1466-V Series Signal Generator

CEYEAR TECHNOLOGIES CO.,LTD
Address：No. 98, Xiangjiang Road, Huangdao District, Qingdao City, Shandong Province,China
Zip code：266555
E-mail：sales@ceyear.com
https：//en.ceyear.com/
Tel：+86-0532-86896691

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1466-V

Product Overview

Ceyear 1466-V series signal generator is a general-purpose test instrument for microwave and millimeter-wave cutting-edge testing, with wide frequency coverage, large RF modulation bandwidth, high signal spectral purity, output power with high accuracy and large dynamic range, and excellent vector
modulation accuracy and ACPR performance, with single-machine dual-RF channel and multi-machine cascade design, can meet your various test

Various Built-in Functions· Rich modulation functions, covering analog modulation, pulse modulation and 30+ digitalmodulation formats

requirements. Rich built-in functions such as analog modulation, digital modulation, fading simulation, and AWGN make daily testing more convenient.

· Support playback function of user-defined arbitrary wave data sample rate

Cooperate with simulation software to realize multi-scenario signal simulation, which makes it easy to support complex scenarios such as wireless com-

· Support CW multi-tone and complex multi-carrier modulation functions

munication, mobile communication. A new upgrade of human-computer interaction, with large screen touch graphics guided interaction, mobile browser
access control, multi-manufacturer power meter connection identification, multi-client deployment, SCPI command recording, control interface customization and a series of new functions to bring user's test happiness. The Ceyear 1466-V series signal generator is ideal for high standard testing fromcomponent level to system level.

Main Features
Excellent RF Performance· Coaxial frequency coverage: 6kHz to 13GHz/20GHz/33GHz/45GHz/53GHz/67GHz;· Excellent spectral purity: SSB < –132 dBc/Hz (typ.10 GHz carrier at 10kHz offset), Spurious <–80 dBc (10 GHz carrier);· Brilliant wideband noise floor, SSB< –161 dBc/Hz (typ.20GHz carrier at 30MHz offset);· TestModel/FRC covering more than 600 mobile communication protocols such as 5G NR, LTE etc.
· Integrated WLAN standard wireless connection signal analog function· Multi-type noise addition and real-time fading simulation function

Multi-scenario signal simulation· Supports flexible editing simulation of various communication protocol signals· Single-machine dual-channel + multi-machine cascade, multi-channel independent orphase-coherent output can be flexibly configured

Newly updated interactive interface· Large dynamic range of high output power: settable power ranges from -150dBm to +25dBm;· Large-screen touch graphics guide interaction, support user-defined menus· Maximum 2GHz RF modulation bandwidth, optional 500MHz/1GHz/2GHz bandwidth;· Cross-platform client and browser access control· Outstanding vector modulation accuracy: EVM<0.8% (5GNR, FR2 28GHz);· SCPI real-time recorder and code generator for generating executable remote-control code frommanual operating steps
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1466-V

Product Overview

Ceyear 1466-V series signal generator is a general-purpose test instrument for microwave and millimeter-wave cutting-edge testing, with wide frequency coverage, large RF modulation bandwidth, high signal spectral purity, output power with high accuracy and large dynamic range, and excellent vector
modulation accuracy and ACPR performance, with single-machine dual-RF channel and multi-machine cascade design, can meet your various test

Various Built-in Functions· Rich modulation functions, covering analog modulation, pulse modulation and 30+ digitalmodulation formats

requirements. Rich built-in functions such as analog modulation, digital modulation, fading simulation, and AWGN make daily testing more convenient.

· Support playback function of user-defined arbitrary wave data sample rate

Cooperate with simulation software to realize multi-scenario signal simulation, which makes it easy to support complex scenarios such as wireless com-

· Support CW multi-tone and complex multi-carrier modulation functions

munication, mobile communication. A new upgrade of human-computer interaction, with large screen touch graphics guided interaction, mobile browser
access control, multi-manufacturer power meter connection identification, multi-client deployment, SCPI command recording, control interface customization and a series of new functions to bring user's test happiness. The Ceyear 1466-V series signal generator is ideal for high standard testing fromcomponent level to system level.

Main Features
Excellent RF Performance· Coaxial frequency coverage: 6kHz to 13GHz/20GHz/33GHz/45GHz/53GHz/67GHz;· Excellent spectral purity: SSB < –132 dBc/Hz (typ.10 GHz carrier at 10kHz offset), Spurious <–80 dBc (10 GHz carrier);· Brilliant wideband noise floor, SSB< –161 dBc/Hz (typ.20GHz carrier at 30MHz offset);· TestModel/FRC covering more than 600 mobile communication protocols such as 5G NR, LTE etc.
· Integrated WLAN standard wireless connection signal analog function· Multi-type noise addition and real-time fading simulation function

Multi-scenario signal simulation· Supports flexible editing simulation of various communication protocol signals· Single-machine dual-channel + multi-machine cascade, multi-channel independent orphase-coherent output can be flexibly configured

Newly updated interactive interface· Large dynamic range of high output power: settable power ranges from -150dBm to +25dBm;· Large-screen touch graphics guide interaction, support user-defined menus· Maximum 2GHz RF modulation bandwidth, optional 500MHz/1GHz/2GHz bandwidth;· Cross-platform client and browser access control· Outstanding vector modulation accuracy: EVM<0.8% (5GNR, FR2 28GHz);· SCPI real-time recorder and code generator for generating executable remote-control code frommanual operating steps
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CO N T ENT
Excellent RF & Reception Performance

05-08

Rich built-in functions

09-14

Multi-scenario signal simulation

15-16

Newly upgraded human-machine interaction

17-19

Technical Specifications

20-29

Ording Information

30-34

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Excellent RF Performance
Excellent spectral purity, making cutting-edge testing easier
Ceyear 1466-V series signal generator supports high spectral purity output signal, SSB phase noise: -145dBc/Hz @10kHz offset at 1GHz carrier, -132dBc/Hz @10kHz
offset at 10GHz carrier, Wideband noise floor: -161dBc/Hz @30MHz offset at 20GHz carrier, spurious<-80dBc at 10GHz carrier, harmonics <-55dBc. The purer signal
makes you no longer troubled by interfering signals when testing microwave and millimeter wave components, systems and OTA.

1466G-V Harmonic Measured Value

1466D-V Harmonic Measured Value

Large dynamic range, high accuracy power output
Ceyear 1466-V series signal generator maximum output power(typ): +27dBm @5GHz, +24dBm@ 20GHz, +25dBm @30GHz, +22dBm@ 60GHz. Minimum settable
output power can up to -150dBm, dynamic range of output power can reach 170dB. Industry-leading power accuracy specifications:<0.5dB below 20GHz(typ).

1466D-V Max.Output Power Measured Value

1466G-V Max.Output Power Measured Value

1466L-V Max.Output Power Measured Value（High power option H05-20）（High power option H05-45）（High power option H05-67）

Option H04-2: SSB Phase noise measured value

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Excellent RF Performance
Excellent spectral purity, making cutting-edge testing easier
Ceyear 1466-V series signal generator supports high spectral purity output signal, SSB phase noise: -145dBc/Hz @10kHz offset at 1GHz carrier, -132dBc/Hz @10kHz
offset at 10GHz carrier, Wideband noise floor: -161dBc/Hz @30MHz offset at 20GHz carrier, spurious<-80dBc at 10GHz carrier, harmonics <-55dBc. The purer signal
makes you no longer troubled by interfering signals when testing microwave and millimeter wave components, systems and OTA.

1466G-V Harmonic Measured Value

1466D-V Harmonic Measured Value

Large dynamic range, high accuracy power output
Ceyear 1466-V series signal generator maximum output power(typ): +27dBm @5GHz, +24dBm@ 20GHz, +25dBm @30GHz, +22dBm@ 60GHz. Minimum settable
output power can up to -150dBm, dynamic range of output power can reach 170dB. Industry-leading power accuracy specifications:<0.5dB below 20GHz(typ).

1466D-V Max.Output Power Measured Value

1466G-V Max.Output Power Measured Value

1466L-V Max.Output Power Measured Value（High power option H05-20）（High power option H05-45）（High power option H05-67）

Option H04-2: SSB Phase noise measured value

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2GHz RF modulation bandwidth

Excellent vector modulation accuracy

Ceyear 1466-V series signal generator can provide a maximum 2GHz RF modulation bandwidth. According to different application scenarios, it supports

Ceyear 1466-V series signal generator has excellent vector modulation accuracy, QPSK modulation EVM measured value 0.4% (2GHz carrier). 5GNR ACPR

flexible selection of 500MHz, 1GHz and 2GHz bandwidth. When using an external broadband baseband signal input, the RF modulation bandwidth is up to(typical value, <-55dBc@2GHz carrier, <-45dBc@42.5GHz carrier). The signal generator is capable of performing performance evaluation in communication

5GHz. Regardless of the current 5G communication or the future 6G communication, the superior modulation bandwidth performance can easily meet theequipment research and development and communication equipment performance testing in production lines.

test challenges.

Multi-machine cascade for multi-source phase reference excitation
Support multi-machine cascading, providing solutions for MIMO, beamforming, and signal diversity testing.

30GHz Carrier 2GHz Modulation Bandwidth Multi-Tone Signal Spectrum

CEYEAR TECHNOLOGIES CO.,LTD

1466-V Series Signal Generator Multi-Machine Cascade

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2GHz RF modulation bandwidth

Excellent vector modulation accuracy

Ceyear 1466-V series signal generator can provide a maximum 2GHz RF modulation bandwidth. According to different application scenarios, it supports

Ceyear 1466-V series signal generator has excellent vector modulation accuracy, QPSK modulation EVM measured value 0.4% (2GHz carrier). 5GNR ACPR

flexible selection of 500MHz, 1GHz and 2GHz bandwidth. When using an external broadband baseband signal input, the RF modulation bandwidth is up to(typical value, <-55dBc@2GHz carrier, <-45dBc@42.5GHz carrier). The signal generator is capable of performing performance evaluation in communication

5GHz. Regardless of the current 5G communication or the future 6G communication, the superior modulation bandwidth performance can easily meet theequipment research and development and communication equipment performance testing in production lines.

test challenges.

