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Vendor:Cisco
Cisco CAI-GPU-MI210 | Instinct MI210 | 64GB HBM2e ECC | 300W TDP | 2-slot FHFL | PCIe 4.0 x16 | Passive
CAI-GPU-MI210
Vendor:CiscoCisco CAI-GPU-MI210 | Instinct MI210 | 64GB HBM2e ECC | 300W TDP | 2-slot FHFL | PCIe 4.0 x16 | Passive
Data center compute accelerator built on CDNA2 for HPC and AI workloads. Delivers 64GB HBM2e with ECC in a 2-slot FHFL, passively cooled PCIe 4.0 x16 form factor for qualified servers. Suitable for double-precision HPC, simulation, and AI acceleration. -
Vendor:Cisco
Cisco CAI-GPU-RKIT-NV | C845A GPU NVLink bridge removal tool kit — NVIDIA variant for dual‑GPU service
CAI-GPU-RKIT-NV
Vendor:CiscoCisco CAI-GPU-RKIT-NV | C845A GPU NVLink bridge removal tool kit — NVIDIA variant for dual‑GPU service
Precision tool set designed for safe removal and reinstallation of NVLink bridges on NVIDIA GPU assemblies in C845A servers. Protects connectors and PCBs while ensuring consistent, guided extraction and placement. Ideal for upgrades, replacements, and RMA processes in data center environments. -
Vendor:Cisco
Cisco CAI-GPU-RKIT-AMD | C845A GPU NVLink bridge removal tool kit — AMD variant for dual‑GPU service
CAI-GPU-RKIT-AMD
Vendor:CiscoCisco CAI-GPU-RKIT-AMD | C845A GPU NVLink bridge removal tool kit — AMD variant for dual‑GPU service
Purpose-built tool set for safe removal and reinstallation of NVLink bridges on AMD GPU assemblies in C845A servers. Reduces risk of fin damage, PCB stress, and connector misalignment during maintenance. Ideal for field service, upgrades, and RMA workflows where precision and repeatability matter. -
Vendor:Cisco
Cisco CAI-GPU-RTXP6000 | RTX Pro 6000 GPU — 96GB, 600W, 2-slot FHFL, PCIe, NVLink-capable
CAI-GPU-RTXP6000
Vendor:CiscoCisco CAI-GPU-RTXP6000 | RTX Pro 6000 GPU — 96GB, 600W, 2-slot FHFL, PCIe, NVLink-capable
High-performance professional GPU kit for C845A platforms, delivering 96GB of graphics memory and a 2-slot full-height, full-length PCIe form factor. Designed for AI inference, visualization, and compute-heavy workloads with support for NVLink-paired configurations where applicable. Integrates cleanly into server workflows requiring deterministic performance and high memory capacity. -
Vendor:Cisco
Cisco CAI-NVL2-H100 | NVLink 2-Way Bridge | Compatible with NVIDIA H100 | GPU Interconnect
CAI-NVL2-H100
Vendor:CiscoCisco CAI-NVL2-H100 | NVLink 2-Way Bridge | Compatible with NVIDIA H100 | GPU Interconnect
A 2-way NVLink bridge enabling high-bandwidth, low-latency interconnect between two NVIDIA H100 GPUs for accelerated multi-GPU performance in AI/ML and HPC workloads. Verify card and chassis spacing compatibility before purchase. -
Vendor:Cisco
Cisco CAI-INF4-MI210 | GPU interconnect bridges | 4-way MI210 | Infinity Fabric link mesh
CAI-INF4-MI210
Vendor:CiscoCisco CAI-INF4-MI210 | GPU interconnect bridges | 4-way MI210 | Infinity Fabric link mesh
4-way Infinity bridge set for MI210 GPUs, enabling a multi-GPU fabric for high-bandwidth, low-latency peer-to-peer communication across four cards. Built for scalable HPC/AI workloads requiring efficient inter-GPU data exchange. -
Vendor:Cisco
Cisco CAI-INF2-MI210 | GPU interconnect bridge | 2-way MI210 | Infinity Fabric link | low-latency P2P
CAI-INF2-MI210
Vendor:CiscoCisco CAI-INF2-MI210 | GPU interconnect bridge | 2-way MI210 | Infinity Fabric link | low-latency P2P
2-way Infinity bridge for interconnecting a pair of MI210 GPUs, enabling high-bandwidth, low-latency peer-to-peer communication for HPC and AI workloads. Ideal for multi-GPU servers that require direct GPU-to-GPU data exchange without traversing the host. -
Vendor:Cisco
Cisco CAI-NVL2-H200 | NVLink 2-Way Bridge | Compatible with NVIDIA H200 | GPU Interconnect
CAI-NVL2-H200
Vendor:CiscoCisco CAI-NVL2-H200 | NVLink 2-Way Bridge | Compatible with NVIDIA H200 | GPU Interconnect
A 2-way NVLink bridge for linking two NVIDIA H200 GPUs, delivering high-bandwidth, low-latency peer-to-peer communication for accelerated AI/ML and HPC workloads. Confirm GPU model and chassis spacing compatibility prior to purchase. -
Vendor:Cisco
Cisco CAI-P-N3140H | 1x400GbE QSFP112 | PCIe Gen5 x16 | RoCEv2/RDMA, SR-IOV | DOCA/GPUDirect RDMA | NVMe-oF acceleration
