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Used Modular Products

The Used Equipment web is currently available in English only and pricing is in USD for the United States.Prices for other countries will vary.

If you are looking to update, replace or extend your existing instruments’ capabilities, these modules are for you.

Popular Model Families

    Showing 33 Results
    • Like-new Condition
    • Updated Firmware
    • Full Calibration
    • New Accessories
    • Like-new Warranty
    • Customization possible

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    • Savings of up to 90%
    • Working Condition
    • Calibrated or Tested
    • 30-Day Right-of-Return
    • No Customization
    • Shipping to limited countries

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    CH8EIGHT CHANNELS
    CLFFIXED SAMPLING CLOCK, LOW JITTER
    FP1ENABLED FPGA PROGRAMMING
    HV1ENABLED HVI PROGRAMMING
    K32FPGA, XILINX 7K325T
    M20MEMORY, 2 GB, 1 GSAMPLES

    Performance characteristics

    • Up to 2 GB of onboard RAM (~1 GSa)
    • Multi-instrument programming, which is enabled using the KS2201A PathWave Test Sync Executive programming environment, is supported by SD1 3.x software API for core programmers. Flowchart style programming enabled by Hardware Virtual Instrument Design Environment (M3601A) is supported by SD1 2.x Software only. (M3XXXA, Option HV1 required).
    • PathWave FPGA Design Environment (KF9000A), supported by SD1 3.x software, enables easy programming & designing of logic, control, and combinatorial routines to the M3xxxA instrument along with supporting HVI for interaction with several FPGA functions. The Graphical FPGA Design Environment (M3602A) is supported by SD1 2.x Software only (M3xxxA, Option FP1 required).

    Functionality

    • 1 slot PXIe 4/8 channel digitizer
    • 100 MSa/s, 14 bit, 100 MHz bandwidth
    • Advanced data acquisition system with flexible triggering and programmable cycles and data bursts

    Applications

    • Aerospace Defense
    • Electronic test
    • Medical imaging
    • Communications

    The M3100A PXIe digitizer is ideal for general purpose digitizer automated test requirements. It offers high channel density with an advanced data acquisition systems (DAQ). The optional real-time sequencing, inter-module synchronization, and graphical FPGA programming software tools expand its capability to enable a number of solutions including angle of arrival (AoA), baseband electronics designs, wireless device manufacturing and multi-channel coherent signal acquisition.

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    CH4Four channels
    CLFFixed sampling clock, low jitter
    M20Memory, 2 GB, 1 GSamples

    Functionality

    • 1 slot PXIe 4 channel digitizer
    • 500 MSa/s, 14 bit, 200 MHz bandwidth
    • Advanced data acquisition system with flexible triggering and programmable cycles and data bursts

    Performance characteristics

    • Up to 2 GB of onboard RAM (~1 GSa)
    • Multi-instrument programming, which is enabled using the KS2201A PathWave Test Sync Executive programming environment, is supported by SD1 3.x software API for core programmers. Flowchart style programming enabled by Hardware Virtual Instrument Design Environment (M3601A) is supported by SD1 2.x Software only. (M3XXXA, Option HV1 required).
    • PathWave FPGA Design Environment (KF9000A), supported by SD1 3.x software, enables easy programming & designing of logic, control, and combinatorial routines to the M3xxxA instrument along with supporting HVI for interaction with several FPGA functions. The Graphical FPGA Design Environment (M3602A) is supported by SD1 2.x Software only (M3xxxA, Option FP1 required).

    Applications

    • Aerospace Defense
    • Quantum Computing
    • Electronic test
    • Communications

    The M3102A PXIe digitizer is ideal for general purpose digitizer automated test requirements. It offers high channel density with an advanced data acquisition systems (DAQ). The optional real-time sequencing, inter-module synchronization, and graphical FPGA programming software tools expand its capability to enable a number of solutions including angle of arrival (AoA), baseband electronics designs, wireless device manufacturing and multi-channel coherent signal acquisition.

    FP1Enabled FPGA programming
    HV1Enabled HVI programming
    M01Memory, 16 MB, 8 MSamples
    M12Memory, 128 MB, 60 MSamples
    M20Memory, 2 GB, 1 GSamples

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    CH4Four channels
    CLFFixed sampling clock, low jitter
    K41FPGA, Xilinx 7K410T
    M20Memory, 2 GB, 1 GSamples

    Functionality

    • 1 slot PXIe 4 channel digitizer
    • 500 MSa/s, 14 bit, 200 MHz bandwidth
    • Advanced data acquisition system with flexible triggering and programmable cycles and data bursts

    Performance characteristics

    • Up to 2 GB of onboard RAM (~1 GSa)
    • Multi-instrument programming, which is enabled using the KS2201A PathWave Test Sync Executive programming environment, is supported by SD1 3.x software API for core programmers. Flowchart style programming enabled by Hardware Virtual Instrument Design Environment (M3601A) is supported by SD1 2.x Software only. (M3XXXA, Option HV1 required).
    • PathWave FPGA Design Environment (KF9000A), supported by SD1 3.x software, enables easy programming & designing of logic, control, and combinatorial routines to the M3xxxA instrument along with supporting HVI for interaction with several FPGA functions. The Graphical FPGA Design Environment (M3602A) is supported by SD1 2.x Software only (M3xxxA, Option FP1 required).

    Applications

    • Aerospace Defense
    • Quantum Computing
    • Electronic test
    • Communications

    The M3102A PXIe digitizer is ideal for general purpose digitizer automated test requirements. It offers high channel density with an advanced data acquisition systems (DAQ). The optional real-time sequencing, inter-module synchronization, and graphical FPGA programming software tools expand its capability to enable a number of solutions including angle of arrival (AoA), baseband electronics designs, wireless device manufacturing and multi-channel coherent signal acquisition.

    FP1Enabled FPGA programming
    HV1Enabled HVI programming
    M01Memory, 16 MB, 8 MSamples
    M12Memory, 128 MB, 60 MSamples
    M20Memory, 2 GB, 1 GSamples

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    CH4Four channels
    CLVVariable sampling clock
    K41FPGA, Xilinx 7K410T
    M20Memory, 2 GB, 1 GSamples

    The M3201A PXIe arbitrary waveform generator is ideal for general purpose AWG automated test requirements. It offers high channel density with high-quality output with low phase noise. The optional real-time sequencing, intermodulation synchronization, and graphical FPGA programming software tools expand its capability to enable a number of solutions including envelope tracking (ET) and DPD (part of PA/FEM reference solution), MIMO, baseband electronics design, wireless device manufacturing, ATE, beamforming and other multi-channel coherent signal generation and multi-channel signal generation.