Multi-machine cascade for multi-source phase reference excitation
Support multi-machine cascading, providing solutions for MIMO, beamforming, and signal diversity testing.

30GHz Carrier 2GHz Modulation Bandwidth Multi-Tone Signal Spectrum

CEYEAR TECHNOLOGIES CO.,LTD

1466-V Series Signal Generator Multi-Machine Cascade

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Rich built-in functions
Full range of analog modulation

Comprehensive standard digital modulation styles

Amplitude modulation, frequency modulation, phase modulation and pulse modulation are supported. It has complex pulse modulation functions such as double

Generation of up to 30+ digital standard modulation signals (PSK, FSK, QAM, APSK), covering all important frequency bands and modulation styles for digitalpulse, pulse train, PRF jittering, PRF staggering, and PRF sliding.

communications.

4096QAM Modulation Interface

16APSK Modulation Interface

Arbitrary wave playback
Analog Modulation Interface

Support user-defined arbitrary waveform data variable sampling rate playback function. With the convenient baseband preview function, it is convenient for you toverify the correctness of the data in the time domain and frequency domain at the first time.

Multi-style sweep mode
Support Step sweep, List sweep, ramp sweep and power sweep functions.

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Rich built-in functions
Full range of analog modulation

Comprehensive standard digital modulation styles

Amplitude modulation, frequency modulation, phase modulation and pulse modulation are supported. It has complex pulse modulation functions such as double

Generation of up to 30+ digital standard modulation signals (PSK, FSK, QAM, APSK), covering all important frequency bands and modulation styles for digitalpulse, pulse train, PRF jittering, PRF staggering, and PRF sliding.

communications.

4096QAM Modulation Interface

16APSK Modulation Interface

Arbitrary wave playback
Analog Modulation Interface

Support user-defined arbitrary waveform data variable sampling rate playback function. With the convenient baseband preview function, it is convenient for you toverify the correctness of the data in the time domain and frequency domain at the first time.

Multi-style sweep mode
Support Step sweep, List sweep, ramp sweep and power sweep functions.

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Arbitrary Wave IQ Data Display Interface

Complex Multi-Carrier Modulation Graphical Attribute Interface

Arbitrary Wave IQ Data Spectrum Display Interface

Multiple types of noise addition methods
Support pure noise, additive Gaussian noise, continuous wave interference and other noise adding functions.

Multi-Tone Modulation Interface

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Complex Multi Carrier Modulation Interface

Additive Gaussian Noise Interface

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Arbitrary Wave IQ Data Display Interface

Complex Multi-Carrier Modulation Graphical Attribute Interface

Arbitrary Wave IQ Data Spectrum Display Interface

Multiple types of noise addition methods
Support pure noise, additive Gaussian noise, continuous wave interference and other noise adding functions.

Multi-Tone Modulation Interface

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Complex Multi Carrier Modulation Interface

Additive Gaussian Noise Interface

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Intra-pulse modulation

Real-time fading simulation

Supports multiple types of intrapulse modulation including linear frequency modulation, Barker code, phase modulation code, etc.

Maximum 20 fading paths, supporting fading types such as pure Doppler, Rayleigh, Rice, Rayleigh + lognormal, etc., supporting preset fading scene modes,
and simulating fading channel models defined by 3GPP.

Intra-Pulse Modulation Interface
Real-time Fading Simulation Interface

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Intra-pulse modulation

Real-time fading simulation

Supports multiple types of intrapulse modulation including linear frequency modulation, Barker code, phase modulation code, etc.

Maximum 20 fading paths, supporting fading types such as pure Doppler, Rayleigh, Rice, Rayleigh + lognormal, etc., supporting preset fading scene modes,
and simulating fading channel models defined by 3GPP.

Intra-Pulse Modulation Interface
Real-time Fading Simulation Interface

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Multi-scenario signal simulation
The 1466-V signal generator combines simulation software to support multi-type signal simulation and RF output.

Mobile Communication Signal Simulation
For the development and production of mobile communication base stations or terminals, as well as the radio frequency conformance test necessary for theverification and approval of mobile communication equipment network access, the Ceyear 1466-V signal generator supports standard protocol signals throughembedded more than 600 TestModel/FRC including 5G NR one-click simulation. At the same time, with the mobile communication signal simulation software, it canrealize flexible editing and simulation of various communication protocol signals.

Downlink Scheduling Settings

FR1-TM1_1_FDD_100MHz_30kHz Measured ValueWLAN Signal Simulation
For the development, production and testing of wireless communication terminals, it has 802.11a/b/g/n/ac/ax wireless connection PPDU, MPDU, A-MPDU andother signal simulations, and supports physical frames composed of multiple PPDUs with different modulation and coding methods Block signal simulation.

5G NR TM Sample Interface

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WLAN Physical Frame Block Interface

PPDU Interface

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Multi-scenario signal simulation
The 1466-V signal generator combines simulation software to support multi-type signal simulation and RF output.

Mobile Communication Signal Simulation
For the development and production of mobile communication base stations or terminals, as well as the radio frequency conformance test necessary for theverification and approval of mobile communication equipment network access, the Ceyear 1466-V signal generator supports standard protocol signals throughembedded more than 600 TestModel/FRC including 5G NR one-click simulation. At the same time, with the mobile communication signal simulation software, it canrealize flexible editing and simulation of various communication protocol signals.

Downlink Scheduling Settings

FR1-TM1_1_FDD_100MHz_30kHz Measured ValueWLAN Signal Simulation
For the development, production and testing of wireless communication terminals, it has 802.11a/b/g/n/ac/ax wireless connection PPDU, MPDU, A-MPDU andother signal simulations, and supports physical frames composed of multiple PPDUs with different modulation and coding methods Block signal simulation.

5G NR TM Sample Interface

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WLAN Physical Frame Block Interface

PPDU Interface

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Newly upgraded human-machine interaction

Flexible editable user control interface

Touchable graphic guide interaction

interface according to test habits, realize multi-functional operations in

The 11.6-inch high-resolution touch screen is used to clearly display the main parameters and instrument status information, and with the signal flow diagram

one window, and avoid the trouble of too deep menus and repeatedguidance interface, the display is more intuitive and the interaction is more friendly.

searches.

Support user-defined menus, tailor-made personalized user control

User Defined Menu

Support cross-platform client control
Cross-platform client and browser access control. Support multiple clients
to connect at the same time, and the working status of the instrument isrefreshed synchronously. Supports web browser access control for mobile
devices.

Signal Flow Diagram Guidance Interface
Browser Access

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Newly upgraded human-machine interaction

Flexible editable user control interface

Touchable graphic guide interaction

interface according to test habits, realize multi-functional operations in

The 11.6-inch high-resolution touch screen is used to clearly display the main parameters and instrument status information, and with the signal flow diagram

one window, and avoid the trouble of too deep menus and repeatedguidance interface, the display is more intuitive and the interaction is more friendly.

searches.

Support user-defined menus, tailor-made personalized user control

User Defined Menu

Support cross-platform client control
Cross-platform client and browser access control. Support multiple clients
to connect at the same time, and the working status of the instrument isrefreshed synchronously. Supports web browser access control for mobile
devices.

Signal Flow Diagram Guidance Interface
Browser Access

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Simultaneous recording of SCPI commands and one-click script generation
Not only can you export recorded SCPI commands with one click, but also automatically generate VS (C++, C#), Qt, Matlab, LabView program control example

Technical Specifications

projects, making program control easier.

Frequency characteristics

Frequency

Signal Flow Diagram Guidance Interface

N1 (Internal YO harmonic number)

6kHz≤f≤10MHz-

10MHz<f≤50MHz-

50MHz<f≤62.5MHz

1/256

1466C-V:6kHz to 13GHz

62.5MHz<f≤125MHz

1/128

1466D-V: 6kHz to 20GHz

125MHz<f≤250MHz

1/64

1466E-V: 6kHz to 33GHz

250MHz<f≤500MHz

1/32

1466G-V: 6kHz to 45GHz

500MHz<f≤1GHz

1/16

1466H-V: 6kHz to 53GHz

1GHz<f≤2GHz

1/8

1466L-V: 6kHz to 67GHz

2GHz<f≤4GHz

1/4

4GHz<f≤8GHz

1/2

8GHz<f≤20GHz

1

20GHz<f≤40GHz

2

40GHz<f≤67GHz

4

Resolution

0.001Hz

Switching speed<15ms

Aging rate(typ)±5×10 -10 /day after 30 days

Reference output
Reference input

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Frequency range

Frequency

10MHz

Amplitude>+4dBm into 50Ω load

Frequency

1 to 100 MHz, step:1Hz

Amplitude-5dBm to +10 dBm, impedance: 50Ω

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Simultaneous recording of SCPI commands and one-click script generation
Not only can you export recorded SCPI commands with one click, but also automatically generate VS (C++, C#), Qt, Matlab, LabView program control example

Technical Specifications

projects, making program control easier.

