx.210g

System Requirement

A cable with test clips suitable to theexternal trigger of 4 inputs or 4 outputs
connector. Length: 0.5m

A cable with test clip suitable to theexternal trigger I/O connector. In a setof 2. Length: 0.5m

Product Name

Model

Note
Upgrade LE-650H2 to LE-650H2-A (*1)

Analyzer, PC software CD, USB cable x2 (1.8m/0.9m), Instruction manual, Warranty

H2-A Upgrading

LE-H2-A001

OS: Windows ® XP/Vista/7/8(Japanese/English Windows ® )CPU: Recommend to use upper model than “Core 2 Duo”(Upper than “Core i series”)
RAM: More than 1GB. USB port: USB2.0 *3
Additional Memory: HDD or SSD. 30MB plus enough capacity to record log data.

H2 Updating License

LE-H2-UP01 from the analyzer (*1)(*2)*1: Bus Reset, Suspend, Disconnect are recorded under the following condition.
Bus Reset
Suspend
Disconnect

LE-62BG

In operation: 0 to 40℃ In storage: -20 to 60℃

Ambient Humidity

Accessories

Test clip with harness

LE-5LP2

USB standard A/B receptacle: 1 each

LED Indicator

therefore the difficult-to-understand USB protocols

5-wire probe cableSpecified ranges of recorded data can be printed.

Standard descriptors, device requests, descriptors ofAmbient Temperature

OPTIONS

Save log file data, export in text/CSV/binary for data payload, copy/paste via a clipboard. (Able to makecomments on saved data.)

USB2.0 port

storage class are translated and displayed in detail,Connect to target USB devices
External trigger I/O connector.

Packets can be color-coded separated.

The SEO status of D+/D- signals is detected within a range between 2.5us and 139.8ms.
A non-communication period not in the SEO status is detected for 3ms or over.
The SEO status of D+/D- signals is detected for 139.8ms or over.

Remove the lock to start measurement(*1): Need to apply the serial number.
(*2): It is necessary to update the PC software in the future. For 12 months from the purchased
date, the latest version of software is available without this licence. It is not necessary whenusing the PC software as a viewer of measured data.

Note: The USB device status may not coincide with the actual bus state of the applicable device at the time of USB cable connection or
disconnection because the D+/D- signals will be unstable.

*2: Display a minus value when VBUS current flows from the device to the host.
*3: Need to have a USB2.0 port, which supports High-speed transfer.

18

19

USB
PROTOCOL
ANALYZER

USB1.1

USB2.0USB analyzer connected to the PC fordeveloping firmware and driver ofUSB products

High-precision Time Stamps

VBUS Measurement Function

The built-in hardware timer of the analyzer records the time stamps at thepacket start and end at a resolution of 16.7 ns based on the log start point asa reference point*1. The time stamps are displayed in the elapse time column
and packet position bar. If the cursor points to the packet, the time stamps
are displayed on the tool tip window as well.

The analyzer monitors USB transferring and displays VBUS data (Voltage, Current,
Power consumption) in real time. An onerous probing is not necessary.

*1:The time stamp count is reset to zero approx. 5 hours after the start of the log, and it continuously
records the time stamp.

[Real time display of VBUS measurement]

USB2.0 Protocol Analyzer

USB2.0 Protocol Analyzer

Standard Model

Advance Model

LE-650H2

RoHS Directive
Compatible

VBUS logger mode can record VBUS data at specified cycle in the PC, andhave detailed analysis in graph and CSV format. LE-650H2-A (advancemodel) supports high-speed measurement, and able to use in the unstablecondition such as right after
Model
VBUS Measurement Cycle
turning on the power of USB
device.
LE-650H2
100ms to 1s
LE-650H2-A

LE-650H2-A

Compatible

Sp
仕ecif
様 icat io n sMax. 40GB Recording

VBUS Measurement Cycle: 100ms

Standard model supports High/Full/Low
speed and VBUS measurement function.

VBUS Measurement Cycle: 0.1ms

LE-650H2-A

Standard

USB2.0/1.1

Speed

HIGH (480Mbps)/ FULL (12Mbps)/ LOW (1.5Mbps) Automatically detect and run

Storage
Capacity

Advance model records data for a long time withrepeat mode and has High-speed VBUS logger mode.