    Functionality

    • 1 slot PXIe 4 channel AWG
    • 500 MSa/s, 16 bit, 200 MHz bandwidth
    • High-quality output signal with low phase noise
    • Includes function generation (sinusoidal, triangular, square, DC) and amplitude, frequency, and phase modulation capability

    Performance characteristics

    • Up to 2 GB of onboard RAM (~1 GSa)
    • Optional simultaneous amplitude and phase modulation (DM1)
    • Multi-instrument programming, which is enabled using the KS2201A PathWave Test Sync Executive programming environment, is supported by SD1 3.x software API for core programmers. Flowchart style programming enabled by Hardware Virtual Instrument Design Environment (M3601A) is supported by SD1 2.x Software only. (M3XXXA, Option HV1 required).
    • PathWave FPGA Design Environment (KF9000A), supported by SD1 3.x software, enables easy programming & designing of logic, control, and combinatorial routines to the M3xxxA instrument along with supporting HVI for interaction with several FPGA functions. The Graphical FPGA Design Environment (M3602A) is supported by SD1 2.x Software only (M3xxxA, Option FP1 required).

    Applications

    • Aerospace Defense
    • Electronic test
    • Communications
    DM1Dual modulation capability (amplitude and angle)
    FP1Enabled FPGA programming
    HV1Enabled HVI programming
    M01Memory, 16 MB, 8 MSamples
    M12Memory, 128 MB, 60 MSamples
    M20Memory, 2 GB, 1 GSamples

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    CH4Four channels
    CLFFixed sampling clock, low jitter
    K41FPGA, Xilinx 7K410T
    M20Memory, 2 GB, 1 GSamples

    The M3201A PXIe arbitrary waveform generator is ideal for general purpose AWG automated test requirements. It offers high channel density with high-quality output with low phase noise. The optional real-time sequencing, intermodulation synchronization, and graphical FPGA programming software tools expand its capability to enable a number of solutions including envelope tracking (ET) and DPD (part of PA/FEM reference solution), MIMO, baseband electronics design, wireless device manufacturing, ATE, beamforming and other multi-channel coherent signal generation and multi-channel signal generation.

    Functionality

    • 1 slot PXIe 4 channel AWG
    • 500 MSa/s, 16 bit, 200 MHz bandwidth
    • High-quality output signal with low phase noise
    • Includes function generation (sinusoidal, triangular, square, DC) and amplitude, frequency, and phase modulation capability

    Performance characteristics

    • Up to 2 GB of onboard RAM (~1 GSa)
    • Optional simultaneous amplitude and phase modulation (DM1)
    • Multi-instrument programming, which is enabled using the KS2201A PathWave Test Sync Executive programming environment, is supported by SD1 3.x software API for core programmers. Flowchart style programming enabled by Hardware Virtual Instrument Design Environment (M3601A) is supported by SD1 2.x Software only. (M3XXXA, Option HV1 required).
    • PathWave FPGA Design Environment (KF9000A), supported by SD1 3.x software, enables easy programming & designing of logic, control, and combinatorial routines to the M3xxxA instrument along with supporting HVI for interaction with several FPGA functions. The Graphical FPGA Design Environment (M3602A) is supported by SD1 2.x Software only (M3xxxA, Option FP1 required).

    Applications

    • Aerospace Defense
    • Electronic test
    • Communications
    DM1Dual modulation capability (amplitude and angle)
    FP1Enabled FPGA programming
    HV1Enabled HVI programming
    M01Memory, 16 MB, 8 MSamples
    M12Memory, 128 MB, 60 MSamples
    M20Memory, 2 GB, 1 GSamples

    Adding options and accessories may impact shipping times

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    FAQs

    Get answers to Frequently Asked Questions about Shipping, Payment, Quote Processes, Pricing, Stores, etc.

    Quick View Details
    CH4Four channels
    CLVVariable sampling clock
    K41FPGA, Xilinx 7K410T
    M20Memory, 2 GB, 1 GSamples

    The M3202A PXIe arbitrary waveform generator is ideal for general purpose AWG automated test requirements, Quantum Computing, and massive MIMO research. It offers high channel density with high-quality output with low phase noise. The optional real-time sequencing, inter-module synchronization, and graphical FPGA programming software tools expand its capability to enable applications such as Quantum Computing research, 5G, wireless device manufacturing, ATE, MIMO, beamforming, and other multi-channel coherent signal generation.

    Functionality

    • 1 slot PXIe 4 channel AWG
    • 1 GSa/s, 14 bit, 400 MHz bandwidth
    • High-quality output signal with low phase noise
    • Includes function generation (sinusoidal, triangular, square, DC) and phase, frequency and amplitude modulation capability

    Performance characteristics

    • Up to 2 GB of onboard RAM (~1 GSa)
    • Optional simultaneous amplitude and phase modulation (DM1)
    • Flowchart style programming enabled by Hardware Virtual Instrument Design Environment (M3601A) provides real-time sequencing, inter-module synchronization and real-time decision making. (M3202A, Option HV1 required)
    • Graphical FPGA Design Environment (KF9000A) enables easy customization of the M3202A by the non-FPGA programmer. (M3202A, Option PF1 required)

    Applications

    • Communications
    • Massive MIMO
    • Quantum Computing
    • Medical imaging
    DM1Dual modulation capability (amplitude and angle)
    FP1Enabled FPGA programming
    HV1Enabled HVI programming
    M01Memory, 16 MB, 8 MSamples
    M12Memory, 128 MB, 60 MSamples
    M20Memory, 2 GB, 1 GSamples

    Adding options and accessories may impact shipping times

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    CH4Four channels
    CLFFixed sampling clock, low jitter
    K41FPGA, Xilinx 7K410T
    M20Memory, 2 GB, 1 GSamples

    The M3202A PXIe arbitrary waveform generator is ideal for general purpose AWG automated test requirements, Quantum Computing, and massive MIMO research. It offers high channel density with high-quality output with low phase noise. The optional real-time sequencing, inter-module synchronization, and graphical FPGA programming software tools expand its capability to enable applications such as Quantum Computing research, 5G, wireless device manufacturing, ATE, MIMO, beamforming, and other multi-channel coherent signal generation.

