All Software Catalog

The Keysight M809256CB electrical receiver test application simplifies the stress signal calibration used for testing the inputs of OIF-CEI-56G-very short reach, medium reach, and long reach (VSR / MR/ LR) PAM4 interfaces based on OIF-CEI 4.0 standard, which a wide range of Keysight instruments support. The application minimizes user interaction and automatically performs the necessary calibration routines and conformance testing by remotely controlling all required instruments.

• Supports interfaces that use standard OIF-CEI-56G-VSR / MR / LR PAM4.
• Provides an easy-to-use guided setup, automated stress signal calibration and conformance measurement according to the OIF-CEI standard.
• Delivers a wide range of hardware configurations to meet your needs.
• Enables remote-controlled instruments for test automation.
• Generates results in HTML-based format.

Comprehensive measurement and debug solution

• Characterizes 200/400 Gb/s Optical TX designs defined by IEEE 802.3bs
• Characterizes 50/100/200 Gb/s Optical TX designs defined by IEEE 802.3cd
• Key measurements include TDECQ, Optical Modulation Amplitude (Outer OMA), and Extinction Ratio (Outer ER)

Flexible and extensible

• Run from a PC connected to an N109x DCA-M via USB
• Automatic HTML report generation
• Test all or selected parameters to compliance limits or custom limits

Compatibility

• N1092X DCA-M Oscilloscope
• N1077A Clock Recovery (Single-mode and Multimode)
• N1078A Clock Recovery (Single-mode only)

The Keysight N1095BSCA Optical TX test application can be used with the N1092 DCA-M Series oscilloscopes to quickly and accurately perform optical TX PAM4 measurements according to:

• IEEE 802.3bs 200 Gb/s and 400 Gb/s Optical TX (Sections 121, 122, 123, 124)

  • 200GBASE-LR4
  • 200GBASE-FR4
  • 200GBASE-DR4
  • 400GBASE-LR8
  • 400GBASE-FR8
  • 400GBASE-DR4
  • 400GBASE-SR16

• IEEE 802.3cd 50 Gb/s, 100 Gb/s, and 200 Gb/s Optical TX (Sections 138, 139, 140)

  • 50GBASE-SR
  • 50GBASE-FR
  • 50GBASE-LR
  • 100GBASE-SR2
  • 100GBASE-DR
  • 200GBASE-SR4

The N1095BSCA is an easy-to-use optical TX test application that:

• Saves time in understanding details of standards
• Reduces the time it takes to characterize your optical PAM4 design
• Helps debug your device using custom configurations
• Allows you to quickly generate HTML reports that summarize the performance of your device

Key measurements include:

• Transmitter and Dispersion Eye Closure (TDECQ)
• Outer Optical Modulation Amplitude (Outer OMA)
• Outer Extinction Ratio (Outer ER)
• Average Optical Launch Power
• Signaling Rate
• Launch Power in OMAouter minus TDECQ
• Transmitter Transition Time
• Relative Intensity Noise (RINxx OMA) – FYI only

For a comprehensive and up-to-date list of specific tests covered by the application, download and install the N1095BSCA.exe onto a PC (click the Trials and Licenses tab), and run the application in “Demo Mode”. No license (or hardware) is required to run the software application in “Demo Mode”.

Comprehensive compliance and debug solution

• Addresses 40GBASE-CR4 (802.3ba) and 100GBASE-CR10 (802.3ba)
• Measures ~60 parameters
• Has convenient utilities to de-skew cables

Flexible and extensible

• Operate on an N1000A/86100D DCA-X oscilloscope, or on a PC connected to an N109x DCA-M via USB
• Control device under test and other equipment
• Test all or selected parameters to compliance limits or custom limits for development

Time-saving features

• Complete your additional extensive development testing using Debug mode
• De-skew measurement channel skew
• Control device under test
• Interface with other equipment

Compatibility

• N1000A/86100D DCA-X Mainframe
• N109X DCA-M Oscilloscope
• N107X Clock Recovery

Reduce your test time from hours to minutes. Use the N1091BACA Electrical TX Test software to measure your high speed serial host board, module or IC to all required transmit parameters in two IEEE 802.3ba standards.