N各oma tur e部encの 説l 明LE-650H2

Model

Max. 10GB Recording

0.1ms to 1s

RoHS Directive

Capture memory: 128MB

AnalyzerPC

HDD/SSD: Max.10GB (Can be specified every 1MB)

HDD/SSD: Max.40GB (Can be specified every 1MB)

Recording Method

Record data on the HDD/SSD of the PC (can be record multiple log files continuously.) Record USB packet
and USB device status *1 (Bus Reset, Suspend, Disconnect, Device Chirp, Hub Chirp) along with time stamp.

VBUS Measurement
Accuracy

Voltage: range 0 to 8V, Accuracy ±1%FS
Current: range -0.9A *2 to 1A, Accuracy ±1%FS

Time Stamp

100ms - 1s (4 steps)

0.1ms – 1s (13 steps)

16.7ns for 5 hours max., then start from 0 again.
SOF, IN, OUT, SEUP, DATA0, DATA1, DATA2, ACK, NAK, STALL, PRE, PING, MDATA, SPLIT, ERR, NYET,
Unknown.

Packets
Speed Display

Display communication speed per transaction in HS, FS or LS.

Log

Record (or do not record) SOF, IN-NAK, OUT-NAK, SETUP-NAK, PING, multiple particular address/end points.

Display

Display (or do not display) SOF, IN-NAK, OUT-NAK, SETUP-NAK, PING, multiple particular address/end points.

Condition

Particular address/end points, packet type (Token/ Hand shake packets in combination), errors (CRC/ PID),
data packets (8byte max, Hex/Decimal/Binary or character input, with or without bit mask.) and bus state (BusReset, Suspend, Disconnect), external trigger (edge or level specification possible).

ActionPossible to specify actions enable with log stop, and external trigger output (with or without levels or pulses) insequence (up to 16 sequence).

External

4 external trigger input (TTL level) and 4 external trigger output (LVTTL level).
Connector: 10pin male (2.54mm pitch 961210-5604 or equivalent)

2-colored LED
Power On (green)
Measuring (red)
VBUS voltage ismore than 4.5V
(green)USB Protocol Analyzer

USB Protocol Analyzer

VBUS Measurement Cycle

Connect to the analysis PC.

Transmitting (green)
Suspend (orange)
High-speed (red)Full-speed (green)
Low-speed (off)FilterTrigger

Record USB transmission logs in the HDD/SSD.

[ Connection Method ]USB cable
Monitor data

Real-time filtering and display filtering.
Powerful sequential triggers up to 16 sets.

LE-650H2

USB host device

Search Function

Color Display Customization
PC for analysis ※SOF，IN，OUT，SETUP，PING，ACK，NAK，STALL，NYET，ERR，idle status more than specified
value, error (CRC，PID，DATA toggle sequence，transaction structure)，MassStorage (SCSI，ATAPI，
SFF-8070i)，PTP/MTP, Audio，HID，HUB，Printer，Video, Communication，USBTMC class command,
unknown log information, specific address/end points in combination, standard request, data search(Hex/Decimal/Binary，character), trigger point, mark.

Detailed Display

Standard requests, peculiar device requests to HUB/HID/Audio/Communication/MassStorage (Bulk Only
Transport)/Printer/USBTMC class, standard descriptors, each descriptors in
HUB/HID/Audio/Printer/USBTMC/Communication class, command of MassStorage/Bulk Only Transport (SCSI
transparent command set, supporting SFF-8070i), Operations of MTP/PTP, Responses, events, Video classcan be displayed in detail.

Statistic analysis function

The total number of transactions, transfer bytes, and the average transfer rate of specified data for each address/end point.

USB packets are clearly displayed by transaction

Mark/Jump function

Up to 99 marks can be set (Able to make comments on each mark)at real-time and recorded in the HDD/SSD of PC.

Save

Scroll detailed screen without interrupting measurement.

USB device orUSB hub※If the USB host used for measurement is a PC supporting the operating conditions of the analyzer, thePC can be used for analysis purposes as well.

It is possible to scroll data without interrupting
the measurement.

