Arbitrary Waveform Generator/Transceiver
The Proteus Arbitrary Waveform Generator (AWG) is ideal for applications in Quantum Computing,Electronic Warfare, Radar, and next generation communications such as 5G, 6G, Ultrawide Bandwidth(UWB), Wi-Fi 6, 7, and more. Built on the latest RF DAC and RF ADC technology, this versatile
product platform has sample rates up to 9GS/s t h a t allows for multiple Nyquist zone operation
providing frequency ranges in excess of 10GHz. It has an innovative hardware based (FPGA) task oriented
programming and signal processing environment. When used in combination with its optional RF Digitizer it
becomes an Arbitrary Waveform Transceiver (AWT) giving you the ability to change waveforms in real-time;making it ideal for improving the coherence time of a Qubit, characterizing an RF amplifier, or responding to an
EW (Electronic Warfare) threat.

Modular Scalable Architecture
Proteus is a modular design based on the industry standard PXIe format. Each module can be configured tohave up to four RF/µW differential outputs and two digitizer inputs. Hardware based user programming isfacilitated by the easy to use FPGA based DSP programming system, large waveforms and acquisitions canuse the its large 16GS onboard memory and fast data transceiver is facilitated through its PCIe Gen 3 x 8interface.
Triggers

Memory
DAC

Outpu
t

Markers

CH1-

Programable

ADC

Input

CH1
Acquisition
MemoryPCIe Gen 3x8

Up to 16GS
MemoryCH2

1

Multiple Formfactors
For high density applications such as a high Qubit
count Quantum Computers, Massive MIMO orphased array Radar and Electronic Warfare Systems
the PXIe Chassis system allows you to scale. It
is compatible with the industry standard PXIe
modular architecture, providing custom systems
capability alongside other PXIe compatible
instrumentation such as the Tabor A10200 20GHz
Amplifier.
The benchtop version of the Proteus series offers
up to 12 channels in a 4U, 19” box. With a 9” touch
display and on-board PC that can run Tabor,
Python and MATLAB applications. The desktop
is identical to the bench, but has the screen andkeyboard omitted.

Applications
Quantum Physics - Proteus plays a part in many Quantum Physics Experiments. Its unique AWT architecture
allows for the generation and analysis of pulses in real time, with fast measurement response and feedback
provided with its FPGA based decision block architecture. Applications include NMR/EPR, Device
Characterization, Computing, Communications and Sensing. With direct to RF/µW capability it eliminates
the need of cumbersome up/down converting units and requires no IQ alignments. It can be scaled to
1000s of coherent channels, and its advanced signal processing engine has the capability of analyzing up
to 10 frequency multiplexed readout lines.

2

Applications - (continued)
Radar and Electronic Warfare - Proteus is an
ideal tool for real time waveform generation
and analysis up to and including X-Band. The
transceiver allows for real-time closed loop
analysis for fast feedback systems such as
Radar Target Generation and Adaptive
Electronic Warfare Systems. The scalable
multi-channel, coherent, deterministic
waveform playout capability, allows for thegeneration of multiple active emitters, whileits 2GHz of Bandwidth allows for easy
creation of background electromagnetic
emissions.
Next Generation Wireless Communications Systems – When designing, developing and manufacturing new
wireless systems based on technologies such as Multiple In and Multiple Out (MIMO) antenna matrices andOrthogonal Frequency Division Multiplex (OFDM) modulation, Proteus is built on a scalable wide
bandwidth (2GHz) architecture, high performance RF DAC/ADC (EVM better than -50dBc) that is compatible
with MATLAB. Allowing you to create, model, then transfer waveforms or sequencies of waveforms toProteus for real world test.

Generate any Imaginable Scenario - Proteus has an innovative hardware-based task-oriented programming
system for complex waveform sequences. You can generate and download waveforms simultaneously,
stream data directly to the FPGA (by-passing the memory) at speeds of up to 4GS/s, a full and easy toprogram digital subsystem of digital up and down converters, finite impulse response filters, FFT and
multiple real time averaging blocks. This makes the Proteus AWT the most comprehensive measurement
solutions available.
3

Proteus Series Specifications
CHANNEL CHARACTERISTICS

P908xy1

FORM FACTOR1
NUMBER OF CHANNELS

P258xy1

P128xy1

P948xy1

M/B/D

M/B/D

M/B/D

M/B/D

M=2, B=2/4/6, D=2/4/6

M=2/4, B=2/4/8/12, D=2/4/8/12

M=2/4, B=2/4/8/12, D=2/4/8/12

M=2/4, B=2/4/8/12, D=2/4/8/12

INITIAL SKEW
BETWEEN CHANNELS<50ps typ., 1 SCLK max.