Keysight offers a wide range of electrical and optical test solutions to address current and emerging communications standards. For testing IEEE 802.3 designs you may choose a hardware combination that addresses your test needs for today, and into the future:

1. N1000A/86100D DCA-X with N1060A/86108B (Integrated “One-Box” solution) - recommended
2. N1000A/86100D DCA-X with DCA module and external clock recovery
3. N109X Electrical DCA-M with external clock recovery

About 60 tests

• Signaling rate
• Rise and fall times
• Differential and common mode amplitudes
• VMA
• Eye mask
• De-emphasis
• Output noise
• Transmitted waveform
• Jitter: J2, J9, DJ and TJ
• DDPWS
• Qsq
• Differential and common mode return losses

Comprehensive measurement and debug solution

• Characterizes CEI-56G-VSR/MR/LR TX designs defined by OIF-CEI-04.0
• Performs over 100 tests
• Key measurements include jitter, eye linearity, SNDR, eye-opening (EW6, EH6), and return loss

Flexible and extensible

• Operate on an N1000A/86100D DCA-X oscilloscope, or on a PC connected to an N109x DCA-M via USB
• Automatic HTML report generation
• Test all or selected parameters to compliance limits or custom limits

Compatibility

• N1000A DCA-X Mainframe
• 86100D DCA-X Mainframe
• N109X DCA-M Oscilloscope
• N107X Clock Recovery

The Keysight N109256CB TX test application can be used with the N1000A/86100D DCA-X or N109X DCA-M Series oscilloscopes to quickly and accurately perform NRZ and PAM4 measurements according to:

• CEI-56G-VSR (Reference OIF2014.277.08 NRZ, OIF-CEI-04.0 PAM4)
  • Section 15.3.2 Host to Module at TP1a, Table 15-1 (NRZ)
  • Section 15.3.3 Module to Host at TP4, Table 15-4 (NRZ)
  • Appendix 15.B.1.1 Host-to-Module at TP0a, Table 15.9 (NRZ)
  • Section 16.3.2 Host to Module at TP1a (Host Output), Table 16-1 (PAM4)
  • Section 16.3.3 Module to Host at TP4 (Module Output), Table 16-4 (PAM4)
  • Appendix 16.B.1.1 Host to Module at TP0a, Table 16.10 (PAM4)
• CEI-56G-MR (Reference OIF-CEI-04.0)
  • Section 17.3.1, Table 17-2 and 17-3 (MR-PAM4)
• CEI-56G-LR (Reference OIF-CEI-04.0)
  • Section 21.3.1, Tables 21-2, 21-3 (LR-PAM4)

The N109256CB is an easy-to-use TX test application that:

• Saves time in understanding details of standards
• Reduces the time it takes to characterize your PAM4 and NRZ design from hours to minutes
• Helps debug your device using custom configurations
• Allows you to quickly generate HTML reports that summarize the performance of your device

Key measurements include:

• Jitter Measurements including UUGJ, BUJ, Even-Odd Jitter (EOJ)
• Output Waveform measurements including Steady-State Voltage (Vf), Linear Fit Pulse Peak and Signal-to-Noise-and-Distortion (SNDR)
• Transition Time
• Eye Width (EW6) and Eye Height (EH), Far-end and Near-end
• Return Loss

For a comprehensive and up-to-date list of specific tests covered by the application, download and install the N109256CB .exe onto a PC (click the Trials and Licenses tab), and run the application in “Demo Mode”. No license (or hardware) is required to run the software application in “Demo Mode”.

Comprehensive measurement and debug solution

• Characterizes 200/400 Gb/s TX designs defined by IEEE 802.3bs
• Characterizes 50/100/200 Gb/s TX designs defined by IEEE 802.3cd
• Performs nearly 300 tests
• Key measurements include 12-edge Output Jitter (Jnu, JRMS, EOJ), SNDR, SNR_ISI, eye-opening (EW5, EH5), and return loss

Flexible and extensible

• Operate on an N1000A/86100D DCA-X oscilloscope, or on a PC connected to an N109x DCA-M via USB
• Automatic HTML report generation
• Test all or selected parameters to compliance limits or custom limits

Compatibility

• N1000A DCA-X Mainframe
• 86100D DCA-X Mainframe
• N109X DCA-M Oscilloscope
• N107X Clock Recovery