    Functionality

    • 1 slot PXIe 4 channel AWG
    • 1 GSa/s, 14 bit, 400 MHz bandwidth
    • High-quality output signal with low phase noise
    • Includes function generation (sinusoidal, triangular, square, DC) and phase, frequency and amplitude modulation capability

    Performance characteristics

    • Up to 2 GB of onboard RAM (~1 GSa)
    • Optional simultaneous amplitude and phase modulation (DM1)
    • Flowchart style programming enabled by Hardware Virtual Instrument Design Environment (M3601A) provides real-time sequencing, inter-module synchronization and real-time decision making. (M3202A, Option HV1 required)
    • Graphical FPGA Design Environment (KF9000A) enables easy customization of the M3202A by the non-FPGA programmer. (M3202A, Option PF1 required)

    Applications

    • Communications
    • Massive MIMO
    • Quantum Computing
    • Medical imaging
    DM1Dual modulation capability (amplitude and angle)
    FP1Enabled FPGA programming
    HV1Enabled HVI programming
    M01Memory, 16 MB, 8 MSamples
    M12Memory, 128 MB, 60 MSamples
    M20Memory, 2 GB, 1 GSamples

    Adding options and accessories may impact shipping times

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    Quick View Details
    C48FOUR EIGHT CHANNELS
    CLFFIXED SAMPLING CLOCK, LOW JITTER
    DM1DUAL MODULATION CAPABILITY (AMPLITUDE AND ANGLE)
    HV1ENABLED HVI PROGRAMMING
    K16
    M20MEMORY, 2 GB, 1 GSAMPLES

    The M3300A PXIe AWG/Digitizer is ideal for control, testing and prototyping in experimental Physics, communications, or medical imaging applications. The shared FPGA enables less than 400 ns latency between input to output. The optional real-time sequencing, inter-module synchronization, and graphical FPGA programming software tools expand its capability to enable a number of solutions including Experimental Physics, Quantum Computing and Quantum Optics research, ATE and other applications requiring multi-channel coherent signals.

    Performance characteristics

    • Combines high-performance arbitrary waveform generator channels and digitizer channels in a 2-slot PXIe:
      • AWG: 500 MSa/s, 16 bit, 200 MHz bandwidth - includes function generation (sinusoidal, triangular, square, DC) and phase, frequency, and amplitude modulation capability
      • Digitizer: 100 MSa/s, 14 bit, 100 MHz bandwidth - includes advanced data acquisition system with flexible triggering and programmable cycles and data bursts
    • Realize multi-instrument programming, which is enabled using the KS2201A PathWave Test Sync Executive programming environment
    • Create programs and designs of logic, control, and combinatorial routines to the M3xxxA instrument with PathWave FPGA Design Environment (KF9000A), supported by SD1 3.x software

    Applications

    • High-performance control and scientific research
    • Medical imaging
    • Electronic test
    • Communications

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    Quick View Details
    C48FOUR EIGHT CHANNELS
    CLFFIXED SAMPLING CLOCK, LOW JITTER
    DM1DUAL MODULATION CAPABILITY (AMPLITUDE AND ANGLE)
    FP1ENABLED FPGA PROGRAMMING
    HV1ENABLED HVI PROGRAMMING
    K32FPGA, XILINX 7K325T
    M20MEMORY, 2 GB, 1 GSAMPLES

    The M3300A PXIe AWG/Digitizer is ideal for control, testing and prototyping in experimental Physics, communications, or medical imaging applications. The shared FPGA enables less than 400 ns latency between input to output. The optional real-time sequencing, inter-module synchronization, and graphical FPGA programming software tools expand its capability to enable a number of solutions including Experimental Physics, Quantum Computing and Quantum Optics research, ATE and other applications requiring multi-channel coherent signals.

    Performance characteristics

    • Combines high-performance arbitrary waveform generator channels and digitizer channels in a 2-slot PXIe:
      • AWG: 500 MSa/s, 16 bit, 200 MHz bandwidth - includes function generation (sinusoidal, triangular, square, DC) and phase, frequency, and amplitude modulation capability
      • Digitizer: 100 MSa/s, 14 bit, 100 MHz bandwidth - includes advanced data acquisition system with flexible triggering and programmable cycles and data bursts
    • Realize multi-instrument programming, which is enabled using the KS2201A PathWave Test Sync Executive programming environment
    • Create programs and designs of logic, control, and combinatorial routines to the M3xxxA instrument with PathWave FPGA Design Environment (KF9000A), supported by SD1 3.x software

    Applications

    • High-performance control and scientific research
    • Medical imaging
    • Electronic test
    • Communications

    Adding options and accessories may impact shipping times

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    HV2
    PWP

    28 LVDS Channels, 8 Trigger Channels

    M5302A is a single-slot Digital IO PXIe module with 28 programmable LVDS channels and 8 single-ended channels. The LVDS channels can be used to communicate to the device under test or can be used to control other devices by emulating protocols such as Camera Link. The single-ended channels are suitable for event triggers or other general-purpose IO applications.

    • Single PXIe slot
    • General purpose customizable I/O module
    • Kintex UltraScale+ FPGA with optional PathWave FPGA support
    • 28 bidirectional LVDS IO channels
    • 4 general purpose IO channels
    • 8 bidirectional general-purpose trigger I/O channels
    • Optional timing correlation and HVI-2 sequencer support / PathWave Test Sync Executive support

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    HV2
    PWP

    28 LVDS Channels, 8 Trigger Channels

    M5302A is a single-slot Digital IO PXIe module with 28 programmable LVDS channels and 8 single-ended channels. The LVDS channels can be used to communicate to the device under test or can be used to control other devices by emulating protocols such as Camera Link. The single-ended channels are suitable for event triggers or other general-purpose IO applications.

    • Single PXIe slot
    • General purpose customizable I/O module
    • Kintex UltraScale+ FPGA with optional PathWave FPGA support
    • 28 bidirectional LVDS IO channels
    • 4 general purpose IO channels
    • 8 bidirectional general-purpose trigger I/O channels
    • Optional timing correlation and HVI-2 sequencer support / PathWave Test Sync Executive support
    HV2
    PWP

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    • Random level interference with crest factor > 4
    • Sinusoidal level interference
    • Common mode and differential mode
    • Bandwidth adjustable up to 32 GHz
    • Four differential output channels to avoid baluns
    • Adjustable amplitude up to 1 Vpp (se), 2 Vpp (diff.)
    • 1-slot AXIe module for combined configurations with M8040A high-performance BERT
    • Graphical user interface and remote control via M8070B system software for M8000 series of BER test solution

    The Keysight M8054A interference source allows to generate repeatable and accurate level impairments for testing of high-speed digital receivers that support symbol rates up to 64 Gbaud.

    The target application is receiver test for devices with PCIe® 4/5, OIF CEI-56G, IEEE 802.3 bs, bj, cd, by, SAS, and other high-speed digital interfaces.

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    Functionality

    • 18 total slots including PXIe controller and timing module slots
    • 16 PXIe Hybrid Slots
    • 867.5 W total DC power (220-240V input) and 42 W/slot cooling

    Performance characteristics

    • Advanced PCIe switch fabric that operates up to Gen 2 speeds and provides twelve x4 and four x8 links to module slots
    • Backplane speeds of up to a 4 GB/s data rate from external controller to PXIe module slots
    • Innovative cooling design that allows chassis to fit into 4U of rack space in most cases

    Applications

    • Aerospace and Defense
    • Electronic test
    • Communications

    The M9018A chassis provides the ultimate in flexibility, compatibility, and performance. With 16 PXIe Hybrid slots, it allows the system designer to mix and match the number and location of PXIe and PXI-1 hybrid compatible modules essentially at will. It contains an advanced PCIe switch fabric that operates up to Gen 2 speeds and can be configured for optimal performance with most PXIe controller. The switch fabric is also configurable for peer-to-peer communications and any peripheral slot can communicate with any other peripheral slot without utilizing the system slot PCIe links. Combine the M9018A with the M9021A PCIe Cable Interface and M9048A PCIe Desktop Adaptor to achieve the highest system bandwidth.

