The Nvidia MCX556M ECAT S25 ConnectX 5 VPI Adapter Card is a high performance, dual port InfiniBand network card designed for data centers and high performance computing environments. It supports EDR (Extreme Data Rate) and 100GbE (100 Gigabit Ethernet) connections, providing fast and efficient data transfer speeds and low latency.

The ConnectX 5 VPI Adapter Card is built with Nvidia's advanced networking technology and offers a wide range of features that make it an ideal choice for high performance computing and data center applications. With its dual port design, it provides redundancy and increased reliability for mission critical tasks.

The card supports EDR InfiniBand, which offers a data transfer rate of up to 20 Gbps per port, providing high speed connectivity for data intensive applications. It also supports 100GbE connections, which offer even higher data transfer speeds and low latency, making it an ideal choice for high performance computing and data center environments.

The ConnectX 5 VPI Adapter Card is also equipped with virtualization and acceleration features that enhance its performance and efficiency. It supports Nvidia's Virtual Compute Platform (VCN) and Virtual Routing and Forwarding (VRF) features, which improve virtual machine performance and efficiency. It also supports RoCE (RDMA over Converged Ethernet), which improves data center performance by reducing latency and improving data transfer speeds.

Overall, the Nvidia MCX556M ECAT S25 ConnectX 5 VPI Adapter Card is an advanced, high performance dual port InfiniBand network card that is well suited for high performance computing and data center environments. With its support for EDR and 100GbE connections, advanced virtualization and acceleration features, and high data transfer speeds, it provides an efficient and reliable solution for data intensive applications.

MCX623106AN-CDAT	MCX516A-CDAT	MCX631432AC-ADAB	MCX653106A-HDAT-SP
MCX515A-CCUT	MCX623432AN-GDAB	MCX542B-ACAN	MCX623435AN-CDAB
MCX515A-GCAT	MCX653436A-HDAI	MCX516A-CCAT	MCX623435MN-CDAB