Print function
Measurement port

USB standard B receptacle, Connect to the analysis PC

Communications/Printer class, and peculiar device

2-colored LED, POWER/RUN, VBUS, DATA, SPEED (High:red, Full:green)requests of HUB/HID/Audio/Communication/Mass

Power Supply

USB Bus power (current consumption: 400mA max）

can be intuitively understood.

In operation：20 to 80%RH In storage：10 to 85%RH (No condensation)

Dimensions, weight86(W)×130(D)×30(H)mm, approx.210g

System Requirement

A cable with test clips suitable to theexternal trigger of 4 inputs or 4 outputs
connector. Length: 0.5m

A cable with test clip suitable to theexternal trigger I/O connector. In a setof 2. Length: 0.5m

Product Name

Model

Note
Upgrade LE-650H2 to LE-650H2-A (*1)

Analyzer, PC software CD, USB cable x2 (1.8m/0.9m), Instruction manual, Warranty

H2-A Upgrading

LE-H2-A001

OS: Windows ® XP/Vista/7/8(Japanese/English Windows ® )CPU: Recommend to use upper model than “Core 2 Duo”(Upper than “Core i series”)
RAM: More than 1GB. USB port: USB2.0 *3
Additional Memory: HDD or SSD. 30MB plus enough capacity to record log data.

H2 Updating License

LE-H2-UP01 from the analyzer (*1)(*2)*1: Bus Reset, Suspend, Disconnect are recorded under the following condition.
Bus Reset
Suspend
Disconnect

LE-62BG

In operation: 0 to 40℃ In storage: -20 to 60℃

Ambient Humidity

Accessories

Test clip with harness

LE-5LP2

USB standard A/B receptacle: 1 each

LED Indicator

therefore the difficult-to-understand USB protocols

5-wire probe cableSpecified ranges of recorded data can be printed.

Standard descriptors, device requests, descriptors ofAmbient Temperature

OPTIONS

Save log file data, export in text/CSV/binary for data payload, copy/paste via a clipboard. (Able to makecomments on saved data.)

USB2.0 port

storage class are translated and displayed in detail,Connect to target USB devices
External trigger I/O connector.

Packets can be color-coded separated.

The SEO status of D+/D- signals is detected within a range between 2.5us and 139.8ms.
A non-communication period not in the SEO status is detected for 3ms or over.
The SEO status of D+/D- signals is detected for 139.8ms or over.

Remove the lock to start measurement(*1): Need to apply the serial number.
(*2): It is necessary to update the PC software in the future. For 12 months from the purchased
date, the latest version of software is available without this licence. It is not necessary whenusing the PC software as a viewer of measured data.

Note: The USB device status may not coincide with the actual bus state of the applicable device at the time of USB cable connection or
disconnection because the D+/D- signals will be unstable.

*2: Display a minus value when VBUS current flows from the device to the host.
*3: Need to have a USB2.0 port, which supports High-speed transfer.

18

19Interface Converter
LAN/USB Series

Converts Ethernet LAN and USB connections
into FA-compatible RS-232C/RS-422/RS-485
connections.
SI-60F is more Environment-friendly thanany Conventional ModelUSB я Serial conversion typeThis unit is an interface converter that converts a PC's USB port to an RS-232C, RS-422, or RS-485 port. A photocoupler and an isolation transformer
electrically isolate the USB port from the conversion port, which is ideal for FA equipment and medical equipment that require high safety andreliability.

USB я RS-232C

USB я RS-422

SI-55USB

More compact and energy-saving than any conventional model.
Accepts a wide range of DC inputs to save power.
DSUB 9-pin connector

LAN я Serial conversion type

3000V High-voltage Resistant Isolation TypeRoHS Compatible

USB я RS-422/485

SI-20USB

SI-35USB

RoHS Compatible

This unit is a LAN serial converter with a built-in Lantronix XPort® in its LAN (Ethernet) interface block. It has a robust metal housing, allows 35-mm
DIN track mounting, and operates over a wide temperature range, thus ensuring ease of use for FA applications where high reliability is required.