The Keysight N1091BSCB TX test application can be used with the N1000A/86100D DCA-X or N109X DCA-M Series oscilloscopes to quickly and accurately perform NRZ and PAM4 measurements according to:

• IEEE 802.3bs 200 Gb/s and 400 Gb/s Operation

  • 200GAUI-x and 400GAUI-x Chip-to-Chip (C2C) TX characteristics
  • 200GAUI-x and 400GAUI-x Chip-to-Module (C2M) host/module output characteristics

• IEEE 802.3cd 50 Gb/s, 100 Gb/s, and 200 Gb/s Operation

  • Transmitter characteristics: 50GBASE-CR, 100GBASE-CR2, and 200GBASE-CR4
  • Transmitter characteristics: 50GBASE-KR, 100GBASE-KR2, and 200GBASE-KR4
  • LAUI-2 Chip-to-Chip (C2C) TX characteristics
  • LAUI-2 Chip-to-Module (C2M) host/module output characteristics
  • 50GAUI-x and 100GAUI-x Chip-to-Chip (C2C) TX characteristics
  • 50GAUI-x and 100GAUI-x Chip-to-Module (C2M) host/module output characteristics

The N1091BSCB is an easy-to-use TX test application that:

• Saves time in understanding details of standards
• Reduces the time it takes to characterize your PAM4 and NRZ design from hours to minutes
• Helps debug your device using custom configurations
• Allows you to quickly generate HTML reports that summarize the performance of your device

Key measurements include:

• Jitter Measurements including Jnu, JRMS, and EOJ on “12-edges” of a PRBS13Q
• Output Waveform measurements including Steady-State Voltage (Vf), Linear Fit Pulse Peak and Signal-to-Noise-and-Distortion (SNDR)
• Transition Time
• Eye Width (EW5) and Eye Height (EH5)
• Return Loss

For a comprehensive and up-to-date list of specific tests covered by the application, download and install the N1091BSCB .exe onto a PC (click the Trials and Licenses tab), and run the application in “Demo Mode”. No license (or hardware) is required to run the software application in “Demo Mode”.

Comprehensive compliance and debug solution

• Addresses XLAUI, CAUI-4, CAUI-10, and nPPI (IEEE 802.3bm)
• Measures ~400 parameters
• Has convenient utilities to de-skew cables

Flexible and extensible

• Operate on an N1000A/86100D DCA-X oscilloscope, or on a PC connected to an N109x DCA-M via USB
• Control device under test and other equipment
• Test all or selected parameters to compliance limits or custom limits for development

Time-saving features

• Measure challenging parameters in seconds
• Complete your additional extensive development testing using debug mode
• Interface with other equipment
• Obtain concise compliance reports

Compatibility

• N1000A/86100D DCA-X Mainframe
• N109X DCA-M Oscilloscope
• N107X Clock Recovery

Reduce your test time from hours to minutes. Use the N1091BMCA Electrical TX Test SW to measure your high speed serial host board, module or IC to required transmit parameters in IEEE 802.3bm standards.

Keysight offers a wide range of electrical and optical test solutions to address current and emerging communications standards. For testing IEEE 802.3 designs you may choose a hardware combination that addresses your test needs for today, and into the future:

1. N1000A/86100D DCA-X with N1060A/86108B (Integrated “One-Box” solution) - recommended
2. 86100D DCA-X with DCA module and external clock recovery
3. N109X Electrical DCA-M with external clock recovery

About 40 tests

• Signaling rate
• Differential and common mode amplitudes
• Output noise
• Transmitted waveform
• Jitter: RJ, DCD, and TJ
• Differential and common mode return losses

Comprehensive compliance and debug solution

• Addresses 100GBASE-KR4 and 100GBASE-CR4 (IEEE 802.3bj)
• Measures ~40 parameters
• Has convenient utilities to de-skew cables

Flexible and extensible

• Operate on an N1000A/86100D DCA-X oscilloscope, or on a PC connected to an N109x DCA-M via USB
• Control device under test and other equipment
• Test all or selected parameters to compliance limits or custom limits for development

Time-saving features

• Complete your additional extensive development testing using Debug mode
• De-skew measurement channel skew
• Control device under test
• Interface with other equipment

Compatibility

• N1000A/86100D DCA-X Mainframe
• N109X DCA-M Oscilloscope
• N107X Clock Recovery

Reduce your test time from hours to minutes. Use the N1091BJCA Electrical TX Test software to measure your high speed serial host board, module or IC to all required transmit parameters in two IEEE 802.3 clauses: 100GBASE-KR4 and 100GBASE-CR4 (IEEE 802.3bj).

