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Drawer-Type Module Burn-in System


The PSS Optical Module Burn-in System (PSS MBS11921) is designed for burn-in screening and reliability analysis of optical modules. Adopting a drawer-type structure solution, the system provides a 3~4V constant voltage output and high-temperature burn-in conditions. It performs real-time monitoring and testing on the operating current, voltage and ambient temperature of modules, and conducts automatic failure judgment. It stores the monitoring data in real time, enabling traceability of failed modules after burn-in. It records module voltage, temperature, bias current, transmit power and receive power via DDM.


  • Application
  • Characteristic
  • Specifications
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    • Commodity name: Drawer-Type Module Burn-in System
    • 型号: PSS MBS11921
    • Describe: Provide 3~4V power supply, with a maximum current of 10A per single module. It supports independent temperature control, with a temperature range of 60~85℃. It can support simultaneous burn-in of 144 optical modules

    The PSS Optical Module Burn-in System (PSS MBS11921) is designed for burn-in screening and reliability analysis of optical modules. Adopting a drawer-type structure solution, the system provides a 3~4V constant voltage output and high-temperature burn-in conditions. It performs real-time monitoring and testing on the operating current, voltage and ambient temperature of modules, and conducts automatic failure judgment. It stores the monitoring data in real time, enabling traceability of failed modules after burn-in. It records module voltage, temperature, bias current, transmit power and receive power via DDM.

    Application
    1. Support online burn-in screening for modules in package types including Q112, QSFP+, QSFP-DD, OSFP, OSFP-XD, with expandable package compatibility
    2. Meet the stringent test requirements for high-speed 800G/1.6T optical module products

     

    Features
    Single slot provides a maximum output current of 10A
    1. Support voltage and current monitoring as well as protection functions
    2. It features large-capacity independent temperature zones with flexible configuration options, and can be configured for burn-in tests of different modules and parameter settings
    3. With excellent temperature control compatibility, it accommodates products of different power consumption levels, and provides multiple cooling solutions including heating, air cooling and forced cooling
    4. It delivers high temperature control stability, with the self-developed PID algorithm to achieve heating and heat dissipation to ensure stable module temperature
    5. Support real-time data storage, trace module SN codes, record voltage, temperature, bias current, transmit power and receive power via DDM
    6. Support BER testing with optical loopback and electrical loopback

     

    Specification

     


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