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1.6T High-Speed Bit Error Ratio Tester


PSS BERTRT1T61 is a high-speed signal error performance analyzer for multi-channel PAM4 and NRZ applications. The single-channel signal rate reaches 106.25Gbd. It is mainly used in optical testing scenarios such as R&D and testing of 1.6T/800G OSFP packaged modules. It adopts an optical port integration solution with built-in air cooling and temperature control. It is plug-and-play and can quickly realize R&D and production testing. The transmitting end includes a pre-emphasis adjustment mode, which can adjust the eye shape of the PAM4 signal. The receiving end has equalization and FEC functions and data graphic analysis. It can also provide the best solution for automated production testing of high-speed optical transceiver modules.


  • Application
  • Characteristic
  • Specifications
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    • Commodity name: 1.6T High-Speed Bit Error Ratio Tester
    • 型号: PSS BERTRT1T61
    • Describe: Support ambient/high-temperature integrated testing for 1.6T/800G OSFP packaged products

    PSS BERTRT1T61 is a high-speed signal error performance analyzer for multi-channel PAM4 and NRZ applications. The single-channel signal rate reaches 106.25Gbd. It is mainly used in optical testing scenarios such as R&D and testing of 1.6T/800G OSFP packaged modules. It adopts an optical port integration solution with built-in air cooling and temperature control. It is plug-and-play and can quickly realize R&D and production testing. The transmitting end includes a pre-emphasis adjustment mode, which can adjust the eye shape of the PAM4 signal. The receiving end has equalization and FEC functions and data graphic analysis. It can also provide the best solution for automated production testing of high-speed optical transceiver modules.

    Application
    1. 1.6T/800G OSFP high-speed module transceiver test
    2. AOC, ACC, AEC and DAC cable test

     

    Features
    1. PAM4 rate: 53.125GBaud/106.25GBaud
    2. Multi-pattern: PRBS7/9/11/13/15/23/31/58, PRBS7~58Q, SSPRQ, User pattern, etc.
    3. Transmitting end supporting pre-emphasis function 
    4. Receiving end supporting equalization, SNR test, eye diagram simulation analysis
    5. KP4 FEC function, Symbol Errors distribution analysis 
    6. Plug-and-play, 28W, typical DDMI temperature of around 55~65℃

                                                             

     

     

     

     

     

     

     

     

     

     

     

     

                                                             Error Statistics Interface

     

                                                           

     

     

     

     

     

     

     

     

     

     

     

     

     

                                                                 FEC Symbol Error

     

                                                                 

     

     

     

     

     

     

     

     

     

     

     

     

                                                              FEC Test Interface

     

     

                                                                       

     

     

     

     

     

     

     

     

     

     

     

     

                                                      Eye Diagram Simulation Analysis

     

    Specification

     


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