Frequency characteristics

Frequency

Signal Flow Diagram Guidance Interface

N1 (Internal YO harmonic number)

6kHz≤f≤10MHz-

10MHz<f≤50MHz-

50MHz<f≤62.5MHz

1/256

1466C-V:6kHz to 13GHz

62.5MHz<f≤125MHz

1/128

1466D-V: 6kHz to 20GHz

125MHz<f≤250MHz

1/64

1466E-V: 6kHz to 33GHz

250MHz<f≤500MHz

1/32

1466G-V: 6kHz to 45GHz

500MHz<f≤1GHz

1/16

1466H-V: 6kHz to 53GHz

1GHz<f≤2GHz

1/8

1466L-V: 6kHz to 67GHz

2GHz<f≤4GHz

1/4

4GHz<f≤8GHz

1/2

8GHz<f≤20GHz

1

20GHz<f≤40GHz

2

40GHz<f≤67GHz

4

Resolution

0.001Hz

Switching speed<15ms

Aging rate(typ)±5×10 -10 /day after 30 days

Reference output
Reference input

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Frequency range

Frequency

10MHz

Amplitude>+4dBm into 50Ω load

Frequency

1 to 100 MHz, step:1Hz

Amplitude-5dBm to +10 dBm, impedance: 50Ω

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1466D-V

Sweep characteristics
Sweep modeRamp(analog) sweep(Option S15)

Step sweep：List Sweep and Ramp (Analog) Sweep (option S15)
Power Sweep (option S16)
f>4GHzFrequency accuracy±0.05% of span (at 100ms sweep time, for sweep spans less than maximum values given above)

400MHz/ms

Output characteristics

1466C/D/E/G(-V)-10dBm (can be set as -20dBm)

Minimum output power
1466H/L(-V)-10dBm (can be set as -20dBm)(CW, 25±10°C)

Frequency
range

Standard≥+15.0≥+15.050MHz<f≤20GHz≥+15.0≥+15.0≥+20.0≥+20.0Standard

Programmable step attenuator High output power
Option H01-130, H01-B130(option H05-33,H05-B33）

High output power and programmable step attenuator(option H01-130,H05-33,
H01-B130,H05-B33)

Option H01-90:

Frequency
range-90.0dBm (can be set as -110dBm)

6kHz≤f≤50MHz

≥+8.0

≥+8.0

≥+8.0

≥+8.0

50MHz<f≤6GHz≥+12.0≥+12.0≥+20.0≥+20.0

6GHz<f≤18GHz≥+12.0≥+12.0≥+18.0≥+18.018GHz<f≤30GHz≥+12.0≥+12.0≥+17.0≥+17.030GHz<f≤33GHz≥+12.0≥+12.0≥+18.0≥+18.0Standard

Programmable step attenuator High output power
Option H01-130, H01-B130(option H05-45, H05-B45）

High output power and programmable step attenuator(option H01-130, H05-45,
H01-B130,H05-B45)

6kHz≤f≤50MHz

≥+8.0

≥+8.0

≥+8.0

≥+8.0

50MHz<f≤6GHz≥+12.0≥+12.0≥+20.0≥+20.0

6GHz<f≤18GHz≥+12.0≥+12.0≥+18.0≥+18.018GHz<f≤30GHz≥+12.0≥+12.0≥+17.0≥+17.030GHz<f≤40GHz≥+12.0≥+12.0≥+18.0≥+18.040GHz<f≤45GHz≥+12.0≥+12.0≥+14.0≥+14.0

Option H01-120:

Maximum output power(CW, 25±10°C)

Programmable step attenuator High output power
Option H01-130, H01-B130(option H05-13, H05-B13)

High output power and programmable step attenuator(option H01-130, H05-13,
H01-B130,H05-B13)

6kHz≤f≤50MHz≥+15.0≥+15.0≥+15.0≥+15.050MHz<f≤13GHz≥+15.0≥+15.0≥+20.0≥+20.0CEYEAR TECHNOLOGIES CO.,LTD≥+15.0Configuration-120.0 dBm(can be set as -150dBm)

1466C-V
Maximum output power≥+15.0

Option H01-130:-90.0dBm (can be set as -140dBm)

Configuration

6kHz≤f≤50MHz

1466E-V

Option H01-90/120/130

standard

High output power and programmable step attenuator(option H01-130, H05-20,
H01-B130,H05-B20)

Frequency
range

Maximum sweep rate

ModelStandard

Programmable step attenuator High output power
Option H01-130, H01-B130(option H05-20, H05-B20）

Configuration

1466G-V
Configuration
Frequency
range

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1466D-V

Sweep characteristics
Sweep modeRamp(analog) sweep(Option S15)

Step sweep：List Sweep and Ramp (Analog) Sweep (option S15)
Power Sweep (option S16)
f>4GHzFrequency accuracy±0.05% of span (at 100ms sweep time, for sweep spans less than maximum values given above)

400MHz/ms

Output characteristics

1466C/D/E/G(-V)-10dBm (can be set as -20dBm)

Minimum output power
1466H/L(-V)-10dBm (can be set as -20dBm)(CW, 25±10°C)

Frequency
range

Standard≥+15.0≥+15.050MHz<f≤20GHz≥+15.0≥+15.0≥+20.0≥+20.0Standard

Programmable step attenuator High output power
Option H01-130, H01-B130(option H05-33,H05-B33）

High output power and programmable step attenuator(option H01-130,H05-33,
H01-B130,H05-B33)

Option H01-90:

Frequency
range-90.0dBm (can be set as -110dBm)

6kHz≤f≤50MHz

≥+8.0

≥+8.0

≥+8.0

≥+8.0

50MHz<f≤6GHz≥+12.0≥+12.0≥+20.0≥+20.0

6GHz<f≤18GHz≥+12.0≥+12.0≥+18.0≥+18.018GHz<f≤30GHz≥+12.0≥+12.0≥+17.0≥+17.030GHz<f≤33GHz≥+12.0≥+12.0≥+18.0≥+18.0Standard

Programmable step attenuator High output power
Option H01-130, H01-B130(option H05-45, H05-B45）

High output power and programmable step attenuator(option H01-130, H05-45,
H01-B130,H05-B45)

6kHz≤f≤50MHz

≥+8.0

≥+8.0

≥+8.0

≥+8.0

50MHz<f≤6GHz≥+12.0≥+12.0≥+20.0≥+20.0

6GHz<f≤18GHz≥+12.0≥+12.0≥+18.0≥+18.018GHz<f≤30GHz≥+12.0≥+12.0≥+17.0≥+17.030GHz<f≤40GHz≥+12.0≥+12.0≥+18.0≥+18.040GHz<f≤45GHz≥+12.0≥+12.0≥+14.0≥+14.0

Option H01-120:

Maximum output power(CW, 25±10°C)

Programmable step attenuator High output power
Option H01-130, H01-B130(option H05-13, H05-B13)

High output power and programmable step attenuator(option H01-130, H05-13,
H01-B130,H05-B13)

6kHz≤f≤50MHz≥+15.0≥+15.0≥+15.0≥+15.050MHz<f≤13GHz≥+15.0≥+15.0≥+20.0≥+20.0CEYEAR TECHNOLOGIES CO.,LTD≥+15.0Configuration-120.0 dBm(can be set as -150dBm)

1466C-V
Maximum output power≥+15.0

Option H01-130:-90.0dBm (can be set as -140dBm)

Configuration

6kHz≤f≤50MHz

1466E-V

Option H01-90/120/130

standard

High output power and programmable step attenuator(option H01-130, H05-20,
H01-B130,H05-B20)

Frequency
range

Maximum sweep rate

ModelStandard

Programmable step attenuator High output power
Option H01-130, H01-B130(option H05-20, H05-B20）

Configuration

1466G-V
Configuration
Frequency
range

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1466L-V
Configuration
Standard

Frequency
range

Programmable step attenuator
High output power
Option H01-90/120,(option H05-67,H05-B67)
H01-B90/B120

High output power and programmable step attenuator(option H01-90/120+H05-53,
H01-B90/120+H05-B53)

Power resolution

0.01dB

Temperature stability

0.02dB/℃(typ)Output impedance

50Ω(nom)

VSWR (internal leveled)

100kHz≤f≤20GHz<1.6

20GHz<f≤40GHz<1.8

40GHz<f≤67GHz<2.0

Maximum output power

6kHz≤f≤50MHz

≥+8.0

≥+8.0

≥+8.0

≥+8.0

(CW, 25±10°C)

50MHz<f≤35GHz

≥+8.0

≥+8.0

≥+17.0≥+16.035GHz<f≤40GHz

≥+8.0

≥+8.0

≥+15.0≥+13.0Maximum reverse power

40GHz<f≤53GHz

≥+8.0

≥+8.0

≥+20.0≥+18.0Spectral purity characteristics

53GHz<f≤65GHz

≥+8.0

≥+8.0

≥+18.0≥+16.065GHz<f≤67GHz

≥+8.0

≥+8.0

≥+15.0≥+12.0Harmonics (dBc at+10dBm or maximum
specified output power,
whichever is lower)-10dBm<P≤+10dBm+10dBm<P≤+25dBm+25dBm<P

6kHz≤f≤50MHz±1.0dB

±1.0dB—

50MHz<f≤3GHz±0.5dB±0.5dB

±1.0dB

3GHz<f≤20GHz±0.9dB±0.9dB±1.2dB

20GHz<f≤40GHz±1.0dB

±1.0dB—

40GHz<f≤50GHz±1.3dB±1.3dB—

Level accuracy

50GHz<f≤67GHz±1.8dB±1.8dB—(25±10°C)

H01-130/120/90/50/B130 programmable step attenuator option(typ)Standard
Frequency

Power(dBm)

0.5W(0V DC) (nom)Sub-harmonics (at +10
dBm or maximum
specified output power,
whichever is lower)

Frequency

Standard

6kHz≤f≤3GHz<-30dBc

3GHz<f≤67GHz<-55dBc

100kHz≤f≤20GHz<-80dBc

20GHz<f≤40GHz<-60dBc

40GHz<f≤67GHz<-50dBc

Frequency

Non-harmonics (dBc at
0dBm, for offset >3kHz)

Option H04-1

Option H04-2

6kHz≤f≤250MHz<-58dBc<-68dBc

250MHz<f≤4GHz<-70dBc<-80dBc

4GHz<f≤10GHz<-70dBc<-80dBc

10GHz<f≤20GHz<-64dBc<-74dBc

Power(dBm)+120dBm<P≤-90dBm
Frequency-90dBm<P≤-50dBm-50dBm<P≤+10dBm+10dBm<P≤+25dBm+25dBm<P