BETWEEN MODULES<100ps typ., 1 SCLK or 300ps max.

FINE DELAY
RANGE

0 to 3ns

RESOLUTION

5ps

ACCURACY±5ps

COARSE DELAY
RANGE

0 to wavelength

RESOLUTION

1 sample point

ARBITRARY MODE

P908xyP258xyMAX. SAMPLE RATE

9GS/s

RESOLUTION

8-bit

MAX. MEMORY SIZE

P128xy2.5GS/s

Up to 16GS

Up to 8GS
64k

MINIMUM SEGMENT LENGTHNORMAL
FAST SEGMENT

2048 points
224 points

WAVEFORM GRANULARITY
STANDARDOPTIONAL

64 points
32 points

TASK MODE
64K tasks per channel

TASK LOOPS

1M

SEQUENCE

A sequence is defined as acontinuous and looped series oftasks

MAX. NUMBER OF SEQUENCESSEQUENCE LOOPSSCENARIO

MAX. NUMBER OF SCENARIOS1024 points
64 points
32 points
16 points

32 points
16 points

32 points
16 points

SIGNAL PURITY

DC OUTPUT

DIRECT OUTPUT

HARMONIC DISTORTION (2)32k sequences
1M
A scenario is defined as acontinuous series oftasks/sequences

MEMORYOPERATING SYSTEM
SOURCE<-70 dBc (typ.)<-70 dBc (typ.)fout = 200 MHz - 1.5 GHz,
Measured @ DC to 4.5 GHz<-60 dBc (typ.)<-60 dBc (typ.)fout = 1.5 GHz - 4.5 GHz,
Measured @ DC to 4.5 GHz<-50 dBc (typ.)<-50 dBc (typ.)fout = 10 MHz…500 MHz,
Measured @ DC to 1.5 GHz-80 dBc (typ.)<-85 dBc (typ.)fout = 500 MHz…4.5 GHz ,Measured @ DC to 4.5 GHz-70 dBc (typ.)<-75 dBc (typ.)

PHASE NOISE (@10kHz offset)
Up to 6GS/s

MINIMUM PC REQUIREMENTS
CPU

fout = 10 MHz - 200 MHz,
Measured @ DC to 2 GHz

SFDR (3)1k scenarios

STREAMING (STM OPTION)
MAX. STREAM RATE

9GS/s

16-bitNUMBER OF SEGMENTSTASK TABLE LENGTH

P948xy1.25GS/s

i7
32GB
Windows 10
PXI Express Bus

fout = 140.625MHz-134 dBc/Hz

fout = 280.25MHz-128 dBc/Hz

fout = 562.5MHz-122 dBc/Hz

fout = 1.125GHz-116 dBc/Hz

fout = 2.25GHz-110 dBc/Hz

fout = 4.5GHz-104 dBc/Hz

1 x = Number of channels, y=M/B/D=Module/Benchtop/Desktop.
2 SCLK=Max sample rate, amplitude = 400mVpp, Direct mode, measured using balun.
3 SCLK=Max sample rate, amplitude = 400mVpp, excluding SCLK/2-fout, measured using balun.

4

SYNC CLOCK OUTPUTDC OUTPUTOUTPUT TYPE

Single-ended or differential, DC-coupled

IMPEDANCE

50Ω (nom)

AMPLITUDE

50 mVp-p to 1.3 Vp-p

AMPLITUDE RESOLUTION

1mV

DC AMPLITUDE ACCURACY±(3% of amplitude ±2 mV)

VOLTAGE WINDOW±1.15VDC OFFSET±0.5V

OFFSET RESOLUTION

10mV

DC OFFSET ACCURACY±(3% of setting ±15 mV)

