ADPT-XMC2PCIE-A is an eight lane passive XMC to PCIe Adapter Board that allows VITA 42.3 XMC boards to be used in standard PCs. Physically compatible with x8 or x16 PC PCIe slots. Compatible & validated with Critical I/O XMCs.
Enabling High Performance Storage & Networking Applications
Critical I/O’s Fibre Channel XMC products employ a silicon stack architecture which offloads most protocol processing for ultra high performance and provides broad protocol support such as SCSI and RDMA.
Base Model Number | Form Factor | Cooling | Extended Temp Available | Network Bit Rate | Network Ports | Data Rate (Per Port) | Network Interfaces | Host Interface |
---|---|---|---|---|---|---|---|---|
FCA2740-XMC-FF-G | XMC | Air | Yes | 16/8/4 Gb | 2 | 3200 MB/s | Optical | PCIe x8 |
FCA2740HS-XMC-FF-G | XMC | Air | Yes | 32/16/8 Gb | 2 | 6400 MB/s | Optical | PCIe x8 |
FCA2544-CCXMC-FF-G | CCVPX | Conduction | Yes | 4/2/1 Gb | 4 | 800 MB/s | Optical | PCIe x8 |
FCA2544-CCXMC-RC-G | CCXMC | Conduction | Yes | 2/1 Gb | 4 | 400 MB/s | Copper (Rear I/O) | PCIe x8 |
FCA2520LS-PMC-FF-G | PMC | Air | Yes | 4/2/1 Gb | 2 | 800 MB/s | Optical | PCI/PCI-X |
FCA2540-CCXMC-RC-G | CCXMC | Conduction | Yes | 2/1 Gb | 2 | 400 MB/s | Copper (Rear I/O) | PCIe x8 |
FCA2540-CCXMC-FF-G | CCXMC | Conduction | Yes | 4/2/1 Gb | 2 | 800 MB/s | Optical | PCIe x8 |
FCA2540LS-XMC-FF-G | XMC | Air | Yes | 4/2/1 Gb | 2 | 800 MB/s | Optical | PCIe x8 |
FCA2540HS-CCXMC-FF-G | CCXMC | Conduction | Yes | 8 Gb | 2 | 1600 MB/s | Optical | PCIe x8 |
FCA2540-XMC-FF-G | XMC | Air | Yes | 8/4/2 Gb | 2 | 1600 MB/s | Optical | PCIe x8 |
ADPT-XMC2PCIE-A is an eight lane passive XMC to PCIe Adapter Board that allows VITA 42.3 XMC boards to be used in standard PCs. Physically compatible with x8 or x16 PC PCIe slots. Compatible & validated with Critical I/O XMCs.
Critical I/O is the leading provider of high speed networking & advanced storage solutions for embedded computing, avionics and military applications.
Critical I/O’s technology focus is high capacity removable SSD storage, and high performance interfaces supporting protocols such as RDMA.
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