    The M9018A has an innovative cooling design which allows the chassis to fit into 4U of rack space in most cases. When combined with the latest 1U rack-mounted computer, a powerful system can be built in only 5U of rack space. Additionally, optional “air-inlet” modules can be used to supply more cool air from the front of the chassis.

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    HV2
    PWP

    The M9032A PXIe System Synchronization Module is a single-slot, 2-port module that provides multi-module and multi-chassis synchronization and triggering for Keysight's modular instruments.

    • Single PXIe slot
    • Virtex UltraScale+ VU3P FPGA with PathWave
    • High-quality Oven Controlled Crystal Oscillator (OCXO) reference clocks
    • PathWave Test Sync Executive support
    • Low-latency LVDS triggers
    • High bandwidth/speed information through Multi-Gigabit Transceiver (MGT) links
    HV2
    PWP

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    HV2
    PWP

    The M9033A PXIe System Synchronization Module is a dual-slot, 5-port module that provides multi-module and multi-chassis synchronization and triggering for Keysight's modular instruments.

    • Dual PXIe slot with 4 downstream connectors
    • Virtex UltraScale+ VU3P FPGA with PathWave
    • High-quality Oven Controlled Crystal Oscillator (OCXO) reference clocks
    • PathWave Test Sync Executive support
    • Low-latency LVDS triggers
    • High bandwidth/speed information through Multi-Gigabit Transceiver (MGT) links

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      001Advanced Trigger Access
      003Push-pull cooling
      STDStandard Chassis

      The M9046A PXIe 18-slot chassis delivers the power and cooling required for high-performance applications. It includes 3 PXIe hybrid slots which gives the system designer the flexibility to mix PXIe and hybrid-compatible modules. With its Gen 3 backplane and x24 system slot, it is ready to tackle high-data bandwidth applications.

      The M9046A is new from the ground up including a new power supply design providing unprecedented power per slot capabilities with the ability to monitor power and control switching frequency on a per-slot basis. With improved airflow, the improvement in cooling performance results in superior acoustical performance with up to a maximum 85 watts per slot. The chassis is also designed for easy integration into large systems containing multiple PXIe chassis and other non-PXI instrumentation including access to 8 hardware trigger lines without consuming a slot.

      Functionality

      • 3 PXIe hybrid slots, 13 PXIe slots, 1 PXIe timing slot, and 1 PXIe system slot
      • High power with up to 1675W usable power
      • Up to 85 W/slot cooling with exceptional acoustical performance
      • Multi-chassis power-sequencing and optional rear trigger access

      Performance Characteristics

      • High performance Gen 3 backplane with a two link (x8 and x16) system slot and x8 links to the PXIe slots
      • Backplane speeds of up to 24 GB/s system and 8 GB/s slot-to-slot
      • Innovative chassis cooling system with increased volume of airflow for improved per-slot cooling and lower acoustical noise
      002Advanced power monitoring and control

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      Quick View Details
      M12MEMORY, 125 MB/CH
      S04MULTI-SITE CONFIGURATION
      SR2MAX CLOCK RATE, 250 MHZ
      • 16 per pin programmable channels for logic levels, delay
      • Parametric Measurement Unit (PMU) per channel
      • Single and multi-site configurability
      • Flexible per bit timing control
      • On-the-fly pattern generation and editing
      • Allocation of deep pattern memory per channel
      • High voltage drivers and open drain control pins
      • Software tools for quick test development

      The Keysight M9195A PXIe digital stimulus/response (PXI DSR) module is ideal for IC design validation and production test environments. The PXI DSR provides 16 bi-directional digital channels with programmable logic levels and can be configured for synchronized cyclized digital data, for parametric measurements, or for static digital IO.

      The PXI DSR offers high configuration flexibility, multi-site capability and per-channel programming, including per channel parametric measurements, programmable delay and other high performance and time saving features and software tools. The PXI DSR offers deep memory and the unique ability to create flexible waveform timing sets using high-level driver commands, edit as few as one single bit in a pattern, apply up to 1 ns resolution edge placement, and move pattern edges without the need to recompile.

      Select from single-site and multi-site cables as well as proto typing board and cable for fast connection and test development.

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      C01SINGLE CHANNEL
      DDCDIGITAL DOWNCONVERSION
      F02FREQUENCY RANGE, 2 GS/S
      M05STANDARD MEMORY, 512 MB
      V10STREAMING, 100 MHZ BANDWIDTH

      Functionality

      • Up to 2 GS/s sampling rate and 1 GHz bandwidth
      • 12-bit resolution
      • Real-time digital downconversion and data streaming

      Performance characteristics

      • Continuous streaming of up to 50 MHz or 100 MHz analog bandwidth2
      • SFDR = 84 dBc (typ) with digital downconversion1, 60 dBc (typ) in basic digitizer mode @ 410 MHz
      • 3 dB Bandwidth: 30 MHz to 1 GHz

      1Depends on DDC settings
      2Requires to program through the M9392A PXI Microwave Signal Analyzer software

      Applications

      • Aerospace and Defense
      • Wireless communications
      • Radar and wideband signal capture

      The M9202A is a one-slot 3U PXIe wideband IF digitizer running at 2 GS/s, with up to 1 GHz instantaneous analog bandwidth. The M9202A features a Xilinx® Virtex-6 FPGA that can implement different functionalities depending on which firmware option you choose.

      The BAS option provides basic digitizer functionality allowing capture of a signal, storing of the data in the memory and/or transferring it through the backplane connectors for example. The DDC option, in addition to basic digitizer functionality, implements a Digital Downconversion algorithm in the 300 MHz to 700 MHz band, improving the analog performance like the Spurious Free Dynamic Range (SFDR) or Signal-to-Noise Ratio (SNR) and reducing data upload time.

      The sampling rate of this IF digitizer, in combination with its wide input bandwidth and high dynamic range, makes it ideal for Aerospace/Defense and Wireless Communication industries, especially in applications such as Military mobile repair stations, Radar test, wideband communication standard test and fast signal capture application.

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      Quick View Details
      CH2TWO CHANNELS
      DDCDIGITAL DOWNCONVERSION
      DGTDIGITIZER FIRMWARE
      F10BANDWIDTH, FULL BW ENABLED
      FDK
      INTINTERLEAVED SAMPLING ENABLED
      LX2DIGITAL PROCESSING UNIT FPGA LX195T
      M40MEMORY, 4GB, 1G SAMPLES / CH
      SR2MAXIMUM SAMPLING RATE, 1.6 GS/S PER CHANNEL
      TSRTRIGGERED SIMULTANEOUS ACQUISITION AND READOUT

      A Digital Wideband Receiver with High Speed and Low Noise

      The Keysight M9203A is a low noise, high-speed PXIe digitizer / wideband digital receiver with programmable onboard processing. It features wide analog bandwidth and is ideal for wireless, radar, and satellite communication applications requiring wideband signal capture with high dynamic range.