SKEW BETWEEN NORMAL AND COMPLEMENT OUTPUTS
RISE/FALL TIME (20% TO 80%)0ps
< 130 ps (typ.)AMPLITUDE
FREQUENCY
P908xyP128xy, P258xy
P948xy500mVpp, typ.
SCLK/32
SCLK/8
SCLK/8 (standard), SCLK/32 (x1 mode)

WAVEFORM

Square

RISE/FALL TIME (20% TO 80%)

<150psIMPEDANCELVCMOSCONNECTOR

SMP

MARKER OUTPUTSNUMBER OF MARKERS

Refer to ordering information

OUTPUT TYPE

Single ended

625MHz | 1.25GHz | 4.5GHz | 4.5GHz

OUTPUT IMPEDANCE

50Ω (nom.)

1st/2nd Nyquist
1.25GHz | 2.5GHz | 4.5GHz | 4.5GHz

AMPLITUDEJITTER (PEAK-PEAK)<15 ps (typ.)LEVELOVERSHOOT<5% (typ.)RESOLUTION

10mVpp

CONNECTOR

SMA

ACCURACY±7%

INSTANTANEOUS BANDWIDTH
P128xy | P258xy | P908xy | P948xy
MAX. USABLE FREQUENCY
P128xy | P258xy | P908xy | P948xy

VOLTAGE WINDOW±1.15V
32mVpp to 1.2Vpp (32 discrete levels)

OFFSET

DIRECT OUTPUT (OPTIONAL, STANDARD for P9482xM)

RANGE

OUTPUT TYPE

Single-ended or differential, AC coupled

RESOLUTION

10mV

50Ω (nom)

ACCURACY±(3% of setting ±15 mV)

IMPEDANCEAMPLITUDE
SINGLE-ENDED
DIFFERENTIAL

RISE/FALL TIME (20% TO 80%)
1mVpp to 550mVpp, single-ended into 50Ω
1mV to 1.1Vpp

AMPLITUDE RESOLUTION

1mV

AMPLITUDE ACCURACY±(3% of amplitude ±2 mV)

RISE/FALL TIME (20% TO 80%)
INSTANTANEOUS BANDWIDTH
P128xy | P258xy | P908xy | P948xy
MAX. USABLE FREQUENCY
P128xy | P258xy | P908xy | P948xy
SKEW BETWEEN NORMAL ANDCOMPLEMENT OUTPUTSJITTER (PEAK-PEAK)
CONNECTOR< 60 ps (typ.)625MHz | 1.25GHz | 4.5GHz
3rd Nyquist
1.25GHz | 2.5GHz | 10GHz | 10GHz
0 ps<15 ps (typ.)SMA

SAMPLE CLOCK OUTPUT
SOURCE

Selectable, internal synthesizer or sample
clock input

FREQUENCY RANGESCLK Range

OUTPUT AMPLITUDE

0.5V to 1V depending on SCLKIMPEDANCE

50Ω (nom.), AC coupled

CONNECTOR

SMA

MARKER LENGTHRESOLUTION
P128xy, P258xy P9082y
P948xy±0.5V<200ps
0 - waveform length
2 pts
8 pts
2 pts (standard) 8 pts (x1 mode)

MARKER DELAY
COARSE DELAYRANGE
RESOLUTION
P128xy, P258xy P9082y
P948xy0 to 2048 points
8 points
32 points
8 pts (standard), 32 pts (x1 mode)

FINE DELAY
RANGE

0 to 1.2ns

RESOLUTION

1ps

ACCURACY

15ps

CONNECTOR

SMP

5

REFERENCE CLOCK OUTPUT
SOURCEFAST SEGMENT DYNAMIC CONTROL INPUT (OPTIONAL)
Internal TCXOWAVEFORM

SquareFREQUENCY

100MHz or REF IN

STABILITY+/- 2.5 PPM

AGING+/- 1 PPM @ +25°C (per year)

CONNECTORSMP

REFERENCE CLOCK INPUT
INPUT FREQUENCIESINPUT SIGNALS

Data 10bit, channel select 2 bit, valid 1 bit

SEGMENTS / SEQUENCES

1024 (128 fast)

DATA RATE

35MHz

MINIMUM LATENCY (Dynamic control input to direct out)
FAST SEGMENTNORMAL SEGMENT<250ns<1µs

INPUT LEVEL

LVTTL

CONNECTOR

MDR

10MHz / 100MHz selectable

DIGITIZER (AWT OPTION)LOCK RANGE± 1MHzINPUT LEVEL

0.6 Vp-p to 1.7 Vp-p

NUMBER OF CHANNELS

1 or 2

IMPEDANCE

50Ω, AC coupled (nom.)