LAN я RS-232C

LAN я RS-232C

SI-60FLAN я RS-422/485

SI-60

SI-65
SI-35USB application

SI-55USB/SI-20USB application
PC

Wattmeter

Wattmeter

PC

USB

Inspection machine
RS-232C
PLC

SI-55USB
RS-485

RS-422USB
SI-35USB

1Km

USB

SI-20USB

SI-60FBar Code Reader

Operator Interface
PC

PC

PLC

Wattmeter

Model

SI-55USB

SI-20USB

SI-35USB

Conversion typeUSB я RS-232C

USB я RS-422

USB я RS-422/485

USB interface

LAN (Ethernet)

USB1.1/2.0 Full Speed compatible B type connector

LED

TXD, RXD, PWR (Power)

RS-422/485
SI-65

Counter

SI-60
Model
Conversion type

Serial signal

SI-60F

SI-60

SI-65

LAN я RS-232C

LAN я RS-232C

LAN я RS-422/485

Ethernet (IEEE 802.3) 10Base-T or 100Base-TX (Auto-Sensing) Connector: RJ45

LAN protocol

TCP/IP, UDP/IP, ARP, ICMP, SNMP, TFTP, Telnet, DHCP, BOOTP, HTTP, Auto IP
RS-232C
DSUB 25pin Female(M2.6)

RS-232C
DSUB9pin Male
(inch screw)

Serial signal
Communication mode speed

RS-422/485
6 pole terminal block(press-to-screw pitch type)
Fitness wire: AWG24-14/2.5mm2

SD, RD, RTS, CTS, DSR / DTR (*1)
DTE type

SD, RD, RTS, CTS, DSR / DTR (*1)
DTE/DCE selectable

SD, RD or SD/RD

ASYNC, 300bpsࠥ921.6kbps

ASYNC, 300bpsࠥ230.4kbps

ASYNC, 300bpsࠥ921.6kbps
Xon/Xoff

Xon/Xoff, RTS/CTS

Xon/Xoff, RTS/CTSѸѸ‫*( ۑ‬2)

RS-485 driver controlѸѸ‫*( ۑ‬3)

Internal Web server, serial, Telnet

Initial setting, Management

The transmit and receive program ( with the source code ) for Windows® 2000/NT/XP/Vista®/7 is the standard attachment.
Use the included AC adapter, or supplies DC 5V to 12V
Use the included AC adapter, or supplies DC 5V to 12V
Use the included AC adapter, or supplies DC 5V(maximum 300mA) from 9 pin of the DSUB connector.
(maximum 300mA) from 6 pin of the terminal block.
(250mA) to 25V (50mA) from DC-IN.

Sample software
Power Supply
Power consumption (*4)

2.8VA

Environment in operation

Temperature: -10 ࠥ 50 Υ , Humidity: 5 ࠥ 95%RH

4.2VA

588824mm (WDH), about 170g

Dimensions, Weight

659524mm (WDH), about 200g

659024mm (WDH), about 200g

*1: DSR and DTR are connected inside the unit, whose logic state can be checked with CP1 of the XPort®. *2: The unit detects a state of no data transmission of other devices for the timer period specified by the switch, and notifies CP2 of the XPort® of the state, thus
alleviating the communication control load on the LAN. *3: The RS-485 driver IC will be instantly activated at the head of transmission data, and automatically deactivated with the lapse of the timer period specified by the switch once the end of the transmission data string
is reached. *4: When using the included AC adapter (AC100V). *5: The operating temperature range specified will be -10°C to +40°C if a voltage of 10 VDC or over is supplied from the DSUB connector (SI-60) or the terminal block (SI-65). *6: The Japanese model isprovided with the VFN-650B AC adapter with an input of 100 VAC. The overseas model(SI-60-E/SI-65-E/SI-60F-E) is provided with the AC adapter(3A-183WP09) with an input range of 100 to 240 VAC.

Options

RoHS Compatible

SI-60F/ SI-60/ SI-65 mounting arrangement

DIN rail mounting plate

Wide input AC adapter

SI-DIN70

3A-183WP09

Uses for installing 35mm DIN rail.

RS-232C cable

SI-RS259
DSUB9pin Female - DSUB25pin Male
(Straight connection 1.8m)
Uses to connect SI-60(DCE setting) to the serial portof DOS/V computer.

Input: AC100-240V, 50/60Hz
Output: DC9V, 2A
Plug: center + 2.1mm (5.5mm outside)

DC Plug cable

Speed

5mm

It is put, or it is fixed using M3 screw
hole in the bottom face.