6kHz≤f≤50MHz—±1.5dB±1.5dB±1.5dB±1.5dB

20GHz<f≤40GHz<-58dBc<-68dBc

50MHz<f≤3GHz±1.2dB±0.7dB±0.7dB±0.7dB±0.7dB

40GHz<f≤67GHz<-45dBc<-45dBc

3GHz<f≤20GHz±1.8dB±0.9dB±0.9dB±0.9dB±0.9dB

20GHz<f≤40GHz—±1.2dB±1.2dB±1.2dB±1.2dB

40GHz<f≤50GHz—±1.5dB±1.5dB±1.5dB±1.5dB

50GHz<f≤67GHz—±2.0dB±2.0dB±2.0dB±2.0dBCEYEAR TECHNOLOGIES CO.,LTD

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1466L-V
Configuration
Standard

Frequency
range

Programmable step attenuator
High output power
Option H01-90/120,(option H05-67,H05-B67)
H01-B90/B120

High output power and programmable step attenuator(option H01-90/120+H05-53,
H01-B90/120+H05-B53)

Power resolution

0.01dB

Temperature stability

0.02dB/℃(typ)Output impedance

50Ω(nom)

VSWR (internal leveled)

100kHz≤f≤20GHz<1.6

20GHz<f≤40GHz<1.8

40GHz<f≤67GHz<2.0

Maximum output power

6kHz≤f≤50MHz

≥+8.0

≥+8.0

≥+8.0

≥+8.0

(CW, 25±10°C)

50MHz<f≤35GHz

≥+8.0

≥+8.0

≥+17.0≥+16.035GHz<f≤40GHz

≥+8.0

≥+8.0

≥+15.0≥+13.0Maximum reverse power

40GHz<f≤53GHz

≥+8.0

≥+8.0

≥+20.0≥+18.0Spectral purity characteristics

53GHz<f≤65GHz

≥+8.0

≥+8.0

≥+18.0≥+16.065GHz<f≤67GHz

≥+8.0

≥+8.0

≥+15.0≥+12.0Harmonics (dBc at+10dBm or maximum
specified output power,
whichever is lower)-10dBm<P≤+10dBm+10dBm<P≤+25dBm+25dBm<P

6kHz≤f≤50MHz±1.0dB

±1.0dB—

50MHz<f≤3GHz±0.5dB±0.5dB

±1.0dB

3GHz<f≤20GHz±0.9dB±0.9dB±1.2dB

20GHz<f≤40GHz±1.0dB

±1.0dB—

40GHz<f≤50GHz±1.3dB±1.3dB—

Level accuracy

50GHz<f≤67GHz±1.8dB±1.8dB—(25±10°C)

H01-130/120/90/50/B130 programmable step attenuator option(typ)Standard
Frequency

Power(dBm)

0.5W(0V DC) (nom)Sub-harmonics (at +10
dBm or maximum
specified output power,
whichever is lower)

Frequency

Standard

6kHz≤f≤3GHz<-30dBc

3GHz<f≤67GHz<-55dBc

100kHz≤f≤20GHz<-80dBc

20GHz<f≤40GHz<-60dBc

40GHz<f≤67GHz<-50dBc

Frequency

Non-harmonics (dBc at
0dBm, for offset >3kHz)

Option H04-1

Option H04-2

6kHz≤f≤250MHz<-58dBc<-68dBc

250MHz<f≤4GHz<-70dBc<-80dBc

4GHz<f≤10GHz<-70dBc<-80dBc

10GHz<f≤20GHz<-64dBc<-74dBc

Power(dBm)+120dBm<P≤-90dBm
Frequency-90dBm<P≤-50dBm-50dBm<P≤+10dBm+10dBm<P≤+25dBm+25dBm<P

6kHz≤f≤50MHz—±1.5dB±1.5dB±1.5dB±1.5dB

20GHz<f≤40GHz<-58dBc<-68dBc

50MHz<f≤3GHz±1.2dB±0.7dB±0.7dB±0.7dB±0.7dB

40GHz<f≤67GHz<-45dBc<-45dBc

3GHz<f≤20GHz±1.8dB±0.9dB±0.9dB±0.9dB±0.9dB

20GHz<f≤40GHz—±1.2dB±1.2dB±1.2dB±1.2dB

40GHz<f≤50GHz—±1.5dB±1.5dB±1.5dB±1.5dB

50GHz<f≤67GHz—±2.0dB±2.0dB±2.0dB±2.0dBCEYEAR TECHNOLOGIES CO.,LTD

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Offset from carrier

10Hz

100Hz

1kHz

10kHz

100kHz

1MHz

10MHz

H04-1 low phase noise option
100MHz

—

<-118

<-141

<-148

<-150

—

—

SSB phase noise

250MHz<f≤500MHz

—

<-111

<-130

<-145

<-143

—

—

(dBc/Hz, at +10dBm or

0.5 GHz<f≤1GHz

—

<-105

<-124

<-140

<-138

—

—

maximum specified

1 GHz<f≤2GHz

—

<-100

<-118

<-134

<-132

—

—

2 GHz<f≤4GHz

—

<-93

<-113

<-128

<-126

—

—

4GHz<f≤10GHz

—

<-85

<-105

<-120

<-118

—

—

10GHz<f≤20GHz

—

<-79

<-99

<-114

<-112

—

—

20GHz<f≤40GHz

—

<-73

<-93

<-108

<-106

—

—

40GHz<f≤67GHz

—

<-67

<-87

<-103

<-101

—

—

67GHz<f≤110GHz

—

<-61

<-81

<-97

<-95

—

—

output power, whicheveris lower)

Modulation characteristics
Frequency modulation(50MHz<f≤50GHz,
Option S11)

Accuracy (at 1kHz, N×20kHz≤deviation<N×800kHz):<± (2.5%× set frequency offset +20Hz)
Modulation rate (3dB bandwidth, N×500kHz frequency offset)):DC-10MHz
Distortion (at 1kHz, N×20kHz≤deviations<N×800kHz) :<1%
Maximum deviation:

Phase modulation

Normal mode: N×20.0rad (N: YO harmonic number)Broadband mode: N×2rad(50MHz<f≤50GHz,

Low noise mode: N×0.2rad

Option S11)

Accuracy (at 1kHz, N×0.2rad≤phase deviations<N×8rad, normal mode):<± (3% of setting deviation+0.01 rad)
Modulation rate (3dB bandwidth, broadband mode): DC to 10MHz(typ)Distortion (at 1kHz, N×0.8rad≤deviations<N×8rad, THD): :<0.8%

Amplitude modulation(10MHz<f≤50GHz,

H04-2 ultra low phase noise option

Maximum deviation: N×20MHz (N: YO harmonic number)

Option S11）

Maximum depth:>90％
Modution rate (3 dB bandwidth, 30% modulation depth): DC to 100kHz
Accuracy(1kHz modulation rate,30% modulation depth):±(5％ of setting+1％)
Distortion (1kHz modulation rate, Linear mode, THD,30% modulation depth) :<1.0%

100MHz

<-102

<-120

<-141

<-148

<-150

<-152

<-152

SSB phase noise

250MHz<f≤500MHz

<-92

<-112

<-135

<-146

<-148

<-150

<-150

(dBc/Hz, at +10dBm or

0.5GHz<f≤1GHz

<-90

<-110

<-134

<-144

<-147

<-150

<-150

On/off ratio>80dB

1GHz<f≤2GHz

<-88

<-104

<-127

<-138

<-142

<-148

<-148

Rise/fall times<20ns

2 GHz<f≤4GHz

<-82

<-99

<-122

<-135

<-136

<-146

<-148

Pulse modulation

Repetition frequency

0Hz to 25MHz

4GHz<f≤10GHz

<-77

<-91

<-115

<-128

<-128

<-140

<-154

（f＞50MHz, option S13

Minimum pulse width

0.1μs

10GHz<f≤20GHz

<-71

<-85

<-109

<-122

<-122

<-134

<-152

will cover option S12）

20GHz<f≤40GHz

<-63

<-79

<-99

<-116

<-116

<-128

<-142

On/off ratio>80dB

40GHz<f≤67GHz

<-57

<-73

<-94

<-110

<-110

<-122

<-136

Rise/fall times<10ns

Repetition frequency

0Hz to 25MHz

Minimum pulse width

20ns

maximum specified
output power, whicheveris lower)

CEYEAR TECHNOLOGIES CO.,LTD

Option S12: Pulse modulation

Option S13: Narrow Pulse modulation

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Offset from carrier

10Hz

100Hz

1kHz

10kHz

100kHz

1MHz

10MHz

H04-1 low phase noise option
100MHz

—

<-118

<-141

<-148

<-150

—

—

SSB phase noise

250MHz<f≤500MHz

—

<-111

<-130

<-145

<-143

—

—

(dBc/Hz, at +10dBm or

0.5 GHz<f≤1GHz

—

<-105

<-124

<-140

<-138

—

—

maximum specified

1 GHz<f≤2GHz

—

<-100

<-118

<-134

<-132

—

—

2 GHz<f≤4GHz

—

<-93

<-113

<-128

<-126

—

—

4GHz<f≤10GHz

—

<-85

<-105

<-120

<-118

—

—

10GHz<f≤20GHz

—

<-79

<-99

<-114

<-112

—

—

20GHz<f≤40GHz

—

<-73

<-93

<-108

<-106

—

—

40GHz<f≤67GHz

—

<-67

<-87

<-103

<-101

—

—

67GHz<f≤110GHz

—

<-61

<-81

<-97

<-95

—

—

output power, whicheveris lower)

Modulation characteristics
Frequency modulation(50MHz<f≤50GHz,
Option S11)

Accuracy (at 1kHz, N×20kHz≤deviation<N×800kHz):<± (2.5%× set frequency offset +20Hz)
Modulation rate (3dB bandwidth, N×500kHz frequency offset)):DC-10MHz
Distortion (at 1kHz, N×20kHz≤deviations<N×800kHz) :<1%
Maximum deviation:

Phase modulation

Normal mode: N×20.0rad (N: YO harmonic number)Broadband mode: N×2rad(50MHz<f≤50GHz,

Low noise mode: N×0.2rad

Option S11)

Accuracy (at 1kHz, N×0.2rad≤phase deviations<N×8rad, normal mode):<± (3% of setting deviation+0.01 rad)
Modulation rate (3dB bandwidth, broadband mode): DC to 10MHz(typ)Distortion (at 1kHz, N×0.8rad≤deviations<N×8rad, THD): :<0.8%

Amplitude modulation(10MHz<f≤50GHz,

H04-2 ultra low phase noise option

Maximum deviation: N×20MHz (N: YO harmonic number)

Option S11）

Maximum depth:>90％
Modution rate (3 dB bandwidth, 30% modulation depth): DC to 100kHz
Accuracy(1kHz modulation rate,30% modulation depth):±(5％ of setting+1％)
Distortion (1kHz modulation rate, Linear mode, THD,30% modulation depth) :<1.0%

100MHz

<-102

<-120

<-141

<-148

<-150

<-152

<-152

SSB phase noise

250MHz<f≤500MHz

<-92

<-112

<-135

<-146

<-148

<-150

<-150

(dBc/Hz, at +10dBm or

0.5GHz<f≤1GHz

<-90

<-110

<-134

<-144

<-147

<-150

<-150

On/off ratio>80dB

1GHz<f≤2GHz

<-88

<-104

<-127

<-138

<-142

<-148

<-148

Rise/fall times<20ns

2 GHz<f≤4GHz

<-82

<-99

<-122

<-135

<-136

<-146

<-148

Pulse modulation

Repetition frequency

0Hz to 25MHz

4GHz<f≤10GHz

<-77

<-91

<-115

<-128

<-128

<-140

<-154

（f＞50MHz, option S13

Minimum pulse width

0.1μs

10GHz<f≤20GHz

<-71

<-85

<-109

<-122

<-122

<-134

<-152

will cover option S12）

20GHz<f≤40GHz

<-63

<-79

<-99

<-116

<-116

<-128

<-142

On/off ratio>80dB

40GHz<f≤67GHz

<-57

<-73

<-94

<-110

<-110

<-122

<-136

Rise/fall times<10ns

Repetition frequency

0Hz to 25MHz

Minimum pulse width

20ns

maximum specified
output power, whicheveris lower)

CEYEAR TECHNOLOGIES CO.,LTD

Option S12: Pulse modulation

Option S13: Narrow Pulse modulation

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Support frequency/phase modulation, amplitude modulation output

LF out/Function
generator (option S14)

Waveform: sina, square, triangle, sawtooth, noise, double sine, sweep sine

Internal modulation

Frequency range: DC to 10MHz for sine, double sine, sweep sine waveform; 0.1Hz to 1MHz for square, triangle, swatooth waveform.

bandwidth

Frequency resolution:0.1Hz
Low frequency output: amplitude: 0 to 5Vpp(nom), into 50Ω load
Basic modulation types (symbol rate 4 Msym/s, root Nyquist filter, α=0.3,QPSK format,f>100MHz):
100MHz<f≤4GHz <0.8%

External modulation
bandwidth

0dBm,25℃±10℃)<0.7% (2GHz)

Option H31-2000：600Msps
Baseband waveform memory：Standard：1G sampling point<1.0% (100MHz,10GHz)

Option H32：4G sampling point<1.2% (100MHz,28GHz)

Real-time baseband mode：<1.8% (100MHz,42.5GHz)
CDMA:(symbol rate 3.84 Msym/s, root Nyquist filter, α=0.22,QPSK format)

Internal baseband signal>64dBc (2GHz)

generator

Adjacent Channel Power
Ratio (ACPR, after
calibration ,25℃±10℃)>52dBc (100MHz,3.5GHz,0dBm)>51dBc (100MHz,10GHz,0dBm)>48dBc (100MHz,28GHz,0dBm)>42dBc (100MHz,42.5GHz,0dBm)
1466H/L-V:>52dBc (100MHz,3.5GHz,0dBm)>51dBc (100MHz,10GHz,0dBm)>46dBc (100MHz,28GHz, +5dBm)>41dBc (100MHz,42.5GHz, +5dBm)

CEYEAR TECHNOLOGIES CO.,LTD

H33/H33-B:5GHz(f>20GHz, ALC off, input 500mVPP sine to channel I, frequency response: ±8.0dB).

Option H31-1000：300Msps<0.85% (100MHz,3.5GHz)

1466C/D/E/F-V:

standard:2GHz (ALC off, input 500mVPP sine to channel I, frequency response: ±5.0dB);

Standard：150Msps

5GNR:(Test Model 3.1a,100MHz,256QAM,30kHz SCS, Option S01):

5GNR:(Test Model 3.1a,100MHz,256QAM,30kHz SCS, option S01)

(Carrier: 10GHz, 28GHz,42.5GHz)

Max. symbol rate：

40GHz<f≤67GHz <1.4%
CDMA (symbol rate 3.84 Msym/s, root Nyquist filter, α=0.22,QPSK format):H31-1000/H31-B1000 option:1GHz (Multitone, number of tones:51, carrier: ≥2.6GHz,frequency interval: 20MHz,frequency response: <4.0dB);

Channel：2（I and Q）

20GHz<f≤40GHz <1.2%

RMS%, after calibration,

H31-500/H31-B500 option:500MHz (Multitone, number of tones:51, Frequency interval:10MHz, frequency response:<3.0dB);
H31-2000/H31-B2000 option:2GHz (Multitone, number of tones:51 carrier: ≥3.5GHz, frequency interval: 40MHz, frequency response: <5.0dB).

4GHz<f≤20GHz <1.0%

Vector accuracy (EVM,(Carrier:900MHz, 2.6GHz, 3.5GHz, 10GHz, 28GHz, 42.5GHz, option S01/02)

Modulation format：
PSK：BPSK, QPSK, AQPSK, OQPSK,π/4DQPSK, 8PSK
QAM： 16, 32, 64, 128, 256, 512, 1024, 2048, 4096
FSK：2, 4, 8, 16, 32, 64
ASK, MSK, APSK arbitrary wave modulation
Maximum frequency interval in multitone mode（H31-2000）：2GHz
EVM： <0.5% （typ） （RMS%，symble rate 4Msps，Gennyquist filter， α=0.3，QPSK format）
Arbitrary wave mode：
Data format: waveform segment, sequence
Maximum clock frequency（H31-2000）：2.5GHz
Trigger mode: continuous, single, gated
Trigger source: key trigger, external
Trigger type: Automatic, trigger, real-time, single ignore repeat trigger, single buffer repeat trigger, single real-time repeat trigger, high gating
valid, low gating valid.

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Support frequency/phase modulation, amplitude modulation output

LF out/Function
generator (option S14)

Waveform: sina, square, triangle, sawtooth, noise, double sine, sweep sine

Internal modulation

Frequency range: DC to 10MHz for sine, double sine, sweep sine waveform; 0.1Hz to 1MHz for square, triangle, swatooth waveform.

bandwidth

Frequency resolution:0.1Hz
Low frequency output: amplitude: 0 to 5Vpp(nom), into 50Ω load
Basic modulation types (symbol rate 4 Msym/s, root Nyquist filter, α=0.3,QPSK format,f>100MHz):
100MHz<f≤4GHz <0.8%

External modulation
bandwidth

0dBm,25℃±10℃)<0.7% (2GHz)

Option H31-2000：600Msps
Baseband waveform memory：Standard：1G sampling point<1.0% (100MHz,10GHz)

Option H32：4G sampling point<1.2% (100MHz,28GHz)

Real-time baseband mode：<1.8% (100MHz,42.5GHz)
CDMA:(symbol rate 3.84 Msym/s, root Nyquist filter, α=0.22,QPSK format)

Internal baseband signal>64dBc (2GHz)

generator

Adjacent Channel Power
Ratio (ACPR, after
calibration ,25℃±10℃)>52dBc (100MHz,3.5GHz,0dBm)>51dBc (100MHz,10GHz,0dBm)>48dBc (100MHz,28GHz,0dBm)>42dBc (100MHz,42.5GHz,0dBm)
1466H/L-V:>52dBc (100MHz,3.5GHz,0dBm)>51dBc (100MHz,10GHz,0dBm)>46dBc (100MHz,28GHz, +5dBm)>41dBc (100MHz,42.5GHz, +5dBm)

CEYEAR TECHNOLOGIES CO.,LTD

H33/H33-B:5GHz(f>20GHz, ALC off, input 500mVPP sine to channel I, frequency response: ±8.0dB).

Option H31-1000：300Msps<0.85% (100MHz,3.5GHz)

1466C/D/E/F-V:

standard:2GHz (ALC off, input 500mVPP sine to channel I, frequency response: ±5.0dB);

Standard：150Msps

5GNR:(Test Model 3.1a,100MHz,256QAM,30kHz SCS, Option S01):

5GNR:(Test Model 3.1a,100MHz,256QAM,30kHz SCS, option S01)

(Carrier: 10GHz, 28GHz,42.5GHz)

Max. symbol rate：

40GHz<f≤67GHz <1.4%
CDMA (symbol rate 3.84 Msym/s, root Nyquist filter, α=0.22,QPSK format):H31-1000/H31-B1000 option:1GHz (Multitone, number of tones:51, carrier: ≥2.6GHz,frequency interval: 20MHz,frequency response: <4.0dB);

Channel：2（I and Q）

20GHz<f≤40GHz <1.2%

RMS%, after calibration,

H31-500/H31-B500 option:500MHz (Multitone, number of tones:51, Frequency interval:10MHz, frequency response:<3.0dB);
H31-2000/H31-B2000 option:2GHz (Multitone, number of tones:51 carrier: ≥3.5GHz, frequency interval: 40MHz, frequency response: <5.0dB).