INPUT VOLTAGE RANGE

500 mVpp (full scale)

CONNECTOR

SMP

INPUT VOLTAGE OFFSET-2V to +2V

SAMPLE CLOCK INPUT

INPUT FREQUENCY RANGE

9GHz

RESOLUTION

12 bits

SCLK Range

ACQUISITION MEMORYINPUT LEVEL RANGE

0.4Vpp to 1.2Vpp

SAMPLE CLOCK SOURCES

Internal or external

DAMAGE LEVEL<-0.5V or >1.5V

INTERNAL CLOCK SOURCEInternal, external reference

INPUT IMPEDANCE

50Ω nom., AC coupled

FREQUENCY RANGECONNECTOR

SMA

TRIGGER INPUTSRANGETHRESHOLD
RANGE–5V to +5V±5V–5V to +5V

RESOLUTION

100mV

SENSITIVITY

200mV

JITTER
STANDARD
P128xy, P258xy,P908xy
P948xyLOW TRIGGER JITTER OPT.
LATENCY / SYSTEM DELAY
P128xy, P258xy, P948xy STANDARD
P908xy, P948xy x1 MODE

8 SCLK periods
32 SCLK periods
8 SCLK periods (standard), 32 SCLK periods(x1 mode)
SQRT(SCLK period^2 + 150e-12^2)<900 SCLK periods<2700 SCLK periods

POLARITY

Positive or negative

SOURCE

Selectable between channels

INPUT IMPEDANCE

10kΩ or 50Ω (nom.), DC coupled, factory
configured

MAX TOGGLE FREQUENCY

10MHz ( 50MHz optional)

MINIMUM PULSE WIDTH

50ns ( 5ns optional)

CONNECTOR

Up to max. arbitrary memory

MAX SAMPLING RATE

5.4GS/s in single channel mode 2.7Gs/sin dual channel mode

MIN SAMPLING RATE

800Ms/s

CLOCK ACCURACY<2 ppmIMPEDANCE50Ω

COUPLING

DC or AC (factory configured)

TRIGGER SYSTEMTRIGGER MODES

Positive, negative edge

TRIGGER SOURCES

External, software, channel

COUPLINGDCIMPEDANCE

50Ω (nominal)

LEVEL RANGE>± 2.5 V (nominal)

FREQUENCY RANGECONNECTOR

DC to 65MHzSMAFPGA PROGRAMMINGFPGA TYPE

Xilinx Kintex UltraScale XCKU060
upgradeable to XCKU115

MODESSTANDARD

Tabor standard built-In functionality

DECISION BLOCKS

Built-in library of mathematical
functions, modulation & digital filters

SHELL

Open core providing all interfaces andconfiguration path to the user

SMP

6

DIGITAL UPCONVERTER
MODES
P258xy, P948xy
ALL OTHERS MODELS

GENERAL DESKTOP
NCO / interpolation / IQ modulation NCO
only

SAMPLING RATE

1GS/s to max. sample rate

CARRIER FREQUENCY
RANGE

0 to 40% of sampling rate

RESOLUTION

48 bitPHASE RANGE

0 to 360°

PHASE RESOLUTION

16 bitINTERPOLATION FACTORS

x2, x4, x8

IQ FORMAT P258xy

x2 modeIQ PAIR PER CHANNELIQ PAIR PER CHANNEL
MAX INPUT RATENUMBER OF CHANNELSIntel Pentium 3M Cache, 2.20GHz
8GB (Upgradeable)
120GB (Upgradeable)
Windows 10

THUNDERBOLT (OPTIONAL)

2

Front panel 1 x USB 3 host (type A)
Rear panel 2 x USB 3 host, (type A)
Rear panel 1 x USB 3 device, (type C)
Rear panel 1 x Thunderbolt 3

LAN (1000BASE-T)