300bpsࠥ1Mbps(*2)

Flow control

Xon/off, RTS/CTS (*4) (by Virtual COM Port Drivers)
PC COM port compatible

Other function
Power Supply

Built-in termination resistors for RXD / CTS(RS-422)

No-communication state of RS-485 can bewatched. (*5) RS-485 driver automatic control (*6)
ON/OFF of RS-485 termination registor

USB bus powered maximum 230mA

USB bus powered maximum 250mA

USB bus powered maximum 270mA

In operation:-10 ࠥ 55°C In storage: Ѹ20 ࠥ 75°C / 10 ࠥ 90%RH

Temperature/Humidity

65x95x22mm (WxDxH), about 200g

Mounting method

65x90x22mm (WxDxH), about 200g

Using M3 screw hole in the bottom face, installation to a DIN rail (SI-DIN70 is used.)

Signal isolation protection

3,000Vdc

System requirements (USB equipment)

PC : PC/AT compatible with USB port (DOS/V PC) OS : Windows® 98/98SE/Me/2000/XP/Vista®/7/8, Windows Server 2003/2008

Composition

USB cable (1.8m), Utility CD, instruction manual , user registration card

*1 : Single wire (0.2〜2.5mm2), stranded wire (0.2〜1.5mm2) *2 : Speed is established in an application software.*3 : Speed is established in an application software. Certain speed beyond 1.2Mbps can't be established.*4 : SI-35USB uses it, when the transmit timing
is controlled using RS-485 state monitoring system. *5 : It is notified in CTS signal of the Virtual COM Port, when designated non-communication period was detected. By this, communication control processing in the PC side is simplified. *6 : Only when sending,
RS-485 driver IC can be activated.

USB⇔RS-232C

Options

Non-isolation model

RoHS Compatible

RoHS Compatible

Converts the USB port of PC into the RS-232C serial port. Uses the FTDI chip set and driver for virtual COM
port. It is optimum for the connection between PC without the serial port and RS-232C equipment.

DIN rail mounting plate

RS-232C cable

SI-DIN70

SI-RS259

Uses for installing 35mm DIN rail.

DSUB9pin Female - DSUB25pin Male (Straight connection 1.8m).
Uses to connect SI-55USB to the RS-232C(DSUB
25pin, female, DCE) device.

SI-55USB/ SI-20USB/ SI-35USB mounting arrangement
It is put, or it is fixed using M3 screw hole in the bottom face.

70mm

USB ⇔ RS-232C

30mm

12.5mmUSB connecter side

Max. 1Mbps. LED for transmission/reception

M3 screw hole

12.5mm
65mm

14mm

Model

11mm

Conversion

DIN rail mounting example
90mm

LE-US232BS

LE-US232B

M3 screw hole

SIH-2PG
Plug: 2.1mm (5.5mm outside) - Y terminal (1.8m)
For the external DC power supply connection to the
DC-IN terminal of SI-60F
The cable clamp attachment.

300bpsࠥ3Mbps (*3)
Data bits [ 7 or 8 ] + Parity [ Even / Odd / none ] + Stop bits [ 1 / 2 ]40mm
LAN connecter side

TXD, RXD, TXD/RXD

Data Framing

4.9VA

AC adapter (*6), Utility CD, instruction manual , user registration card

Composition

TXD, RXD, RTS, CTS
ASYNC (Asynchronous)

Temperature: -10 to 50°C (*5) , Humidity: 5 to 95%RH

Using M3 screw hole in the bottom face, installation to a DIN rail (SI-DIN70 is required.)

Mounting method

TXD, RXD, RTS, CTS, DSR, DTR, DCD, RI

Communication mode

Dimensions, Weight

RS-485 state watch

Flow control

RS-422/485 full/half duplex supported
5 pole terminal block(press-to-screw pitch type)
Fitness wire :AWG24-14 (*1)

RS-422
SUB9pin Male (inch screw)

LAN(Ethernet)

NC Machine

SI-60

LAN interface

Serial interface

20

RS-232C
DSUB9pin Male (inch screw)

Serial interface

Label PrinterInterface Converter

Interface Converter

SI-65 application

SI-60F/SI-60 application

Wattmeter

DIN rail mounting example

Economy model. Short length.