      • Dual-slot 3U PXIe 12-bit wideband digital receiver
      • 2 channels with 12-bit ADC resolution and a DC to 2 GHz frequency range
      • Up to 3.2 GS/s sampling rate in interleaved mode
      • Up to 2 GHz instantaneous analog bandwidth
      • Works with the Keysight U5340A FPGA development
      • Large 4 GB DDR3 acquisition memory

      The M9203A is a dual-slot 3U PXIe 12-bit wideband digital receiver running at 3.2 GS/s, up to 2 GHz instantaneous analog bandwidth and providing a large 4 GB DDR3 acquisition memory. The M9203A features a large Xilinx FPGA that can implement different functionalities depending on the selected firmware option. Dedicated functions can also be implemented on board, allowing support of various applications. Furthermore, Keysight is supporting the deployment of custom processing algorithm on this digitizer with the U5340A FPGA development kit. Integrating algorithms minimizes the need for additional circuitry and exploit the full density and speed of the digitizer.

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      The M9300A PXIe frequency reference is a PXIe-compatible, compact, modular instrument that can be used with the Keysight M9301A synthesizer, M9310A source output, and M9311A modulator to create the world’s fastest vector signal generator, the M9381A. Create a CW source, the M9380A, by combining the M9300A with the M9301A and M9310A or use it as the 10-MHz or 100-MHz reference with other PXI solutions. Control the instrument through a soft front panel and programmatic interfaces tuned to your application development environment of choice.

      • Reduce development time and simplify integration into existing test environments with multiple drivers and programmatic interfaces.
      • Reduce startup time with Keysight IO libraries' easy configuration, one-step software install, and soft front panel.
      • Realize fast repair turn-around time with Calibrated Core Exchange.

      Functionality

      • Multiple outputs: Five 100 MHz, one 10 MHz and one OCXO
      • Locks to an external reference with a value from 1 to 110 MHz.
      • Many programmatic interfaces enable easy integration into existing test environments

      Performance characteristics

      • 1-slot PXIe
      • Low phase noise
      • 100 MHz output amplitude ≥ 10 dBm

      Applications

      • Wireless communications
      • Aerospace and defense

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      F06FREQUENCY RANGE, 187.5 MHZ TO 6 GHZ

      The M9309A PXIe vector network analyzer (VNA) synthesizer is a component for the M9485A PXIe multiport vector network analyzer. Control the M9309A through the M9485A software front panel. The M9485A provides a true multiport VNA with up to 12-ports in one chassis and up to 24-ports in two chassis.

      • Generate signals between the frequency range of 187.5 MHz to 6 GHz
      • Provide maximum output power of +5 dBm

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      0901 MHZ TO 9 GHZ
      • Input Frequency: 1 MHz to 6 GHz
      • Output Frequency: 1 MHz to 9 GHz
      • Maximum Output Power (6 G to 9 GHz, +10 dBm input): 8 to 12 dBm

      The M9340A is PXIe Vector Network Analyzer RF Distributor which is used in the M9485A PXIe Multiport Vector Network Analyzer. The module distributes the source and local signals from the source modules to receivers.

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      F40FREQUENCY 10 MHZ TO 40 GHZ

      A Microwave Downconverter for Simultaneous Wideband Analysis

      The Keysight M9362AD01 PXIe Quad Downconverter is well suited for wideband signal capture where multiple channels are required for applications such as multi-channel coherent signal analysis, radar, SIGNIT, ELINT, MASINT, EW signal capture and analysis, and RF and microwave recording and analysis.

      • PXIe 3-slot coherent microwave downconverte
      • 1.5 GHz bandwidth per channel
      • Four-channel coherent downconversion
      • Up to 800 MHz analysis bandwidth
      • Conforms to Modular Open Systems Approach (MOSA)
      • Ideal for multichannel coherent signal capture and analysis: radar, SIGNIT, ELINT, MASINT, EW, and RF microwave

      The M9362AD01 can be part of a 2 or 4 Channel Wideband PXI Vector Signal Analyzer that may include M9168C RF Attenuators, M9302A Local Oscillators, M9352A IF Amplifier/Attenuators, and M9202A 12-Bit Digitizers.

      Each 2 Channel or 4 Channel Wideband PXI Vector Signal Analyzer can provide up to 800 MHz analysis bandwidth while working on 802.11ac applications (2 GSa/s max sample rate / 2.5 when using 89600 VSA software). Connection to Keysight’s 89600 VSA software allows greater insight into next-generation 802.11ac WLAN chips and devices.

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      0901 MHZ TO 9 GHZ

      M9376A is a one port PXIe Vector Network Analyzer receiver which is used in the M9485A PXIe Multiport Vector Network Analyzer.

      • 1 MHz to 9 GHz
      • Stability: ± 0.005 dB/°C @ 1M to 3 GHz
      • Trace noise (reflection) : 0.003 dB rms, 0.02 deg rms

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      F06Frequency Range, 380 MHz to 6 GHz
      001VXT PXIe Vector Transceiver, 6 GHz

      The Keysight M9410A VXT PXIe vector transceiver integrates a 6 GHz vector signal generator and vector signal analyzer in a 2-slot PXIe module.