Keysight offers a wide range of electrical and optical test solutions to address current and emerging communications standards. For testing IEEE 802.3 designs you may choose a hardware combination that addresses your test needs for today, and into the future:

1. N1000A/86100D DCA-X with N1060A/86108B (Integrated “One-Box” solution) - recommended
2. N1000A/86100D DCA-X with DCA module and external clock recovery
3. N109X Electrical DCA-M with external clock recovery

About 40 tests

• Signaling rate
• Rise and fall times
• Differential and common mode amplitudes
• Signal-to-noise
• Output waveform
• Jitter: Even-odd, BUJ and RJ
• Differential and common mode return losses

Comprehensive compliance and debug solution

• Addresses 10GBASE-KR (802.3ap) and 40GBASE-KR4 (802.3bj)
• Measures >20 parameters
• Has convenient utilities to de-skew cables

Flexible and extensible

• Operate on an N1000A/86100D DCA-X oscilloscope, or on a PC connected to an N109x DCA-M via USB
• Control device under test and other equipment
• Test all or selected parameters to compliance limits or custom limits for development

Time-saving features

• De-skew measurement channel skew
• Control device under test
• Interface with other equipment

Compatibility

• N1000A/86100D DCA-X Mainframe
• N109X DCA-M Oscilloscope
• N107X Clock Recovery

Reduce your test time from hours to minutes. Use the N1091APCA Electrical TX Test SW for IEEE 802.3ap/bj to measure your high-speed serial host board, module or IC to all required transmit parameters in two IEEE 802.3 standards.

Keysight offers a wide range of electrical and optical test solutions to address current and emerging communications standards. For testing IEEE 802.3 designs you may choose a hardware combination that addresses your test needs for today, and into the future:

• N1000A/86100D DCA-X with N1060A/86108B (Integrated “One-Box” solution) - recommended
• N1000A/86100D DCA-X with DCA module and external clock recovery
• N109X Electrical DCA-M with external clock recovery

More than 20 tests

• Signaling rate
• Rise and fall times
• Differential and common mode amplitudes
• Output noise
• Jitter: RJ, DJ, DCD, and TJ
• Differential and common mode return losses

Comprehensive measurement and debug solution

• Characterizes 100/200/400 Gb/s TX designs defined by IEEE802.3ck
• Performs nearly 140 tests
• Key measurement includes 12-edge Output Jitter (Jnu, JRMS, EOJ), SNDR & Eye-opening (EH, EW, VEC)

Flexible and extensible

• Operates on an N1000A DCA-X oscilloscope, or on a PC connected to an N1000A DCA-X via LAN
• Automatic HTML report generation
• Test all or selected parameters to compliance limits or custom limits

Compatible

• N1000A DCA-X mainframe
• N107x Clock Recovery
• N104xA/B Remote head

The Keysight N1091CKCA TX test application can be used with the N1000A DCA-X oscilloscopes to quickly and accurately perform PAM4 measurements according to:

• IEEE 802.3ck 100Gb/s, 200 Gb/s and 400 Gb/s Operation

  • 100GAUI-1, 200GAUI-2 and 400GAUI-4 Chip-to-Chip (C2C) TX characteristics
  • 100GAUI-1, 200GAUI-2 and 400GAUI-4 Chip-to-Module (C2M) host/module output characteristics
  • Transmitter characteristics, 100GBASE-CR1, 200GBASE-CR-2, and 400GBASE-CR4
  • Transmitter characteristics, 100GBASE-KR1, 200GBASE-KR-2, and 400GBASE-KR4 

The N1091CKCA is an easy-to-use TX test application that:

• Saves time in understanding details of standards
• Reduces the time it takes to characterize your PAM4 design from hours to minutes
• Helps debug your device using custom configurations
• Allows you to quickly generate HTML reports that summarize the performance of your device

Key measurements include:

• Jitter Measurements including Jnu, JRMS, and EOJ on “12-edges” of a PRBS13Q
• Output Waveform measurements including Steady-State Voltage (Vf), Linear Fit Pulse Peak and Signal-to-Noise-and-Distortion (SNDR)
• Transition Time
• Eye Width, Eye Height & Vertical Eye Closure
• Effective Return Loss

For a comprehensive and up-to-date list of specific tests covered by the application, download and install the N1091CKCA .exe onto a PC (click the Trials and Licenses tab), and run the application in “Demo Mode”. No license (or hardware) is required to run the software application in “Demo Mode”.