LE-US232B

LE-US232BS
USB ⇔ RS-232C

LED

LED for transmission/reception

-

Speed

Max. 1Mbps

Max. 250Kbps

Cable Length

1m

Environment

10cm
OS：Windows® 98/Me/2000/XP/Vista®/7/8

21

Interface Converter
LAN/USB Series

Converts Ethernet LAN and USB connections
into FA-compatible RS-232C/RS-422/RS-485
connections.
SI-60F is more Environment-friendly thanany Conventional ModelUSB я Serial conversion typeThis unit is an interface converter that converts a PC's USB port to an RS-232C, RS-422, or RS-485 port. A photocoupler and an isolation transformer
electrically isolate the USB port from the conversion port, which is ideal for FA equipment and medical equipment that require high safety andreliability.

USB я RS-232C

USB я RS-422

SI-55USB

More compact and energy-saving than any conventional model.
Accepts a wide range of DC inputs to save power.
DSUB 9-pin connector

LAN я Serial conversion type

3000V High-voltage Resistant Isolation TypeRoHS Compatible

USB я RS-422/485

SI-20USB

SI-35USB

RoHS Compatible

This unit is a LAN serial converter with a built-in Lantronix XPort® in its LAN (Ethernet) interface block. It has a robust metal housing, allows 35-mm
DIN track mounting, and operates over a wide temperature range, thus ensuring ease of use for FA applications where high reliability is required.

LAN я RS-232C

LAN я RS-232C

SI-60FLAN я RS-422/485

SI-60

SI-65
SI-35USB application

SI-55USB/SI-20USB application
PC

Wattmeter

Wattmeter

PC

USB

Inspection machine
RS-232C
PLC

SI-55USB
RS-485

RS-422USB
SI-35USB

1Km

USB

SI-20USB

SI-60FBar Code Reader

Operator Interface
PC

PC

PLC

Wattmeter

Model

SI-55USB

SI-20USB

SI-35USB

Conversion typeUSB я RS-232C

USB я RS-422

USB я RS-422/485

USB interface

LAN (Ethernet)

USB1.1/2.0 Full Speed compatible B type connector

LED

TXD, RXD, PWR (Power)

RS-422/485
SI-65

Counter

SI-60
Model
Conversion type

Serial signal

SI-60F

SI-60

SI-65

LAN я RS-232C

LAN я RS-232C

LAN я RS-422/485

Ethernet (IEEE 802.3) 10Base-T or 100Base-TX (Auto-Sensing) Connector: RJ45

LAN protocol

TCP/IP, UDP/IP, ARP, ICMP, SNMP, TFTP, Telnet, DHCP, BOOTP, HTTP, Auto IP
RS-232C
DSUB 25pin Female(M2.6)

RS-232C
DSUB9pin Male
(inch screw)

Serial signal
Communication mode speed

RS-422/485
6 pole terminal block(press-to-screw pitch type)
Fitness wire: AWG24-14/2.5mm2

SD, RD, RTS, CTS, DSR / DTR (*1)
DTE type

SD, RD, RTS, CTS, DSR / DTR (*1)
DTE/DCE selectable

SD, RD or SD/RD

ASYNC, 300bpsࠥ921.6kbps

ASYNC, 300bpsࠥ230.4kbps

ASYNC, 300bpsࠥ921.6kbps
Xon/Xoff

Xon/Xoff, RTS/CTS

Xon/Xoff, RTS/CTSѸѸ‫*( ۑ‬2)

RS-485 driver controlѸѸ‫*( ۑ‬3)

Internal Web server, serial, Telnet

Initial setting, Management

The transmit and receive program ( with the source code ) for Windows® 2000/NT/XP/Vista®/7 is the standard attachment.
Use the included AC adapter, or supplies DC 5V to 12V
Use the included AC adapter, or supplies DC 5V to 12V
Use the included AC adapter, or supplies DC 5V(maximum 300mA) from 9 pin of the DSUB connector.
(maximum 300mA) from 6 pin of the terminal block.
(250mA) to 25V (50mA) from DC-IN.