Rear panel 1 x RJ45 1000/100/10

SFP+ (OPTIONAL, REPLACES RJ45)

Rear panel 1 x SFP+ 10G optical

x4 modex8 modeGPIB (OPTIONAL)

1

1

1 or 2HDMI

HDMI type A

2,500MS/s

2,500MS/s

1,125MS/s

STORAGE

120GB removable

2

4

2

Same as Arbitrary

MEMORYSame as Arbitrary

DIMENSIONSWITH FEETWITHOUT FEETWEIGHTWITHOUT PACKAGESHIPPING WEIGHTGENERAL BENCHTOP
INPUT VOLTAGE RANGE

100VAC to 264VAC

INPUT FREQUENCY RANGE

47Hz to 63Hz

POWER CONSUMPTION:

550W max.

DISPLAY

550W max.

BUILT-IN PC
CPU
MEMORY
STORAGEOPERATING SYSTEM

x2 modeSFDR AND HARMONICS

EMBEDDED PCCPUMEMORY
STORAGEOPERATING SYSTEM

47Hz to 63Hz

POWER CONSUMPTION:

USB

1,250MS/s

NUMBER OF CHANNELSIQ FORMAT P948xy

100VAC to 264VAC

INPUT FREQUENCY RANGEINTERFACES

1

MAX INPUT RATEINPUT VOLTAGE RANGEIntel Pentium 3MB cache, 2.20GHz
8GB (Upgradeable)
120GB (Upgradeable)
Windows 10 IoTIEEE 488.2 – GPIB

175 X 221 x 316 mm (W x H x D)
175 X 235 x 316 mm (W x H x D)
7.5 kg
9 kg

GENERAL MODULE
INTERFACEPXIe Gen3 x8 lanes

POWER CONSUMPTION

50W max. per slot

CURRENT CONSUMPTION+3.3V 4A max., +12V 4A max.

DIMENSIONS

9" TFT touch LCD 1024x600

3U, 8HP PXIe (2 slots)
Add 4HP (1 slot) for each AWT/MRK
optionINTERFACES
USB

Front panel 1 x USB 3 host (type A)
Rear panel 2 x USB 3 host, (type A)
Rear panel 1 x USB 3 device, (type C)

GENERAL

Rear panel 1 x Thunderbolt 3

TEMPERATURE
OPERATING
STORAGELAN (1000BASE-T)

Rear panel 1 x RJ45 1000/100/10

WARM UP TIME:

SFP+ (OPTIONAL, REPLACES RJ45)

Rear panel 1 x SFP+ 10G optical

HUMIDITY:

THUNDERBOLT (OPTIONAL)

GPIB (OPTIONAL)

0°C to +40°C-40°C to +70°C
15 minutes
85% RH, non-condensing

IEEE 488.2 – GPIB

SAFETY:CE Marked, EC61010-1:2010

HDMI

HDMI type A

EMC:

IEC 61326-1:2013

STORAGE

120GB removable

DIMENSIONSWITH FEETWITHOUT FEETWEIGHTWITHOUT PACKAGESHIPPING WEIGHTCALIBRATION:

2 years

WARRANTY

3 years standard

440 X 175 x 330 mm (W x H x D)
440 X 190 x 330 mm (W x H x D)
7.5 kg
9 kg

7Proteus Series Ordering Information
ORDERING INFORMATION BENCHTOPORDERING INFORMATION MODULE

