Nanya Active Optical Devices 100G

100G Active Optical Cables (AOCs) provide high-speed, low-power optical connectivity for data centers and enterprise networks, supporting up to 103.125 Gbps over distances up to 100 meters.OverviewAlthough Nanya is primarily known for high-performance DRAM and memory solutions, 100G Active Optical Devices (AOCs) are widely used in high-speed networking environments where Nanya memory may be deployed. These cables are designed to connect QSFP28 ports on switches, servers, and network adapters, enabling 100G Ethernet or InfiniBand connectivity .Key SpecificationsData Rate: Supports up to 103.125 Gbps, suitable for 100G Ethernet and InfiniBand applications .Connector Type: QSFP28 on both ends, ensuring compatibility with modern high-speed networking hardware .Distance: Available in lengths from 0.5 meters to 100 meters, allowing flexible deployment in racks and data centers .Power Consumption: Low power design, optimized for energy-efficient operation in dense server environments .Compatibility: Works with multiple brands including Cisco, NVIDIA/Mellanox, HPE, Arista, NETGEAR, and generic QSFP28 ports .ApplicationsData Centers: High-speed interconnects between switches, servers, and storage systems.Enterprise Networks: Backbone connections requiring 100G throughput.High-Performance Computing (HPC): InfiniBand or Ethernet clusters where low latency and high bandwidth are critical.Flexible Deployment: Short-range connections within racks or longer runs up to 100 meters for cross-rack connectivity .ConsiderationsWhen selecting a 100G AOC for use with Nanya-based systems or other high-performance servers:Ensure QSFP28 port compatibility on both devices.Choose the appropriate cable length to minimize signal loss and maintain performance.Verify vendor compatibility if using branded switches or adapters to avoid interoperability issues . In summary, 100G Active Optical Cables are essential for high-speed networking environments, complementing Nanya memory solutions in data-intensive applications, providing reliable, low-latency, and energy-efficient connectivity for modern enterprise and HPC infrastructures .