Posted on Oct 19, 2023
With the construction of company's internal systems and the expansion of business in recent years, a small HPC enterprise in the United States urgently needs cost-effective and high-stability 100G module. FS offers the customized Mini PIP 100G SR4 module solution to cater to customer's unique RX power requirements, thereby enhancing the efficiency of large-scale high-speed network maintenance.
  • Challenge 1
    The industry's conventional modules fail to meet the requirements of a specially customized test system. The customer is looking for FS modules with a high stability of RX value.
  • Challenge 2
    Equipment diversity in customer's data center requires the 100G SR4 module from FS that is compatible with all equipment and high performance.
  • Challenge 3
    The projects have limited financial support and they are seeking cost-effective, professional and high capacity modules for HPC systems.
  • Customized Personalized Solution Enables Efficient O&M
    Considering customer's specific test system and monitoring system, FS specially redesigned and updated the personalized high-precision RX 100G SR4 Module whose all four channels meet the RX range required. This solution addresses customer challenges while enhancing the efficiency of maintenance for large-scale, high-speed networks.
  • Comprehensive 100G QSFP28 Modules with Cutting-Edge Testing
    FS offers a wide range of 100G QSFP28 modules and the FX BOX, ensuring that compatible with different enquipment. With the instant online platform airmodule.fs.com and a wide range of configuration choices, engineers could configure in a timely and effective way. And the professional testing environment ensures module reliability and high performance.
  • Achieving High Transmission Capacity, Cost-Effective Deployments
    The 100G QSFP28 optical module has a smaller size and lower power consumption, effectively achieving the goal of budget control. FS QSFP28-SR4-100G is designed for use in 100GBASE Ethernet, which support high-speed data transmission, making it ideal for handling the large volumes of data that is typically processed in HPC applications.
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