4GHz<f≤20GHz <1.0%

Vector accuracy (EVM,(Carrier:900MHz, 2.6GHz, 3.5GHz, 10GHz, 28GHz, 42.5GHz, option S01/02)

Modulation format：
PSK：BPSK, QPSK, AQPSK, OQPSK,π/4DQPSK, 8PSK
QAM： 16, 32, 64, 128, 256, 512, 1024, 2048, 4096
FSK：2, 4, 8, 16, 32, 64
ASK, MSK, APSK arbitrary wave modulation
Maximum frequency interval in multitone mode（H31-2000）：2GHz
EVM： <0.5% （typ） （RMS%，symble rate 4Msps，Gennyquist filter， α=0.3，QPSK format）
Arbitrary wave mode：
Data format: waveform segment, sequence
Maximum clock frequency（H31-2000）：2.5GHz
Trigger mode: continuous, single, gated
Trigger source: key trigger, external
Trigger type: Automatic, trigger, real-time, single ignore repeat trigger, single buffer repeat trigger, single real-time repeat trigger, high gating
valid, low gating valid.

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General characteristics
1466C/D(-V):3.5mm (Male), Impedance 50Ω
1466E/G(-V):2.4mm (Male), Impedance 50Ω

SSB phase noise

1466H/L(-V):1.85mm (Male), Impedance 50Ω

(dBc/Hz, at +10dBm or

475mm×193mm×620mm(Includes handle and protective bottom corner)

maximum specified

426mm×177mm×500mm(Excludes handle and protective bottom corner)

output power, whicheveris lower)<35kg (weight depend on product model and option)
100 to 120VAC,50 to 60Hz or 200 to 240VAC,50 to 60Hz (adaptive power supply)<700W
Operating temperature range:0℃ to +50℃;
Storage temperature range:-40℃ to +70℃

Ording Information· Mainframe:
1466C-V Signal Generator: 6kHz to 13GHz
1466D-V Signal Generator: 6kHz to 20GHz
1466E-V Signal Generator: 6kHz to 33GHz
1466G-V Signal Generator: 6kHz to 45GHz
1466H-V Signal Generator: 6kHz to 53GHz
1466L-V Signal Generator: 6kHz to 67GHz· Standard:No.

Description

Remarks

1

Power cable assembly/

2

The Product certificate of conformity/

Option No.

Description

Function and performance requirements

Programmable step attenuator option
1466-H01-130

130dB programmable step attenuator

To expand output power dynamic range for 1466C/D/E/G-V

1466-H01-120

120dB programmable step attenuator

To expand output power dynamic range for 1466H/L-V

1466-H01-90

90dB programmable step attenuator

To expand output power dynamic range for 1466H/L-V

1466-H01-B130

Channel B 130dB programmable step attenuator

To expand Channel B output power dynamic range for 1466C/D-V, Requires option
1466-H11-B13/B20/BV13/BV20

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Support frequency/phase modulation, amplitude modulation output

LF out/Function
generator (option S14)

Waveform: sina, square, triangle, sawtooth, noise, double sine, sweep sine

Internal modulation

Frequency range: DC to 10MHz for sine, double sine, sweep sine waveform; 0.1Hz to 1MHz for square, triangle, swatooth waveform.

bandwidth

Frequency resolution:0.1Hz
Low frequency output: amplitude: 0 to 5Vpp(nom), into 50Ω load
Basic modulation types (symbol rate 4 Msym/s, root Nyquist filter, α=0.3,QPSK format,f>100MHz):
100MHz<f≤4GHz <0.8%

External modulation
bandwidth

0dBm,25℃±10℃)<0.7% (2GHz)

Option H31-2000：600Msps
Baseband waveform memory：Standard：1G sampling point<1.0% (100MHz,10GHz)

Option H32：4G sampling point<1.2% (100MHz,28GHz)

Real-time baseband mode：<1.8% (100MHz,42.5GHz)
CDMA:(symbol rate 3.84 Msym/s, root Nyquist filter, α=0.22,QPSK format)

Internal baseband signal>64dBc (2GHz)

generator

Adjacent Channel Power
Ratio (ACPR, after
calibration ,25℃±10℃)>52dBc (100MHz,3.5GHz,0dBm)>51dBc (100MHz,10GHz,0dBm)>48dBc (100MHz,28GHz,0dBm)>42dBc (100MHz,42.5GHz,0dBm)
1466H/L-V:>52dBc (100MHz,3.5GHz,0dBm)>51dBc (100MHz,10GHz,0dBm)>46dBc (100MHz,28GHz, +5dBm)>41dBc (100MHz,42.5GHz, +5dBm)

CEYEAR TECHNOLOGIES CO.,LTD

H33/H33-B:5GHz(f>20GHz, ALC off, input 500mVPP sine to channel I, frequency response: ±8.0dB).

Option H31-1000：300Msps<0.85% (100MHz,3.5GHz)

1466C/D/E/F-V:

standard:2GHz (ALC off, input 500mVPP sine to channel I, frequency response: ±5.0dB);

Standard：150Msps

5GNR:(Test Model 3.1a,100MHz,256QAM,30kHz SCS, Option S01):

5GNR:(Test Model 3.1a,100MHz,256QAM,30kHz SCS, option S01)

(Carrier: 10GHz, 28GHz,42.5GHz)

Max. symbol rate：

40GHz<f≤67GHz <1.4%
CDMA (symbol rate 3.84 Msym/s, root Nyquist filter, α=0.22,QPSK format):H31-1000/H31-B1000 option:1GHz (Multitone, number of tones:51, carrier: ≥2.6GHz,frequency interval: 20MHz,frequency response: <4.0dB);

Channel：2（I and Q）

20GHz<f≤40GHz <1.2%

RMS%, after calibration,

H31-500/H31-B500 option:500MHz (Multitone, number of tones:51, Frequency interval:10MHz, frequency response:<3.0dB);
H31-2000/H31-B2000 option:2GHz (Multitone, number of tones:51 carrier: ≥3.5GHz, frequency interval: 40MHz, frequency response: <5.0dB).

4GHz<f≤20GHz <1.0%

Vector accuracy (EVM,(Carrier:900MHz, 2.6GHz, 3.5GHz, 10GHz, 28GHz, 42.5GHz, option S01/02)

Modulation format：
PSK：BPSK, QPSK, AQPSK, OQPSK,π/4DQPSK, 8PSK
QAM： 16, 32, 64, 128, 256, 512, 1024, 2048, 4096
FSK：2, 4, 8, 16, 32, 64
ASK, MSK, APSK arbitrary wave modulation
Maximum frequency interval in multitone mode（H31-2000）：2GHz
EVM： <0.5% （typ） （RMS%，symble rate 4Msps，Gennyquist filter， α=0.3，QPSK format）
Arbitrary wave mode：
Data format: waveform segment, sequence
Maximum clock frequency（H31-2000）：2.5GHz
Trigger mode: continuous, single, gated
Trigger source: key trigger, external
Trigger type: Automatic, trigger, real-time, single ignore repeat trigger, single buffer repeat trigger, single real-time repeat trigger, high gating
valid, low gating valid.

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General characteristics
1466C/D(-V):3.5mm (Male), Impedance 50Ω
1466E/G(-V):2.4mm (Male), Impedance 50Ω

SSB phase noise

1466H/L(-V):1.85mm (Male), Impedance 50Ω

(dBc/Hz, at +10dBm or

475mm×193mm×620mm(Includes handle and protective bottom corner)

maximum specified

426mm×177mm×500mm(Excludes handle and protective bottom corner)

output power, whicheveris lower)<35kg (weight depend on product model and option)
100 to 120VAC,50 to 60Hz or 200 to 240VAC,50 to 60Hz (adaptive power supply)<700W
Operating temperature range:0℃ to +50℃;
Storage temperature range:-40℃ to +70℃

Ording Information· Mainframe:
1466C-V Signal Generator: 6kHz to 13GHz
1466D-V Signal Generator: 6kHz to 20GHz
1466E-V Signal Generator: 6kHz to 33GHz
1466G-V Signal Generator: 6kHz to 45GHz
1466H-V Signal Generator: 6kHz to 53GHz
1466L-V Signal Generator: 6kHz to 67GHz· Standard:No.

Description

Remarks

1

Power cable assembly/

2

The Product certificate of conformity/

Option No.

Description

Function and performance requirements

Programmable step attenuator option
1466-H01-130

130dB programmable step attenuator

To expand output power dynamic range for 1466C/D/E/G-V

1466-H01-120

120dB programmable step attenuator

To expand output power dynamic range for 1466H/L-V

1466-H01-90

90dB programmable step attenuator

To expand output power dynamic range for 1466H/L-V

1466-H01-B130

Channel B 130dB programmable step attenuator

To expand Channel B output power dynamic range for 1466C/D-V, Requires option
1466-H11-B13/B20/BV13/BV20

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Low phase noise option
1466-H04-1

Low phase noise

Improved phase noise performance,10GHz@10kHz: -120dBc/Hz.
For option 1466-H04-1 and 1466-H04-2, one of them must be selected.

1466-H04-2

Ultra low phase noise

Improved phase noise performance,10GHz@10kHz: -128dBc/Hz.
For option 1466-H04-1 and 1466-H04-2, one of them must be selected.

1466-H04-B1

1466-H04-B2

Channel B low phase noise

Channel B ultra low phase noise

Improved Channel B phase noise performance,10GHz@10kHz: -120dBc/Hz,
Regarding options 1466-H11-B13/B20/BV13/BV20. 1466-H04-B1, 1466-H04-B2
either one of them must be selected
Improved Channel B phase noise performance,10GHz@10kHz: -128dBc/Hz,
Regarding options 1466-H11-B13/B20/BV13/BV20, 1466-H04-2. 1466-H04-B1,
1466-H04-B2, either one of them must be selected.