Sample software
Power Supply
Power consumption (*4)

2.8VA

Environment in operation

Temperature: -10 ࠥ 50 Υ , Humidity: 5 ࠥ 95%RH

4.2VA

588824mm (WDH), about 170g

Dimensions, Weight

659524mm (WDH), about 200g

659024mm (WDH), about 200g

*1: DSR and DTR are connected inside the unit, whose logic state can be checked with CP1 of the XPort®. *2: The unit detects a state of no data transmission of other devices for the timer period specified by the switch, and notifies CP2 of the XPort® of the state, thus
alleviating the communication control load on the LAN. *3: The RS-485 driver IC will be instantly activated at the head of transmission data, and automatically deactivated with the lapse of the timer period specified by the switch once the end of the transmission data string
is reached. *4: When using the included AC adapter (AC100V). *5: The operating temperature range specified will be -10°C to +40°C if a voltage of 10 VDC or over is supplied from the DSUB connector (SI-60) or the terminal block (SI-65). *6: The Japanese model isprovided with the VFN-650B AC adapter with an input of 100 VAC. The overseas model(SI-60-E/SI-65-E/SI-60F-E) is provided with the AC adapter(3A-183WP09) with an input range of 100 to 240 VAC.

Options

RoHS Compatible

SI-60F/ SI-60/ SI-65 mounting arrangement

DIN rail mounting plate

Wide input AC adapter

SI-DIN70

3A-183WP09

Uses for installing 35mm DIN rail.

RS-232C cable

SI-RS259
DSUB9pin Female - DSUB25pin Male
(Straight connection 1.8m)
Uses to connect SI-60(DCE setting) to the serial portof DOS/V computer.

Input: AC100-240V, 50/60Hz
Output: DC9V, 2A
Plug: center + 2.1mm (5.5mm outside)

DC Plug cable

Speed

5mm

It is put, or it is fixed using M3 screw
hole in the bottom face.

300bpsࠥ1Mbps(*2)

Flow control

Xon/off, RTS/CTS (*4) (by Virtual COM Port Drivers)
PC COM port compatible

Other function
Power Supply

Built-in termination resistors for RXD / CTS(RS-422)

No-communication state of RS-485 can bewatched. (*5) RS-485 driver automatic control (*6)
ON/OFF of RS-485 termination registor

USB bus powered maximum 230mA

USB bus powered maximum 250mA

USB bus powered maximum 270mA

In operation:-10 ࠥ 55°C In storage: Ѹ20 ࠥ 75°C / 10 ࠥ 90%RH

Temperature/Humidity

65x95x22mm (WxDxH), about 200g

Mounting method

65x90x22mm (WxDxH), about 200g

Using M3 screw hole in the bottom face, installation to a DIN rail (SI-DIN70 is used.)

Signal isolation protection

3,000Vdc

System requirements (USB equipment)

PC : PC/AT compatible with USB port (DOS/V PC) OS : Windows® 98/98SE/Me/2000/XP/Vista®/7/8, Windows Server 2003/2008

Composition

USB cable (1.8m), Utility CD, instruction manual , user registration card

*1 : Single wire (0.2〜2.5mm2), stranded wire (0.2〜1.5mm2) *2 : Speed is established in an application software.*3 : Speed is established in an application software. Certain speed beyond 1.2Mbps can't be established.*4 : SI-35USB uses it, when the transmit timing
is controlled using RS-485 state monitoring system. *5 : It is notified in CTS signal of the Virtual COM Port, when designated non-communication period was detected. By this, communication control processing in the PC side is simplified. *6 : Only when sending,
RS-485 driver IC can be activated.

USB⇔RS-232C

Options

Non-isolation model

RoHS Compatible

RoHS Compatible

Converts the USB port of PC into the RS-232C serial port. Uses the FTDI chip set and driver for virtual COM
port. It is optimum for the connection between PC without the serial port and RS-232C equipment.

DIN rail mounting plate

RS-232C cable

SI-DIN70

SI-RS259

Uses for installing 35mm DIN rail.

DSUB9pin Female - DSUB25pin Male (Straight connection 1.8m).
Uses to connect SI-55USB to the RS-232C(DSUB
25pin, female, DCE) device.