      • Support 5G advanced test needs with a signal generation and analysis bandwidth of up to 1.2 GHz.
      • Gain greater test margin for design verification and production test with best-in-class RF performance, including output power, phase noise, and amplitude accuracy
      • Support a wide range of applications using the same measurement application software used in benchtop instruments including PathWave signal generation, X-Series measurement applications, and vector signal analysis software
      • Perform multichannel (MIMO) and multi-site testing in the design verification and production phase
      • Extend frequency range to mmW (FR2) with M1740A mmWave vector transceiver
      89601200CBasic vector signal analysis and hardware connectivity
      89601301CMulti-vendor hardware connectivity
      1EAHigh output power
      89601B7NC3G modulation analysis
      89601B7RCWireless connectivity modulation analysis
      B12Bandwidth, 1.2 GHz
      B3XBandwidth, 300 MHz
      B40
      B6XBandwidth, 600 MHz
      HDXHalf Duplex Port
      89601BHFCCustom OFDM modulation analysis
      89601BHGCLTE/LTE-A FDD modulation analysis
      89601BHHCLTE/LTE-A TDD modulation analysis
      89601BHMCDOCSIS modulation analysis
      89601BHNC5G NR modulation analysis
      89601BHPCFMCW radar analysis
      89601BHQCPulse analysis
      89601BHTCIoT modulation analysis
      89601BHXCHigh throughput WLAN modulation analysis
      M02Memory, 256 MSa
      M05Memory, 512 MSa
      N9054EM0EVector Modulation Analysis Digital Demodulation Measurement Application
      N9065EM0E
      N9073EM0EW-CDMA/HSPA+ Measurement Application
      N9077EM0EWLAN 802.11a/b/g/j/p/n/af/ah Measurement Application
      N9080EM0ELTE and LTE-Advanced FDD Measurement Application
      N9082EM0ELTE and LTE-Advanced TDD Measurement Application
      N9085EM0E5G NR Measurement Application
      Y9073EM0EW-CDMA/HSPA/HSPA+ Waveform and Measurement Applications
      Y9077EM0EWLAN 802.11a/b/g/j/p/n/af/ah Waveform and Measurement Application
      Y9080EM0ELTE and LTE-Advanced FDD Waveform and Measurement Applications
      Y9082EM0ELTE and LTE-Advanced TDD Waveform and Measurement Application
      Y9085EM0E5G NR Non-Signaling Waveform and Measurement Application
      Y9077EM1EWLAN 802.11ac/ax Waveform and Measurement Application
      N9077EM1EWLAN 802.11ac/ax Measurement Application
      N9065EM1E
      N9054EM1EVector Modulation Analysis Custom OFDM Application
      N7600EMBCSignal Studio for W-CDMA/HSPA+, waveform playback
      N7602EMBCSignal Studio for GSM/EDGE/Evo, waveform playback
      N7608EMBCSignal Studio Pro for Custom Modulation, waveform playback
      N7609EMBCSignal Studio for Global Navigation Satellite System (GNSS), waveform playback
      N7617EMBCSignal Studio for WLAN 802.11, waveform playback
      N7624EMBCSignal Studio for LTE/LTE-Advanced/LTE-A Pro FDD, waveform playback
      N7625EMBCSignal Studio for LTE/LTE-Advanced TDD, waveform playback
      N7630EMBCSignal Studio Pro for Pre-5G, waveform playback
      N7631EMBCSignal Studio Pro for 5G NR, waveform playback
      MMOTiming Synchronization for MIMO and ccEVM
      RPCReal-time phase compensation for 5G NR signal generation
      SAACalibration for N9060EM3E Spectrum Analyzer Application
      89601AYACDigital demodulation analysis

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      F06Frequency Range, 380 MHz to 6 GHz
      001VXT PXIe Vector Transceiver, 6 GHz
      EP6Enhanced Performance
      SAACalibration for N9060EM3E Spectrum Analyzer Application

      The Keysight M9410A VXT PXIe vector transceiver integrates a 6 GHz vector signal generator and vector signal analyzer in a 2-slot PXIe module.

      • Support 5G advanced test needs with a signal generation and analysis bandwidth of up to 1.2 GHz.
      • Gain greater test margin for design verification and production test with best-in-class RF performance, including output power, phase noise, and amplitude accuracy
      • Support a wide range of applications using the same measurement application software used in benchtop instruments including PathWave signal generation, X-Series measurement applications, and vector signal analysis software
      • Perform multichannel (MIMO) and multi-site testing in the design verification and production phase
      • Extend frequency range to mmW (FR2) with M1740A mmWave vector transceiver
      89601200CBasic vector signal analysis and hardware connectivity
      89601301CMulti-vendor hardware connectivity
      1EAHigh output power
      89601B7NC3G modulation analysis
      89601B7RCWireless connectivity modulation analysis
      B12Bandwidth, 1.2 GHz
      B3XBandwidth, 300 MHz
      B40
      B6XBandwidth, 600 MHz
      HDXHalf Duplex Port
      89601BHFCCustom OFDM modulation analysis
      89601BHGCLTE/LTE-A FDD modulation analysis
      89601BHHCLTE/LTE-A TDD modulation analysis
      89601BHMCDOCSIS modulation analysis
      89601BHNC5G NR modulation analysis
      89601BHPCFMCW radar analysis
      89601BHQCPulse analysis
      89601BHTCIoT modulation analysis
      89601BHXCHigh throughput WLAN modulation analysis
      M02Memory, 256 MSa
      M05Memory, 512 MSa
      N9054EM0EVector Modulation Analysis Digital Demodulation Measurement Application
      N9065EM0E
      N9073EM0EW-CDMA/HSPA+ Measurement Application
      N9077EM0EWLAN 802.11a/b/g/j/p/n/af/ah Measurement Application
      N9080EM0ELTE and LTE-Advanced FDD Measurement Application
      N9082EM0ELTE and LTE-Advanced TDD Measurement Application
      N9085EM0E5G NR Measurement Application
      Y9073EM0EW-CDMA/HSPA/HSPA+ Waveform and Measurement Applications
      Y9077EM0EWLAN 802.11a/b/g/j/p/n/af/ah Waveform and Measurement Application
      Y9080EM0ELTE and LTE-Advanced FDD Waveform and Measurement Applications
      Y9082EM0ELTE and LTE-Advanced TDD Waveform and Measurement Application
      Y9085EM0E5G NR Non-Signaling Waveform and Measurement Application
      Y9077EM1EWLAN 802.11ac/ax Waveform and Measurement Application
      N9077EM1EWLAN 802.11ac/ax Measurement Application
      N9065EM1E
      N9054EM1EVector Modulation Analysis Custom OFDM Application
      N7600EMBCSignal Studio for W-CDMA/HSPA+, waveform playback
      N7602EMBCSignal Studio for GSM/EDGE/Evo, waveform playback
      N7608EMBCSignal Studio Pro for Custom Modulation, waveform playback
      N7609EMBCSignal Studio for Global Navigation Satellite System (GNSS), waveform playback
      N7617EMBCSignal Studio for WLAN 802.11, waveform playback
      N7624EMBCSignal Studio for LTE/LTE-Advanced/LTE-A Pro FDD, waveform playback
      N7625EMBCSignal Studio for LTE/LTE-Advanced TDD, waveform playback
      N7630EMBCSignal Studio Pro for Pre-5G, waveform playback
      N7631EMBCSignal Studio Pro for 5G NR, waveform playback
      MMOTiming Synchronization for MIMO and ccEVM
      RPCReal-time phase compensation for 5G NR signal generation
      SAACalibration for N9060EM3E Spectrum Analyzer Application
      89601AYACDigital demodulation analysis

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      F06Frequency Range, 380 MHz to 6 GHz
      001VXT PXIe Vector Transceiver, 6 GHz
      EP6Enhanced Performance
      HV2Enable PathWave Test Sync Executive Programming
      MTS
      PHC
      SAACalibration for N9060EM3E Spectrum Analyzer Application

      The Keysight M9410A VXT PXIe vector transceiver integrates a 6 GHz vector signal generator and vector signal analyzer in a 2-slot PXIe module.