MODELDESCRIPTIONMODEL

DESCRIPTION

P1282B

1.25 GS/s, 16 bit, 1 GS memory, 2 channels, 4 markers, benchtop RF
AWG

P1282M

1.25 GS/s, 16 bit, 1 GS memory, 2 channels, 4 markers, module RF AWG

P1284M

1.25 GS/s, 16 bit, 1 GS memory, 4 channels, 4 markers, module RF AWG

1.25 GS/s, 16 bit, 1 GS memory, 4 channels, 4 markers, benchtop RF
AWG

P2582M

2.5 GS/s, 16 bit, 2 GS memory, 2 channels, 8 markers, module RF AWG

P1288B

1.25 GS/s, 16 bit, 2 GS memory, 8 channels 8 markers, benchtop RF
AWG

P2584M

2.5 GS/s, 16 bit, 2 GS memory, 4 channels, 8 markers, module RF AWG

P9082M

9 GS/s, 8 bit, 4 GS memory, 2 channels, 8 markers, module RF AWG

P12812B

1.25 GS/s, 16 bit, 2 GS memory, 12 channels 12 markers, benchtop RF
AWG

P9482M

9 GS/s, 16 bit, 8 GS memory, 2 channels, 8 markers, module RF AWG

P9484M

9 GS/s, 16 bit, 8 GS memory, 4 channels, 8 markers, module RF AWG

P1284B

P2582B

2.5 GS/s, 16 bit, 2 GS memory, 2 channels, 8 markers, benchtop RF AWG

P2584B

2.5 GS/s, 16 bit, 2 GS memory, 4 channels, 8 markers, benchtop RF AWG

P2588B

2.5 GS/s, 16 bit, 2 GS memory, 8 channels 16 markers, benchtop RF
AWG

P25812B

2.5 GS/s, 16 bit, 2 GS memory, 12 channels, 24 markers, benchtop RF
AWG

P9082B

9 GS/s, 16 bit, 4 GS memory, 2 channels, 8 markers, benchtop RF AWG

P9084B

9 GS/s, 16 bit, 4 GS memory, 4 channels, 16 markers, benchtop RF AWG

P9086B

9 GS/s, 16 bit, 4 GS memory, 6 channels, 24 markers, benchtop RF AWG

P9482B

9 GS/s, 16 bit, 8 GS memory, 2 channels, 8 markers, benchtop RF AWG

P9484B

9 GS/s, 16 bit, 8 GS memory, 4 channels, 8 markers, benchtop RF AWG

P9488B

9 GS/s, 16 bit, 8 GS memory, 8 channels, 16 markers, benchtop RF AWG

P94812B

9 GS/s, 16 bit, 8 GS memory, 12 channels, 24 markers, benchtop RF
AWG

ORDERING INFORMATION DESKTOPMODEL

DESCRIPTION

P1282D

1.25 GS/s, 16 bit, 1 GS memory, 2 channels, 4 markers, desktop RF AWG

P1284D

1.25 GS/s, 16 bit, 1 GS memory, 4 channels, 4 markers, desktop RF AWG

P1288D

1.25 GS/s, 16 bit, 2 GS memory, 8 channels, 8 markers, desktop RF AWG

P12812D

1.25 GS/s, 16 bit, 2 GS memory, 12 channels, 12 markers, desktop RF
AWG

P2582D

2.5 GS/s, 16 bit, 2 GS memory, 2 channels, 8 markers, desktop RF AWG

P2584D

2.5 GS/s, 16 bit, 2 GS memory, 4 channels, 8 markers, desktop RF AWG

P2588D

2.5 GS/s, 16 bit, 2 GS memory, 8 channels 16 markers, desktop RF AWG

P25812D

2.5 GS/s, 16 bit, 2 GS memory, 12 channels, 24 markers, desktop RF
AWG

P9082D

9 GS/s, 16 bit, 4 GS memory, 2 channels, 8 markers, desktop RF AWG

P9084D

9 GS/s, 16 bit, 4 GS memory, 4 channels, 16 markers, desktop RF AWG

P9086D

9 GS/s, 16 bit, 4 GS memory, 6 channels, 24 markers, desktop RF AWG

P9482D

9 GS/s 16 bit, 8 GS memory, 2 channels, 8 markers, desktop RF AWG

P9484D

9 GS/s 16 bit, 8 GS memory, 4 channels, 8 markers, desktop RF AWG

P9488D

9GS/s 16 bit, 8 GS memory, 8 channels, 16 markers, desktop RF AWG

P94812D

9 GS/s 16 bit, 8 GS memory, 12 channels, 24 markers, desktop RF AWG

8

Options
ORDERING INFORMATION OPTIONS 1

ORDERING INFORMATION OPTIONS CONTINUATION 1

OPTIONDESCRIPTIONMODELOPTIONDESCRIPTION

MODEL

4M1

4 GS memory

P1282y, P2582y

G1

Low waveform granularity

P1282y, P2582y, P9482y

4M2

4 GS memory

P1284y, P2584y

G2

Low waveform granularity

4M32

4 GS memory option

P1288y, P2588y, P9084y

