Mellanox MCB194A-FCAT
The Mellanox MCB194A-FCAT Connect-IB Adapter Card is a high-performance, dual-port QSFP+ interconnect solution designed for next-generation data centers and high-performance computing (HPC) environments. Supporting PCI Express Gen3 x16, this adapter delivers extreme bandwidth, ultra-low latency, and full support for InfiniBand FDR networking.
Benefits
- World-class cluster, network, and storage performance
- Guaranteed bandwidth and low-latency services
- I/O consolidation
- Virtualization acceleration
- Power efficient
- Scales to tens-of-thousands of nodes
Key Features: Mellanox MCB194A-FCAT
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• Dual QSFP+ Ports – Supports high-speed InfiniBand connectivity with two QSFP+ interfaces.
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• PCIe Gen3 x16 Interface – Offers maximum throughput and fast data transfers for performance-critical workloads.
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• InfiniBand FDR Support – Delivers up to 56Gb/s data rates per port for superior scalability and low-latency communication.
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• RDMA Support – Enables Remote Direct Memory Access for efficient, low-latency data movement.
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• Low-Latency Networking – Ideal for HPC clusters, distributed computing, and high-frequency trading.
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• Hardware Offloads – Supports advanced network features to reduce CPU load and increase system efficiency.
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• Tall Bracket Design – Standard form factor for compatibility with full-height PCIe slots.
Technical Specifications
Parameter | Specification |
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Model | MCB194A-FCAT |
Ports | 2 × QSFP+ |
Interface | PCI Express Gen3 x16 |
Protocol | InfiniBand FDR |
Speed | Up to 56Gb/s per port |
RDMA Support | Yes |
Bracket | Tall (Standard) |
Compliance | RoHS, IEEE standards |
Form Factor | PCIe Adapter Card |
Ideal For
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• High-Performance Computing (HPC) – Designed for demanding workloads that require ultra-fast, low-latency networking.
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• Scientific Research & Simulations – Supports rapid data exchange for cluster-based workloads.
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• Data Centers & Cloud Infrastructure – Enables scalable, high-bandwidth InfiniBand interconnects.
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• Financial Services & AI – Accelerates data processing and real-time analysis with low latency.
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