Why Expanding AI Compute Capacity Relies More Heavily on High-Speed Interconnect FabricIn recent years, a clear trend has emerged in the AI industry: GPU performance continues to improve, AI cluster scales continue to expand, and network switching capacity grows rapidly. However, one often overlooke

Held from June 2 to 5, 2026 at Taipei Nangang Exhibition Center, COMPUTEX 2026 centers on the theme "AI Together". The show spotlights core sectors including AI computing, robotics & smart mobility and next-gen emerging technologies, gathering over 1,500 worldwide exhibitors to showcase cutting-edge

​​Abstract: LONGREACH Long-Distance Connection Solutions​​ As enterprise networks shift to "edge-driven" models, remote power demands for devices (switches, routers, surveillance systems) beyond 100 meters are rising. IEEE 802.3’s 100-meter PoE limit drives the need for extended solutions. LONGREACH’s high-performance copper cables overcome this, supporting 90W PoE up to 250 meters (21AWG, 20℃). Key benefits: simplified deployment, efficient power delivery, network security, and green efficiency. It addresses challenges like signal attenuation, voltage drop, and costly traditional setups (extra cabinets/fiber). This solution bridges edge device deployment with reliable power/signal transmission, cutting infrastructure costs and enabling future tech (5G, IoT).

Zhaolong cordially invites you to join us at OFC 2025 in the United States and HANNOVER MESSE in Germany, as we empower the AI era with high-speed and reliable connectivity solutions.

For smaller-scale data centers, deploying high-speed copper interconnects—such as Direct Attach Copper (DAC), Active Copper Cables (ACC), and Active Electrical Cables (AEC)—ensures low-latency, high-throughput intra-data center connectivity, as validated by industry benchmarks. This article explores this paradigm shift and its practical implementation.