
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 Ethernet XMC products enable the highest performance networking applications. All products offer multiple independent Ethernet ports, and feature extensive protocol support and protocol offload, combining flexibility with the highest possible performance.
Base Model Number | Form Factor | Cooling | Extended Temp Available | Network Bit Rate | Network Ports | Data Rate (Per Port) | Network Interfaces | Host Interface |
---|---|---|---|---|---|---|---|---|
XGE4423-XMC-FF-G | XMC | Air | Yes | 40 Gb | 2 | 10 GB/s | Optical | PCIe x8 |
XGE4423-CCXMC-FF-G | CCXMC | Conduction | Yes | 40 Gb | 2 | 10 GB/s | Optical | PCIe x8 |
XGE4224-XMC-FF-G | XMC | Air | Yes | 25 Gb | 2 | 6.25 GB/s | Optical | PCIe x8 |
XGE4224-CCXMC-FF-G | XMC | Conduction | Yes | 25 Gb | 2 | 6.25 GB/s | Optical | PCIe x8 |
XGE4123-XMC-FF-G | XMC | Air | Yes | 10 Gb | 2 | 2.5 GB/s | Optical | PCIe x8 |
XGE4123-CCXMC-FF-G | CCXMC | Conduction | Yes | 10 Gb | 2 | 2.5 GB/s | Optical | PCIe x8 |
XGE4123-CCXMC-RC-G | CCXMC | Conduction | Yes | 10 Gb | 2 | 2.5 GB/s | Copper (Rear I/O) | PCIe x8 |
XGE4043-CCXMC-FF-G | CCXMC | Conduction | Yes | 1 Gb | 2 | 250 MB/s | Optical | PCIe x8 |
XGE4043-XMC-FF-G | XMC | Air | Yes | 1 Gb | 2 | 250 MB/s | Optical | PCIe x8 |
XGE4043-XMC-CC-G | XMC | Air | Yes | 1 Gb | 2 | 250 MB/s | Copper | 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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