Intel X550T2 Internal Ethernet 10000 Mbit/s
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Buy Intel X550T2 Internal Ethernet 10000 Mbit/s
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Intel X550T2 network card Internal Ethernet 10000 Mbit/s | £212.09 |  | |||
Intel X550T2 ETHERNET CONVERGED NETWORK ADAPTER X550-T2 SINGLE PACK X550T225 | £260.43 |  | |||
Intel X550T2 network card Internal Ethernet 10000 Mbit/s X550T2 | £163.98 |  | |||
Intel Ethernet Converged Network Adapter X550-T2 | £172.64 | | |||
| £178.02 |  | ||||
Intel Ethernet Converged Network Adapter X550-T2 - Network adapter - PCIe 30 low profile - 10Gb Ethernet x 2 | £200.00 | | |||
Intel Ethernet Converged Network Adapter X550-T2 - Network adapter - PCIe 30 x4 Low Profile - 10Gb Ethernet x 2 X550T2 | £200.00 | | |||
| £214.75 |  | ||||
Intel X550-T2 Internal Ethernet 10000Mbps Network Card and Adapter - Network Cards and Adapters Internal Wired Pci-E Etherne | £220.00 | | |||
iWARP/RDMA
iWARP delivers converged low-latency fabric services to data centers through Remote Direct Memory Access (RDMA) over Ethernet. The key iWARP components that deliver low-latency are Kernel Bypass Direct Data Placement and Transport Acceleration.
Intel Data Direct I/O Technology
Intel Data Direct I/O Technology is a platform technology that improves I/O data processing efficiency for data delivery and data consumption from I/O devices. With Intel DDIO Intel Server Adapters and controllers talk directly to the processor cache without a detour via system memory reducing latency increasing system I/O bandwidth and reducing power consumption.
PCI-SIG* SR-IOV Capable
Single-Root I/O Virtualization (SR-IOV) involves natively (directly) sharing a single I/O resource between multiple virtual machines. SR-IOV provides a mechanism by which a Single Root Function (for example a single Ethernet Port) can appear to be multiple separate physical devices.
Flexible Port Partitioning
Flexible Port Partitioning (FPP) technology utilizes industry standard PCI SIG SR-IOV to efficiently divide your physical Ethernet device into multiple virtual devices providing Quality of Service by ensuring each process is assigned to a Virtual Function and is provided a fair share of the bandwidth.
Virtual Machine Device Queues (VMDq)
Virtual Machine Device Queues (VMDq) is a technology designed to offload some of the switching done in the VMM (Virtual Machine Monitor) to networking hardware specifically designed for this function. VMDq drastically reduces overhead associated with I/O switching in the VMM which greatly improves throughput and overall system performance
iWARP delivers converged low-latency fabric services to data centers through Remote Direct Memory Access (RDMA) over Ethernet. The key iWARP components that deliver low-latency are Kernel Bypass Direct Data Placement and Transport Acceleration.
Intel Data Direct I/O Technology
Intel Data Direct I/O Technology is a platform technology that improves I/O data processing efficiency for data delivery and data consumption from I/O devices. With Intel DDIO Intel Server Adapters and controllers talk directly to the processor cache without a detour via system memory reducing latency increasing system I/O bandwidth and reducing power consumption.
PCI-SIG* SR-IOV Capable
Single-Root I/O Virtualization (SR-IOV) involves natively (directly) sharing a single I/O resource between multiple virtual machines. SR-IOV provides a mechanism by which a Single Root Function (for example a single Ethernet Port) can appear to be multiple separate physical devices.
Flexible Port Partitioning
Flexible Port Partitioning (FPP) technology utilizes industry standard PCI SIG SR-IOV to efficiently divide your physical Ethernet device into multiple virtual devices providing Quality of Service by ensuring each process is assigned to a Virtual Function and is provided a fair share of the bandwidth.
Virtual Machine Device Queues (VMDq)
Virtual Machine Device Queues (VMDq) is a technology designed to offload some of the switching done in the VMM (Virtual Machine Monitor) to networking hardware specifically designed for this function. VMDq drastically reduces overhead associated with I/O switching in the VMM which greatly improves throughput and overall system performance
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