SI-55USB/ SI-20USB/ SI-35USB mounting arrangement
It is put, or it is fixed using M3 screw hole in the bottom face.

70mm

USB ⇔ RS-232C

30mm

12.5mmUSB connecter side

Max. 1Mbps. LED for transmission/reception

M3 screw hole

12.5mm
65mm

14mm

Model

11mm

Conversion

DIN rail mounting example
90mm

LE-US232BS

LE-US232B

M3 screw hole

SIH-2PG
Plug: 2.1mm (5.5mm outside) - Y terminal (1.8m)
For the external DC power supply connection to the
DC-IN terminal of SI-60F
The cable clamp attachment.

300bpsࠥ3Mbps (*3)
Data bits [ 7 or 8 ] + Parity [ Even / Odd / none ] + Stop bits [ 1 / 2 ]40mm
LAN connecter side

TXD, RXD, TXD/RXD

Data Framing

4.9VA

AC adapter (*6), Utility CD, instruction manual , user registration card

Composition

TXD, RXD, RTS, CTS
ASYNC (Asynchronous)

Temperature: -10 to 50°C (*5) , Humidity: 5 to 95%RH

Using M3 screw hole in the bottom face, installation to a DIN rail (SI-DIN70 is required.)

Mounting method

TXD, RXD, RTS, CTS, DSR, DTR, DCD, RI

Communication mode

Dimensions, Weight

RS-485 state watch

Flow control

RS-422/485 full/half duplex supported
5 pole terminal block(press-to-screw pitch type)
Fitness wire :AWG24-14 (*1)

RS-422
SUB9pin Male (inch screw)

LAN(Ethernet)

NC Machine

SI-60

LAN interface

Serial interface

20

RS-232C
DSUB9pin Male (inch screw)

Serial interface

Label PrinterInterface Converter

Interface Converter

SI-65 application

SI-60F/SI-60 application

Wattmeter

DIN rail mounting example

Economy model. Short length.

LE-US232B

LE-US232BS
USB ⇔ RS-232C

LED

LED for transmission/reception

-

Speed

Max. 1Mbps

Max. 250Kbps

Cable Length

1m

Environment

10cm
OS：Windows® 98/Me/2000/XP/Vista®/7/8

21

®

2013-2014

See more information in the Web page

http://www.lineeye.com

Products Digest Catalog
If you need each product catalog, please contact us.

Environmental Activities

To conserve the global environment, LINEEYE CO., LTD. is focusing its effort on reducing
environmental impact.
ISO 14001(Year 2004)Certification Registration in May 31, 2005.

LINEEYE compact analyzers support the development,
testing and maintenance of communications equipment
and information systems.

LINEEYE interface converters convert LAN to Serialand USB to Serial interfaces at low cost.

After Support

For you to use the products for a long period of time, we provide a repair service and product parts supply.
[ Technical Support ]We will answer your questions via e-mail, FAX or TEL. Also, we put FAQ in our web page.

• All brand names and product names mentioned in this catalog are trademarks or registered trademarks of their respective companies.
• Specifications and designs of products listed in this catalog are as of April,2013, and are subject to change without notice for improvement.
• Colors of actual products may differ slightly from that listed due to printing condition.
• This catalog may not be reprinted or duplicated, in part or in whole.
©2013 by LINEEYE CO., LTD.

LINEEYE CO., LTD.
Head Office/Sales Office
Marufuku Bldg, 4F, 39-1 Karahashi Nishihiragaki-cho, Minami-ku, Kyoto, 601-8468
PHONE: 81-75-693-0161 FAX:81-75-693-0163

MULTI PROTOCOL ANALYZER

INTERFACE CONVERTER

LE-8200

SI-Series

Wide Color LCD

Small, Low Power Consumption

Mega Speed Measurement

Usable Over Wide Range of Temperature

Giga Byte Long Time Record

Optimum for Factories Automation

URL http://www.lineeye.com
E-mail : info@lineeye.co.jp

LINE EYE CO., LTD.

* LINEEYE CO., LTD. is a venture company founded byelectronic equipment development members of the former
Sekisui Chemical Co., Ltd. with investment from the Sekisui
Venture Fund.
QR-00337
ER-00094

Printed in Japan

M-13701E/LE G