Low phase noise option

1466-H31-1000

1GHz modulation bandwidthInternal modulation bandwidth:1GHz for 1466-V series.Regarding options
1466-H31-500, 1466-H31-1000, 1466-H31-2000, either one of them must be selected.

1466-H31-2000

2GHz modulation bandwidthInternal modulation bandwidth:2GHz for 1466-V series.Regarding options
1466-H31-500, 1466-H31-1000, 1466-H31-2000, either one of them must be selected.

1466-H31-B500

Channel B 500MHz modulation bandwidth

Channel B Internal modulation bandwidth:500MHz Regarding options 1466-H31-B500,
1466-H31-B1000, 1466-H31-B2000, either one of them must be selected.
Option 1466-H11-BV13 or 1466-H11-BV20 need to be configured.

1466-H31-B1000

Channel B 1GHz modulation bandwidth

Channel B Internal modulation bandwidth:1GHz Regarding options 1466-H31-B500,
1466-H31-B1000, 1466-H31-B2000, either one of them must be selected.
Option 1466-H11-BV13 or 1466-H11-BV20 need to be configured.

1466-H31-B2000

Channel B 2GHz modulation bandwidth

Channel BInternal modulation bandwidth:2GHz Regarding options 1466-H31-B500,
1466-H31-B1000, 1466-H31-B2000, either one of them must be selected.
Option 1466-H11-BV13 or 1466-H11-BV20 need to be configured.

1466-H05-13

13GHz High output power

Improve maximum output power for 1466C-V

Large memory option

1466-H05-20

20GHz High output power

Improve maximum output power for 1466D-V1466-H32

Internal baseband large capacity memory

Expand internal baseband memory to 16GB

1466-H05-33

33GHz High output power

Improve maximum output power for 1466E-V

1466-H32-B

Channel B Internal baseband large capacity memory

1466-H05-45

45GHz High output power

Improve maximum output power for 1466G-V

Expand Channel B internal baseband memory to 16GB,
Option 1466-H11-BV13 or option 1466-H11-BV20 need to be configured

1466-H05-53

53GHz High output power

Improve maximum output power for 1466H-V1466-H05-67

67GHz High output power

Improve maximum output power for 1466L-V

1466-H05-B13

13GHz Channel B High output power

Improve Channel B maximum output power for 1466C-V, Option 1466-H11-B13/BV13
need to be configured

1466-H05-B20

20GHz Channel B High output power

Improve Channel B maximum output power for 1466D-V, Option 1466-H11-B20/BV20
need to be configured

1466-H11-BV13

13GHz Vector Channel B

Add Channel B, output 100kHz to 13GHz vector signal for 1466D-V1466-H11-BV20

20GHz Vector Channel B

Add Channel B, Output 100kHz to 20GHz Vector signal for 1466D-V

Dual channel option

Internal modulation bandwidth option
1466-H31-500

500MHz modulation bandwidth

CEYEAR TECHNOLOGIES CO.,LTD

Internal modulation bandwidth:500MHz, Regarding options 1466-H31-500,
1466-H31-1000, 1466-H31-2000, either one of them must be selected.

Wideband external IQ input option
1466-H33

Wideband external IQ input

Add wideband external IQ input function

1466-H33-B

Channel B Wideband external IQ input

Channel B Wideband external IQ input,Option 1466-H11-BV13 or option
1466-H11-BV20 need to be configured

1466-H36

Phase coherence extension

Realize phase coherent input-output interface connection

1466-H94

Rack mount kit

Mount kit for rack1466-H99

Aluminum alloy transport caseHigh-intensity portable aluminum alloy transport case, with carrying handle and omnidirectional wheel, convenient for transportation

1466-H100

User Manual paper version

A detailed user manual in hard copy is provided.

1466-S01

Arbitrary waveform modulation function

Support arbitrary wave data download and playback, baseband signal generation orsignal playback for 1466-V series

1466-S02

Multitone modulation

Realize multitone modulation siganl generation function

Matching option

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Low phase noise option
1466-H04-1

Low phase noise

Improved phase noise performance,10GHz@10kHz: -120dBc/Hz.
For option 1466-H04-1 and 1466-H04-2, one of them must be selected.

1466-H04-2

Ultra low phase noise

Improved phase noise performance,10GHz@10kHz: -128dBc/Hz.
For option 1466-H04-1 and 1466-H04-2, one of them must be selected.

1466-H04-B1

1466-H04-B2

Channel B low phase noise

Channel B ultra low phase noise

Improved Channel B phase noise performance,10GHz@10kHz: -120dBc/Hz,
Regarding options 1466-H11-B13/B20/BV13/BV20. 1466-H04-B1, 1466-H04-B2
either one of them must be selected
Improved Channel B phase noise performance,10GHz@10kHz: -128dBc/Hz,
Regarding options 1466-H11-B13/B20/BV13/BV20, 1466-H04-2. 1466-H04-B1,
1466-H04-B2, either one of them must be selected.

Low phase noise option

1466-H31-1000

1GHz modulation bandwidthInternal modulation bandwidth:1GHz for 1466-V series.Regarding options
1466-H31-500, 1466-H31-1000, 1466-H31-2000, either one of them must be selected.

1466-H31-2000

2GHz modulation bandwidthInternal modulation bandwidth:2GHz for 1466-V series.Regarding options
1466-H31-500, 1466-H31-1000, 1466-H31-2000, either one of them must be selected.

1466-H31-B500

Channel B 500MHz modulation bandwidth

Channel B Internal modulation bandwidth:500MHz Regarding options 1466-H31-B500,
1466-H31-B1000, 1466-H31-B2000, either one of them must be selected.
Option 1466-H11-BV13 or 1466-H11-BV20 need to be configured.

1466-H31-B1000

Channel B 1GHz modulation bandwidth

Channel B Internal modulation bandwidth:1GHz Regarding options 1466-H31-B500,
1466-H31-B1000, 1466-H31-B2000, either one of them must be selected.
Option 1466-H11-BV13 or 1466-H11-BV20 need to be configured.

1466-H31-B2000

Channel B 2GHz modulation bandwidth

Channel BInternal modulation bandwidth:2GHz Regarding options 1466-H31-B500,
1466-H31-B1000, 1466-H31-B2000, either one of them must be selected.
Option 1466-H11-BV13 or 1466-H11-BV20 need to be configured.

1466-H05-13

13GHz High output power

Improve maximum output power for 1466C-V

Large memory option

1466-H05-20

20GHz High output power

Improve maximum output power for 1466D-V1466-H32

Internal baseband large capacity memory

Expand internal baseband memory to 16GB

1466-H05-33

33GHz High output power

Improve maximum output power for 1466E-V

1466-H32-B

Channel B Internal baseband large capacity memory

1466-H05-45

45GHz High output power

Improve maximum output power for 1466G-V

Expand Channel B internal baseband memory to 16GB,
Option 1466-H11-BV13 or option 1466-H11-BV20 need to be configured

1466-H05-53

53GHz High output power

Improve maximum output power for 1466H-V1466-H05-67

67GHz High output power

Improve maximum output power for 1466L-V

1466-H05-B13

13GHz Channel B High output power

Improve Channel B maximum output power for 1466C-V, Option 1466-H11-B13/BV13
need to be configured

1466-H05-B20

20GHz Channel B High output power

Improve Channel B maximum output power for 1466D-V, Option 1466-H11-B20/BV20
need to be configured

1466-H11-BV13

13GHz Vector Channel B

Add Channel B, output 100kHz to 13GHz vector signal for 1466D-V1466-H11-BV20

20GHz Vector Channel B

Add Channel B, Output 100kHz to 20GHz Vector signal for 1466D-V

Dual channel option

Internal modulation bandwidth option
1466-H31-500

500MHz modulation bandwidth

CEYEAR TECHNOLOGIES CO.,LTD

Internal modulation bandwidth:500MHz, Regarding options 1466-H31-500,
1466-H31-1000, 1466-H31-2000, either one of them must be selected.

Wideband external IQ input option
1466-H33

Wideband external IQ input

Add wideband external IQ input function

1466-H33-B

Channel B Wideband external IQ input

Channel B Wideband external IQ input,Option 1466-H11-BV13 or option
1466-H11-BV20 need to be configured

1466-H36

Phase coherence extension

Realize phase coherent input-output interface connection

1466-H94

Rack mount kit

Mount kit for rack1466-H99

Aluminum alloy transport caseHigh-intensity portable aluminum alloy transport case, with carrying handle and omnidirectional wheel, convenient for transportation

1466-H100

User Manual paper version

A detailed user manual in hard copy is provided.

1466-S01

Arbitrary waveform modulation function

Support arbitrary wave data download and playback, baseband signal generation orsignal playback for 1466-V series

1466-S02

Multitone modulation

Realize multitone modulation siganl generation function

Matching option

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Option No.

Description

Function and performance requirements

1466-S03

Intrapulse modulation

Intrapulse Chirp, Barker Code, etc for 1466-V series

1466-S04

AWGN generation

Support pure noise generation, additive white Gaussian noise (AWGN) and continuous
wave interference functions f

1466-S06

Segment waveform file generation

Realize the digital modulation signal generated waveform segment file1466-S07

Sequencing file generation

To achieve multiple waveform segment files generated sequence files. Option S01 need
to be configured

1466-S08

Multicarrier waveform generation

Realize multicarrier waveform siganl generation. Option S01 arbitrary waveform need
to be configured.

1466-S09Frequency hopping signal generation

Realize frequency hopping siganl generation

1466-S31

1466-S33

Analog modulation option
1466-S11

Analog modulation

Add analog modulation function indluding AM, FM,ΦM

1466-S12

Pulse modulation

Add pulse modulation function, minimum pulse width 100ns

1466-S13

Narrow pulse modulation

Add pulse modulation function, minimum pulse width 20ns

1466-S14

LF output/function waveform generator

Add low frequency output and function waveform signal generation

1466-S15

Ramp(analog)sweep

Add analog sweep function (Ramp sweep)

1466-S16

Power sweep

Add power sweep function

Sweep function option

1466-S34

Internal signal simulation option

1466-S21

Option No.

