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200G QSFP56 to QSFP56 AOC In Stock
Item Spotlights
N9500-128QC, 128-Port Ethernet L3 4U Data Center Switch, 128x 400Gb QSFP112, Support RoCEv2, Broadcom Chip
The N9500-128QC switch is a new generation of high-performance, high-density box switches launched by NADDOD for high-end data centers and AIGC intelligent computing scenarios. The N9500-128QC adopts advanced hardware architecture design and provides 128 400GE ports. All ports support line-speed forwarding and redundant pluggable power supplies and fans. It supports AI-Fabric solution RALB and AILB load balancing technology to improve traffic bandwidth in AIGC intelligent computing scenarios and shorten AI training time. A typical secondary network can support up to 8K 400G ports, and a typical third-level network can support up to 32K 400G ports. It supports one-click deployment of RoCE configuration, and can complete the complex configuration import of RDMA networks such as ECN and PFC with one click to achieve rapid deployment.
Optimized for high-density AI computing and next-gen data centers, the N9500-128QC provides 128x 400G ports in a compact 4U design, ensuring efficient, high-performance networking.
NADDOD 800G/400G switches are integrated with Broadcom Tomahawk 5 chip, supporting RoCEv2 lossless networking protocols and providing full L2 and L3 forwarding. They deliver ultra-high performance, low-latency, and high-reliability solutions, especially for data centers, AI/ML clusters, high-performance computing, and distributed storage applications.
Supports large GPU clusters with 200/400/800G bandwidth and 97% utilization. Load balancing and copper interconnects reduce failure risks and costs, enabling efficient, energy-saving data centers.
RDMA (Remote Direct Memory Access) technology based on Ethernet protocol enables low-latency, lossless communication, ensuring efficient data transfer and optimized AI workload performance.
Maximize bandwidth efficiency with RALB technology, optimizing load distribution and ensuring consistent, high-performance data transfer.
Automatically reroutes paths in response to congestion and conflicts, ensuring optimal data flow and network efficiency.