P1284y, P2584y, P9082y,
P9484y4M42

4 GS memory

P12812y, P25812y, P9086y

G32

Low waveform granularity

8M1

8 GS memory

P1282y, P2582y

P1288y, P2588y, P9084y,
P9488y8M2

8 GS memory

P1284y, P2584y, P9082y

G42

Low waveform granularity

P12812y, P25812y, P9086y,
P94812y

8M32

8 GS memory

P1288y, P2588y, P9084y

DUC

Digital up-converter

P258xy8M42

8 GS memory

P12812y, P25812y, P9086y

SEC2

Removable SSD

All models

16M1

16 GS memory

P9082ySSD2

Extra factory duplicated SSD disk for SEC

All models

16M2

16 GS memory

P9084yTRG

All models

16M32

16 GS memory

P9086yFast trigger input (50 MHz instead of 10
MHz)

DO1

9 GHz BW direct output

P1282y, P2582y

AWT

9 GHz BW direct output

P1284y, P2584y, P9082y

5.4 GS/s single, 2.7 GS/s dual channel 12
bit digitizer, occupies an additional slot

All models

DO2
DO32

9 GHz BW direct output

P1288y, P2588y, P9084y

STM

DO42

9 GHz BW direct output

P12812y, P25812y,P9086y

Up to 6 GS/s streaming varies depending All models
model

DC1

DC output for IQ baseband applications

P9482yWE

1 year warranty extension

All models

PROG

FPGA programming capability with builtin demodulation and digital filters

All models

SHELL

Integration to allow simple FPGA control
and programming IP (includes 50 hours
support pack)All models

PXE21100

21 slot PXIe chassis

All modules

PXE6410

6 slot PXIe chassis with an embedded PC

All modules

COM1

Upgrade of the
PXE6410/Desktop/Benchtop to an Intel
Xeon 4 core, 6 MB cache, 2.2 GHz
processor

COM2

Upgrade of the
PXE6410/Desktop/Benchtop to an Intel
Xeon 8 core, 12 MB cache, 2 GHz
processor

COM3

Upgrade of the
PXE6410/Desktop/Benchtop to an Intel
Xeon 12 core, 18 MB cache, 1.5 GHz
processor

RAM32

Upgrade to 32 GB on-board memory for
the COM

DC2

DC output for IQ baseband applications

P9484yDC32

DC output for IQ baseband applications

P9488yDC42

DC output for IQ baseband applications

P94812yDJ1

Dynamic jump input, occupies anadditional slot

P1282y, P2582y, P9482y

DJ2

Dynamic jump input, occupies anadditional slot

P1284y, P2584y, P9082y,
P9484yDJ32

Dynamic jump input, occupies anadditional slot

P1288y, P2588y, P9084y,
P9488yLVTTL1LVTTL marker output (replaces the
1.3 Vpp default markers)

P1282y, P2582y, P1284y,
P2584y, P9482y, P9484y

LVTTL2LVTTL marker output (replaces the
1.3 Vpp default markers)

P1288y, P2588y, P9084y,
P9488xLVTTL3

LVTTL marker output (replaces the
1.3 Vpp default markers)

P12812y, P25812y, P9086y,
P94812yMRK1

4 extra markers

P1282yMRK22

8 extra markers

P1288yMRK32

12 extra markers

P12812y

LTJ1

Ultra-low trigger jitter (200 ps typ.)P1282y, P2582y, P9482y

LTJ2

Ultra-low trigger jitter (200 ps typ.)P1284y, P2584y, P9082y,
P9484yRAM64

Upgrade to 64 GB on-board memory for
the COM

LTJ32

Ultra-low trigger jitter (200 ps typ.)P1288y, P2588y, P9084y,
P9488yRAM128Upgrade to 128 GB on-board memory for
the COM

LTJ42

Ultra-low trigger jitter (200 ps typ.)P12812y, P25812y, P9086y,
P94812y1 x = Number of channels, y=M/B/D=Module/Benchtop/Desktop
2 Only for Benchtop/Desktop

All rights reserved to Tabor Electronics ltd. Tabor makes no representations nor warranties with respect to the accuracy or completeness of the contents and reserves
the right to make changes at any time without notice. Ver.3.26, revised December 13, 2023.

9