Wireless connection signal simulation function

CEYEAR TECHNOLOGIES CO.,LTD

Description

Function and performance requirements

Communication signal simulation GSM/EDGE

Support normal symbol rate full speed/half speed conventional, synchronous, frequency
correction, access and null burst types, as well as high symbol rate burst types; Support
normal symbol rate MSK/FSK, AQPSK, 8PSK, 16QAM, 32QAM and high symbol rate QPSK,16QAM, 32QAM modulation; Support single frame, double frame and no frame 3 different
types of frame structure configuration; Support independent power configuration for eachtime slot; Support channel coding for each time slot; Support wide pulse and narrow pulse
filtering with high symbol rate; Supports up to 64 multi-carrier configurations.

Communication signal simulation LTE/ LTEADVANCED

Uplink: Support FDD/TDD duplex mode, PRACH, PUCCH, PUSCH and other uplink channels
and DMRS uplink signal simulation of different bandwidth and modulation coding modes,
with A1 to A8 a total of 44 categories of FRC signal simulation functions.
Downlink: Support FDD/TDD duplex mode, PBCH, PCFICH, PHICH, PDCCH, PDSCH andother downlink channels and CRS, PSS, SSS and other downlink signal simulation under
Auto DCI/Manual scheduling PDSCH mode. It has the aggregation function of up to 5
carriers, the multi-antenna setting function of up to 4 antennas, and a total of 8 TestModelsignal simulation functions of E-TM1~E-TM3.

Communication signal simulation 5G NR

Support 5G NR protocol R16 signal generation, including a variety of bandwidth and subcarrier interval Settings; It can generate more than 600 Testmodels and FRCS, support
one-click simulation of standard protocol signals, and quickly establish test scenarios.
Support uplink PUSCH, PUCCH, PRACH, downlink PDSCH, CORESET multi-channel timefrequency resource detailed configuration, PDSCH/PUSCH channel coding, multi-antenna,
multi-layer transmission simulation; Support CSI-RS, SRS, SS/PBCH, PRS, LTE-CRS andother signal configurations; Support a variety of upstream and downstream DCI formats in
CORESET, DCI automatically calls PDSCH configuration; Support carrier aggregation andcross-carrier scheduling; Supports a variety of filters and user-defined filter configurations.

802.11a/b/g/n/ac/ax (Wi-Fi1~Wi-Fi6) Wireless connection PPDU, MPDU, A-MPDU andother signal simulation, with leading, data domain, MAC frame, PE, space mapping andother module parameter Settings. It supports physical frame block signal simulationconsisting of multiple PPDUs with different modulation and coding modes. Applicable toall models of the 1466-V series.

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Option No.

Description

Function and performance requirements

1466-S03

Intrapulse modulation

Intrapulse Chirp, Barker Code, etc for 1466-V series

1466-S04

AWGN generation

Support pure noise generation, additive white Gaussian noise (AWGN) and continuous
wave interference functions f

1466-S06

Segment waveform file generation

Realize the digital modulation signal generated waveform segment file1466-S07

Sequencing file generation

To achieve multiple waveform segment files generated sequence files. Option S01 need
to be configured

1466-S08

Multicarrier waveform generation

Realize multicarrier waveform siganl generation. Option S01 arbitrary waveform need
to be configured.

1466-S09Frequency hopping signal generation

Realize frequency hopping siganl generation

1466-S31

1466-S33

Analog modulation option
1466-S11

Analog modulation

Add analog modulation function indluding AM, FM,ΦM

1466-S12

Pulse modulation

Add pulse modulation function, minimum pulse width 100ns

1466-S13

Narrow pulse modulation

Add pulse modulation function, minimum pulse width 20ns

1466-S14

LF output/function waveform generator

Add low frequency output and function waveform signal generation

1466-S15

Ramp(analog)sweep

Add analog sweep function (Ramp sweep)

1466-S16

Power sweep

Add power sweep function

Sweep function option

1466-S34

Internal signal simulation option

1466-S21

Option No.

Wireless connection signal simulation function

CEYEAR TECHNOLOGIES CO.,LTD

Description

Function and performance requirements

Communication signal simulation GSM/EDGE

Support normal symbol rate full speed/half speed conventional, synchronous, frequency
correction, access and null burst types, as well as high symbol rate burst types; Support
normal symbol rate MSK/FSK, AQPSK, 8PSK, 16QAM, 32QAM and high symbol rate QPSK,16QAM, 32QAM modulation; Support single frame, double frame and no frame 3 different
types of frame structure configuration; Support independent power configuration for eachtime slot; Support channel coding for each time slot; Support wide pulse and narrow pulse
filtering with high symbol rate; Supports up to 64 multi-carrier configurations.

Communication signal simulation LTE/ LTEADVANCED

Uplink: Support FDD/TDD duplex mode, PRACH, PUCCH, PUSCH and other uplink channels
and DMRS uplink signal simulation of different bandwidth and modulation coding modes,
with A1 to A8 a total of 44 categories of FRC signal simulation functions.
Downlink: Support FDD/TDD duplex mode, PBCH, PCFICH, PHICH, PDCCH, PDSCH andother downlink channels and CRS, PSS, SSS and other downlink signal simulation under
Auto DCI/Manual scheduling PDSCH mode. It has the aggregation function of up to 5
carriers, the multi-antenna setting function of up to 4 antennas, and a total of 8 TestModelsignal simulation functions of E-TM1~E-TM3.

Communication signal simulation 5G NR

Support 5G NR protocol R16 signal generation, including a variety of bandwidth and subcarrier interval Settings; It can generate more than 600 Testmodels and FRCS, support
one-click simulation of standard protocol signals, and quickly establish test scenarios.
Support uplink PUSCH, PUCCH, PRACH, downlink PDSCH, CORESET multi-channel timefrequency resource detailed configuration, PDSCH/PUSCH channel coding, multi-antenna,
multi-layer transmission simulation; Support CSI-RS, SRS, SS/PBCH, PRS, LTE-CRS andother signal configurations; Support a variety of upstream and downstream DCI formats in
CORESET, DCI automatically calls PDSCH configuration; Support carrier aggregation andcross-carrier scheduling; Supports a variety of filters and user-defined filter configurations.

802.11a/b/g/n/ac/ax (Wi-Fi1~Wi-Fi6) Wireless connection PPDU, MPDU, A-MPDU andother signal simulation, with leading, data domain, MAC frame, PE, space mapping andother module parameter Settings. It supports physical frame block signal simulationconsisting of multiple PPDUs with different modulation and coding modes. Applicable toall models of the 1466-V series.

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Option No.

1466-S35

1466-S61

Description

Function and performance requirements

Communication signal simulation NB-Iot

Uplink: It supports Standalone, In_band, Guard_band and other deployment modes, andhas uplink channel functions such as NPUSCH and NPRACH with different bandwidths
and modulation and coding modes. The NPUSCH format includes F1 and F2. The signal
styles include Single-tone(15kHz/3.75kHz) and SC-FDMA (15kHz).
Downlink: Support Standalone, in_band, Guard_band and other three deployment
modes, with different bandwidth and modulation coding mode of NPBCH, NPDCCH,NPDSCH and other downlink signal simulation functions such as NPSS, NSSS, NRS, DCI
format includes N0, N1, N2 three. NPDCCH search space includes UE specific, type1
common and type2 common.

Digital broadcast signal simulation DVB-H/T/T2/
S2/S2XCEYEAR TECHNOLOGIES CO.,LTD

Support DVB-H, DVB-T, DVB-T2, DVB-S2X protocol; Support for data channel coding
according to protocol standards, including scrambling, interleaving, external code (BCH),
and internal code (LDPC) with rate from 1/4 to 31/45; Configurable baseband (BB) head,
VL-SNR head, TS head, GSE head; Support DVB-S2 modulation scheme: QPSK, 8APSK,
8PSK, 16APSK, 32APSK, 64APSK, 128APSK, 256APSK; Support QPSK, π/2BPSK in VL-SNR
mode; Support pilot insertion and configuration; Supports superframe configuration, hopbeam configuration, and configurable dwell time.

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Option No.

1466-S35

1466-S61

Description

Function and performance requirements

Communication signal simulation NB-Iot

Uplink: It supports Standalone, In_band, Guard_band and other deployment modes, andhas uplink channel functions such as NPUSCH and NPRACH with different bandwidths
and modulation and coding modes. The NPUSCH format includes F1 and F2. The signal
styles include Single-tone(15kHz/3.75kHz) and SC-FDMA (15kHz).
Downlink: Support Standalone, in_band, Guard_band and other three deployment
modes, with different bandwidth and modulation coding mode of NPBCH, NPDCCH,NPDSCH and other downlink signal simulation functions such as NPSS, NSSS, NRS, DCI
format includes N0, N1, N2 three. NPDCCH search space includes UE specific, type1
common and type2 common.

Digital broadcast signal simulation DVB-H/T/T2/
S2/S2XCEYEAR TECHNOLOGIES CO.,LTD

Support DVB-H, DVB-T, DVB-T2, DVB-S2X protocol; Support for data channel coding
according to protocol standards, including scrambling, interleaving, external code (BCH),
and internal code (LDPC) with rate from 1/4 to 31/45; Configurable baseband (BB) head,
VL-SNR head, TS head, GSE head; Support DVB-S2 modulation scheme: QPSK, 8APSK,
8PSK, 16APSK, 32APSK, 64APSK, 128APSK, 256APSK; Support QPSK, π/2BPSK in VL-SNR
mode; Support pilot insertion and configuration; Supports superframe configuration, hopbeam configuration, and configurable dwell time.

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1466-V Series Signal Generator

CEYEAR TECHNOLOGIES CO.,LTD
Address：No. 98, Xiangjiang Road, Huangdao District, Qingdao City, Shandong Province,China
Zip code：266555
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