100% Compatibility with Arista, NVIDIA, Cisco, and Broadcom in RoCE Networks | QSFPDD800G

100% Compatibility with Arista, NVIDIA, Cisco, and Broadcom in RoCE Networks | QSFPDD800G

OptechTW
Our products are 100% Compatibility Validated in Arista/NVIDIA/Cisco/Broadcom RoCE Networking and so on, as below:


1.Seamless Integration with Leading RoCE Platforms
For data centers running advanced RoCE (RDMA over Converged Ethernet) workloads, ensuring interoperability across devices is essential. Optech provides fully compatible optical transceivers, active optical cables (AOCs), and direct attach cables (DACs) validated against the top data center switch and NIC platforms.
2.Tested and Certified Across Industry-Leading Devices
Optech has completed rigorous compatibility validation with:
  • Arista 7060X6 Series – Designed for high-performance spine-leaf data centers with RoCEv2 support.
  • NVIDIA Spectrum-4 SN5000 Series – Built for AI/ML workloads and RoCE with 800G capabilities.
  • Cisco Nexus 9300-GX2 Series – Industry-proven switches for scalable Ethernet fabrics.
  • Broadcom NIC BCM957608 Series – High-speed, low-latency Ethernet adapters for RoCE.
3.Why Compatibility Matters in RoCE Environments
RoCE environments require near-zero latency and zero packet loss. Incompatible optics can introduce CRC errors, increased jitter, or even link failures during RDMA operations. With Optech’s 100% compatibility assurance:
  • You eliminate interoperability concerns.
  • Achieve stable low-latency performance.
  • Simplify deployment across mixed-vendor environments.
4.Engineered for Reliability and Performance
Each Optech transceiver or cable undergoes real-world interoperability testing with original vendor switches and NICs. This ensures:
  • Error-Free Operation – Verified with packet generators under full load.
  • Low BER (Bit Error Rate) – Ensures RDMA stability and fewer retransmissions.
  • Firmware Compatibility – Fully compatible with vendor firmware upgrades and diagnostics.
5.Applications Across Data Center Fabrics
  • High-performance computing (HPC)
  • AI/ML infrastructure
  • Cloud-native workloads
  • Financial trading platforms
  • NVMe over Fabrics (NVMe-oF)
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