      • Support 5G advanced test needs with a signal generation and analysis bandwidth of up to 1.2 GHz.
      • Gain greater test margin for design verification and production test with best-in-class RF performance, including output power, phase noise, and amplitude accuracy
      • Support a wide range of applications using the same measurement application software used in benchtop instruments including PathWave signal generation, X-Series measurement applications, and vector signal analysis software
      • Perform multichannel (MIMO) and multi-site testing in the design verification and production phase
      • Extend frequency range to mmW (FR2) with M1740A mmWave vector transceiver
      89601200CBasic vector signal analysis and hardware connectivity
      89601301CMulti-vendor hardware connectivity
      1EAHigh output power
      89601B7NC3G modulation analysis
      89601B7RCWireless connectivity modulation analysis
      B12Bandwidth, 1.2 GHz
      B3XBandwidth, 300 MHz
      B40
      B6XBandwidth, 600 MHz
      HDXHalf Duplex Port
      89601BHFCCustom OFDM modulation analysis
      89601BHGCLTE/LTE-A FDD modulation analysis
      89601BHHCLTE/LTE-A TDD modulation analysis
      89601BHMCDOCSIS modulation analysis
      89601BHNC5G NR modulation analysis
      89601BHPCFMCW radar analysis
      89601BHQCPulse analysis
      89601BHTCIoT modulation analysis
      89601BHXCHigh throughput WLAN modulation analysis
      M02Memory, 256 MSa
      M05Memory, 512 MSa
      N9054EM0EVector Modulation Analysis Digital Demodulation Measurement Application
      N9065EM0E
      N9073EM0EW-CDMA/HSPA+ Measurement Application
      N9077EM0EWLAN 802.11a/b/g/j/p/n/af/ah Measurement Application
      N9080EM0ELTE and LTE-Advanced FDD Measurement Application
      N9082EM0ELTE and LTE-Advanced TDD Measurement Application
      N9085EM0E5G NR Measurement Application
      Y9073EM0EW-CDMA/HSPA/HSPA+ Waveform and Measurement Applications
      Y9077EM0EWLAN 802.11a/b/g/j/p/n/af/ah Waveform and Measurement Application
      Y9080EM0ELTE and LTE-Advanced FDD Waveform and Measurement Applications
      Y9082EM0ELTE and LTE-Advanced TDD Waveform and Measurement Application
      Y9085EM0E5G NR Non-Signaling Waveform and Measurement Application
      Y9077EM1EWLAN 802.11ac/ax Waveform and Measurement Application
      N9077EM1EWLAN 802.11ac/ax Measurement Application
      N9065EM1E
      N9054EM1EVector Modulation Analysis Custom OFDM Application
      N7600EMBCSignal Studio for W-CDMA/HSPA+, waveform playback
      N7602EMBCSignal Studio for GSM/EDGE/Evo, waveform playback
      N7608EMBCSignal Studio Pro for Custom Modulation, waveform playback
      N7609EMBCSignal Studio for Global Navigation Satellite System (GNSS), waveform playback
      N7617EMBCSignal Studio for WLAN 802.11, waveform playback
      N7624EMBCSignal Studio for LTE/LTE-Advanced/LTE-A Pro FDD, waveform playback
      N7625EMBCSignal Studio for LTE/LTE-Advanced TDD, waveform playback
      N7630EMBCSignal Studio Pro for Pre-5G, waveform playback
      N7631EMBCSignal Studio Pro for 5G NR, waveform playback
      MMOTiming Synchronization for MIMO and ccEVM
      RPCReal-time phase compensation for 5G NR signal generation
      SAACalibration for N9060EM3E Spectrum Analyzer Application
      89601AYACDigital demodulation analysis

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      001VXT PXIe Vector Transceiver
      F12Frequency Range, 380 MHz to 12.3 GHz
      HV2Enable PathWave Test Sync Executive Programming
      • Integrated a vector signal generator and a vector signal analyzer up to 12 GHz in a 3-slot PXIe module
      • Built-in 1.2 GHz signal generation and analysis bandwidth
      • High output power up to >+20 dBm
      • Amplitude accuracy <±0.5 dB for both generator and analyzer
      • Excellent SSB phase noise <-130 dBc/Hz at 1 GHz (10 kHz offset)
      • <0.3 % EVM of 100 MHz bandwidth OFDM signal for accurate 5G test
      • Extend frequency range to mmW (FR2) with S9130A 5G Performance Multi-Band Vector Transceiver
      89601200CBasic vector signal analysis and hardware connectivity
      89601301CMulti-vendor hardware connectivity
      1EAHigh Output Power
      89601B7NC3G modulation analysis
      89601B7RCWireless connectivity modulation analysis
      B12Bandwidth, 1.2 GHz
      B4XBandwidth, 400 MHz
      B8XBandwidth, 800 MHz
      F06Frequency Range, 380 MHz to 6 GHz
      F08Frequency Range, 380 MHz to 8 GHz
      F12Frequency Range, 380 MHz to 12.3 GHz
      HDXHalf Duplex Port
      89601BHFCCustom OFDM modulation analysis
      89601BHGCLTE/LTE-A FDD modulation analysis
      89601BHHCLTE/LTE-A TDD modulation analysis
      89601BHMCDOCSIS modulation analysis
      89601BHNC5G NR modulation analysis
      89601BHPCFMCW radar analysis
      89601BHQCPulse analysis
      89601BHTCIoT modulation analysis
      HV2Enable PathWave Test Sync Executive Programming
      89601BHXCHigh throughput WLAN modulation analysis
      M02Memory, 256 Msa
      M05Memory, 512 MSa
      N9054EM0EVector Modulation Analysis Digital Demodulation Measurement Application
      N9071EM0EGSM/EDGE/Evo Measurement Application
      N9073EM0EW-CDMA/HSPA+ Measurement Application
      N9077EM0EWLAN 802.11a/b/g/j/p/n/af/ah Measurement Application
      N9055EM0EPower Amplifier Measurement Application
      N9060EM0E
      Y9080EM0ELTE and LTE-Advanced FDD Waveform and Measurement Applications
      Y9081EM0EBluetooth TM Waveform and Measurement Application
      Y9082EM0ELTE and LTE-Advanced TDD Waveform and Measurement Application
      Y9084EM0E
      Y9085EM0E5G NR Non-Signaling Waveform and Measurement Application
      N9080EM0ELTE and LTE-Advanced FDD Measurement Application
      N9081EM0EBluetooth (TM) Measurement Application
      N9082EM0ELTE and LTE-Advanced TDD Measurement Application
      N9084EM0EShort Range Communications and IoT Measurement Application
      N9085EM0E5G NR Measurement Application
      Y9071EM0EGSM/EDGE/Evo Waveform and Measurement Application
      Y9073EM0EW-CDMA/HSPA/HSPA+ Waveform and Measurement Applications
      Y9077EM0EWLAN 802.11a/b/g/j/p/n/af/ah Waveform and Measurement Application
      Y9077EM1EWLAN 802.11ac/ax Waveform and Measurement Application
      N9077EM1EWLAN 802.11ac/ax Measurement Application
      N9054EM1EVector Modulation Analysis Custom OFDM Application
      N9077EM2EWLAN 802.11be Measurement Application
      Y9077EM2E
      N9060EM3ESpectrum Analyzer Measurement Application
      N7600EMBCSignal Studio for W-CDMA/HSPA+, waveform playback
      N7602EMBCSignal Studio for GSM/EDGE/Evo, waveform playback
      N7606EMBCSignal Studio for Bluetooth, waveform playback
      N7608EMBCSignal Studio Pro for Custom Modulation, waveform playback
      N7609EMBCSignal Studio for Global Navigation Satellite System (GNSS), waveform playback
      N7610EMBCSignal Studio for IoT, waveform playback
      N7617EMBCSignal Studio for WLAN 802.11, waveform playback
      N7624EMBCSignal Studio for LTE/LTE-Advanced/LTE-A Pro FDD, waveform playback
      N7625EMBCSignal Studio for LTE/LTE-Advanced TDD, waveform playback
      N7630EMBCSignal Studio Pro for Pre-5G, waveform playback
      N7631EMBCSignal Studio Pro for 5G NR, waveform playback
      MMO
      SAACalibration for N9060EM3E Spectrum Analyzer Application
      89601AYACDigital demodulation analysis