Automation features

• Automate any measurement that your DCA, Infiniium or InfiniiVision oscilloscope makes
• Automate and customize your multi-lane interface testing with available switch matrix (Keysight U3020AS26 and BitifEye BIT-2100 Series) or custom switch matrix
• Automate custom tests (with configuration variables and connection prompts)

Compatibility features

• Fully compatible with Infiniium’s EZJIT+, InfiniiSim, InfiniiScan, and User Defined Function options, and the MathWorks MATLAB
• Compatible with almost all DCA, InfiniiVision and Infiniium oscilloscopes with proper firmware. See datasheet for details.
• Download the UDA Development Environment, compatible with Windows ® XP or later, on the Software Trials and Licenses Tab

Control features

• Control any SCPI-Compliant test and measurement equipment
• Control external instrument controllers (pattern generator, probe switch, temperature chamber, etc.)

Extensibility features

• Develop “Add-In” extensions that can be plugged into existing DCA, Infiniium and InfiniiVision compliance applications, including USB, PCIe ®, DDR, SATA, HDMI, MIPI, Ethernet and others.
• Execute pre/post processing scripts (MATLAB, LabView, Python, C++, Visual Basic, etc.)
• Operate device under test controllers (to transmit specific test pattern, change test mode, etc.)
• Manage overall test plan for full validation and characterization of your designs

User defined application (UDA) is a fully customizable automated test application for your DCA, Infiniium or InfiniiVision oscilloscope. It provides full automation, including the ability to control other test and measurement devices. The development environment is free to download today, so you can begin to create your own UDAs. Simply download the software, install it on your desktop or scope, and begin developing the automated test packages you need.

User defined application provides a unique mix of flexibility (that compliance applications are unable to provide) and ease of use (that today’s other automation applications can’t match). The User defined application was created by the Infiniium team to be run with Keysight oscilloscopes. It has the look and feel of Infiniium’s world class compliance applications such as USB 3.0 and SATA 6G; only you control all the measurements of the application. The UDA is the only fully customizable automated environment made for an oscilloscope by an oscilloscope designer.

With one license you can run as many UDAs and Add-Ins as you want on your DCA, Infiniium and InfniiVision oscilloscope. You have the flexibility of creating a wide variety of software packages, from a simple frequency measurement to the most advanced and accurate jitter testing.

UDA adds a feature to automate and customize your multi-lane interface testing with available switch matrix (Keysight U3020AS26 and BitifEye BIT-2100 Series) or custom switch matrix. UDA switches the signal under test from a multi-lane interface so you do not have to be in front of the test setup to do this task manually. It also supports test plan feature, which literatively runs through the different permutations of your device setup and tracks the results. It makes testing of multi-lane signals more efficient and saves you time.

Visual Basic and Windows are trademarks or registered trademarks of Microsoft Corporation in the United States and/or other countries.

The Keysight M8091BSCB is an electrical receiver test application designed to assist and simplify the stress signal calibration. You can use this solution to test the inputs of IEEE 802.3bs, 200GAUI-4, and 400GAUI-8 PAM4 capable hosts and modules, chip-to-chip (C2C), as well as the backplane (KR) and copper cable (CR) interfaces. This product minimizes user interaction and automatically performs the necessary calibration routines and conformance testing by remote control. This solution supports a wide range of Keysight instruments.

• Experience a guided setup, automated stress signal calibration, and conformance measurement according to IEEE 802.3bs standard.
  
• Benefit from a wide range of hardware configurations.
• Reduce user interaction for test automation remote-controlled instruments.
• Generate results in HTML-based format.
• Choose a perpetual license term between node-locked, transportable, network, or USB-dongle license types.