Ultra-high-performance 400GbE SuperNIC designed for AI, HPC, and cloud-scale fabrics. Delivers line-rate RDMA (RoCEv2), advanced congestion control, and GPU-accelerated networking via GPUDirect and DOCA, enabling low-latency east–west traffic and storage acceleration. -
Vendor:Cisco
Cisco CAI-NVL4-H200 | NVLink 4-Way Bridge | Compatible with NVIDIA H200 | Multi-GPU Interconnect
CAI-NVL4-H200
Vendor:CiscoCisco CAI-NVL4-H200 | NVLink 4-Way Bridge | Compatible with NVIDIA H200 | Multi-GPU Interconnect
A 4-way NVLink bridge for building multi-GPU H200 configurations, delivering a high-bandwidth, low-latency fabric across up to four GPUs for large-scale AI/ML and HPC workloads. Ensure your platform supports 4-GPU NVLink topologies and the required slot spacing. -
Vendor:Cisco
Cisco CAI-P-N7D200GFO | 2x200GbE QSFP112 | PCIe Gen5 x16 | RoCEv2, SR-IOV, GPUDirect | PTP 1588v2 | NVMe-oF/TCP offload
CAI-P-N7D200GFO
Vendor:CiscoCisco CAI-P-N7D200GFO | 2x200GbE QSFP112 | PCIe Gen5 x16 | RoCEv2, SR-IOV, GPUDirect | PTP 1588v2 | NVMe-oF/TCP offload
Dual-port 200GbE PCIe 5.0 adapter with QSFP112 cages for ultra‑low latency networking in AI/ML, HPC, and high‑throughput storage fabrics. Supports advanced offloads including RoCEv2, GPUDirect RDMA, SR‑IOV, and NVMe‑oF/TCP for maximum efficiency and reduced CPU overhead. Backward compatible with lower link rates using supported QSFP-class optics and DAC/AOC cables. -
Vendor:Cisco
Cisco CAI-P-N7S400GFO | 1x400GbE QSFP112 | PCIe Gen5 x16 | RoCEv2, SR-IOV, GPUDirect | PTP 1588v2 | NVMe-oF/TCP offload
CAI-P-N7S400GFO
Vendor:CiscoCisco CAI-P-N7S400GFO | 1x400GbE QSFP112 | PCIe Gen5 x16 | RoCEv2, SR-IOV, GPUDirect | PTP 1588v2 | NVMe-oF/TCP offload
Single-port 400GbE PCIe 5.0 network adapter built on QSFP112 for maximum throughput in data center, AI/ML, and HPC deployments. Delivers advanced acceleration with RoCEv2, GPUDirect RDMA, SR‑IOV, and NVMe‑oF/TCP to minimize latency and CPU load. Supports lower-rate operation and breakout modes where enabled by firmware and optics. -
Vendor:Cisco
Cisco HCI-ADGPU-240M6 | GPU air duct | fits C240 M6 2U SFF NVMe | optimized GPU cooling | tool-less fitment
HCI-ADGPU-240M6
Vendor:CiscoCisco HCI-ADGPU-240M6 | GPU air duct | fits C240 M6 2U SFF NVMe | optimized GPU cooling | tool-less fitment
Directed airflow shroud for C240 M6 2U SFF NVMe configurations with GPUs, channeling intake air across accelerators to maintain thermal stability. Intended for specific DW FL configuration use where applicable. -
Vendor:Cisco
Cisco HCI-GPU-A100-80M6 | Data center GPU | 80GB HBM2e | PCIe 4.0 x16 | Passive cooling | 300W TDP | Dual-slot FHFL
HCI-GPU-A100-80M6
Vendor:CiscoCisco HCI-GPU-A100-80M6 | Data center GPU | 80GB HBM2e | PCIe 4.0 x16 | Passive cooling | 300W TDP | Dual-slot FHFL
High-density accelerator engineered for AI/ML, HPC, and advanced analytics. 80GB of HBM2e memory delivers extreme bandwidth, while Multi-Instance GPU (MIG) enables secure partitioning for multi-tenant and mixed workloads. Passive cooling design requires robust server airflow and enterprise chassis integration. PCIe 4.0 x16 connectivity ensures high throughput in modern servers. -
Vendor:Cisco
Cisco HCI-GPU-A100-80 | PCIe Gen4 x16, 80GB HBM2e ECC, 300W passive, MIG-enabled data‑center GPU
HCI-GPU-A100-80
Vendor:CiscoCisco HCI-GPU-A100-80 | PCIe Gen4 x16, 80GB HBM2e ECC, 300W passive, MIG-enabled data‑center GPU
High-performance data-center GPU for AI training and HPC, featuring 80GB HBM2e with ECC, 300W passive cooling, and PCIe Gen4 x16 connectivity. Supports Multi-Instance GPU (MIG) for fine-grained partitioning to maximize utilization across mixed workloads. Requires robust chassis airflow and sufficient power capacity in qualified servers. -
Vendor:Cisco
Cisco HCI-GPU-A10-M6 | PCIe Gen4 x16, 24GB GDDR6 ECC, 150W passive, data‑center GPU
HCI-GPU-A10-M6
Vendor:CiscoCisco HCI-GPU-A10-M6 | PCIe Gen4 x16, 24GB GDDR6 ECC, 150W passive, data‑center GPU
Data-center GPU for AI inference, visualization, and VDI consolidation featuring 24GB GDDR6 with ECC and a 150W passive thermal design for high-density servers. PCIe Gen4 x16 connectivity delivers consistent throughput for latency-sensitive workloads. Requires chassis-directed airflow and appropriate power budget in compatible servers.
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