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      Quick View Details
      4004-port, 9 kHz to 9 GHz

      Conquer Challenges with Multiport Network Analyzers

      The Keysight M980xA Series of PXI network analyzers meets the most demanding challenges with a true multiport architecture that offers exceptional performance no matter how many ports you use. Gain deeper insights into your devices with the widest available portfolio of measurement applications for PXI VNAs, including spectrum analysis and noise figure measurements.

      • 9 kHz to 9 GHz frequency range
      • Cascade multiple modules for up to 50 ports on a single chassis [TH1] of multiport or multi-site measurement
      • Make accurate multiport measurements with N-port correction capability
      • Perform fast and easy multiport calibration with electronic calibration (ECal) modules
      • Choose from a wide range of measurement application to gain deeper insight into your RF test
      • Features the same intuitive GUI as Keysight’s high-performance network analyzers
      021Pulse modulation hardware
      090Spectrum analysis hardware
      190Vector signal analysis hardware

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      Quick View Details
      6006-port, 9 kHz to 9 GHz
      190Vector signal analysis hardware

      Conquer Challenges with Multiport Network Analyzers

      The Keysight M980xA Series of PXI network analyzers meets the most demanding challenges with a true multiport architecture that offers exceptional performance no matter how many ports you use. Gain deeper insights into your devices with the widest available portfolio of measurement applications for PXI VNAs, including spectrum analysis and noise figure measurements.

      • 9 kHz to 9 GHz frequency range
      • Cascade multiple modules for up to 50 ports on a single chassis [TH1] of multiport or multi-site measurement
      • Make accurate multiport measurements with N-port correction capability
      • Perform fast and easy multiport calibration with electronic calibration (ECal) modules
      • Choose from a wide range of measurement application to gain deeper insight into your RF test
      • Features the same intuitive GUI as Keysight’s high-performance network analyzers
      021Pulse modulation hardware
      090Spectrum analysis hardware
      190Vector signal analysis hardware

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      Quick View Details
      4004-port, 9 kHz to 20 GHz

      Conquer Challenges with Multiport Network Analyzers

      The Keysight M980xA Series of PXI network analyzers meets the most demanding challenges with a true multiport architecture that offers exceptional performance no matter how many ports you use. Gain deeper insights into your devices with the widest available portfolio of measurement applications for PXI VNAs, including spectrum analysis and noise figure measurements.

      • 9 kHz to 20 GHz frequency range
      • Cascade multiple modules for up to 50 ports on a single chassis of multiport or multi-site measurement
      • Make accurate multiport measurements with N-port correction capability
      • Perform fast and easy multiport calibration with electronic calibration (ECal) modules
      • Choose from a wide range of measurement application to gain deeper insight into your RF test
      • Features the same intuitive GUI as Keysight’s high-performance network analyzers
      021Pulse modulation hardware
      090Spectrum analysis hardware
      190Vector signal analysis hardware

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      Quick View Details
      6006-port, 9 kHz to 20 GHz
      190Vector signal analysis hardware

      Conquer Challenges with Multiport Network Analyzers

      The Keysight M980xA Series of PXI network analyzers meets the most demanding challenges with a true multiport architecture that offers exceptional performance no matter how many ports you use. Gain deeper insights into your devices with the widest available portfolio of measurement applications for PXI VNAs, including spectrum analysis and noise figure measurements.

      • 9 kHz to 20 GHz frequency range
      • Cascade multiple modules for up to 50 ports on a single chassis of multiport or multi-site measurement
      • Make accurate multiport measurements with N-port correction capability
      • Perform fast and easy multiport calibration with electronic calibration (ECal) modules
      • Choose from a wide range of measurement application to gain deeper insight into your RF test
      • Features the same intuitive GUI as Keysight’s high-performance network analyzers

      Adding options and accessories may impact shipping times

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      Quick View Details
      A16INCREASE ANALYZER LINKWIDTH TO X8 BI-DIRECTIONAL AND X16 UNI-DIRECTIONAL
      AN3ANALYZER SOFTWARE LICENSE FOR PCIE 8GBPS

      Accurate Data Capture with PCIe Analyzers

      The Keysight U4301B PCI Express (PCIe) analyzer combines accurate probing technology with flexible hardware architecture. This PCIe 3.0 analyzer uses Keysight’s unique Equalization Snoop Probe (ESP) technology, allowing you to match the algorithm to the type of channel the protocol analyzer is monitoring. This technology ensures that the captured data is as accurate as possible.

      Hardware

      • Supports 2.5 GT/s (Gen1), 5.0 GT/s (Gen2) and 8.0 GT/s (Gen3) speeds
      • x1 through x16 link width support
      • 8 GB capture for x1 to x8 bidirectional, up to 16 GB capture for x16 bidirectional
      • CEM slot, M.2 (M-key), and SFF-8639 PCIe interposers; PCIe Gen3 midbus probe, flying leads

      Data viewing and navigation

      • Packet viewer with flexible coloring, color by packet type or direction
      • Lane view with packet highlighting to show the actual data on the bus (header, payload?)
      • Simple packet filter, quick search and auto compute
      • Correlation across all views, clicking in one view quickly navigates you to the same point in time in another view

      Analysis tools

      • LTSSM overview with equalization analysis helps verify the link training process and identify reasons for failure
      • Traffic overview with detailed traffic pattern analysis and graphing
      • Performance analysis with utilization, throughput, response time and latency measures (including flow control analysis)
      • Transaction decode of PCIe, NVMe and AHCI with data analysis with data overview

      Simple-to use, powerful state-based triggering

      • Simple-to-use filters and triggers
      • Advanced triggering for complex scenario analysis (ex. missing completion)

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