HP Ethernet 10Gb 2-port 570SFP+ Adapter PN 718904-B21

$1,531.00

HP Ethernet 10Gb 2-port 570SFP+ Adapter (PN : 718904-B21)

The higher message rates and lower latency of OpenOnload technology are now available with the HP Ethernet 10Gb 2P 570SFP+ Adapter, based on the SFC9020 controller from Solarflare. It out-performs standard Ethernet with lower CPU utilization and power consumption.

Product Description

HP Ethernet 10Gb 2-port 570SFP+ Adapter PN 718904-B21

The higher message rates and lower latency of OpenOnload technology are now available with the HP Ethernet 10Gb 2P 570SFP+ Adapter, based on the SFC9020 controller from Solarflare. It out-performs standard Ethernet with lower CPU utilization and power consumption.

This adds up to performance and scalability that are ideal for financial services environments. Now available as a fully supported factory installed option on the HP ProLiant DL360p Gen8, and HP DL380p Gen8 servers, the HP 570SFP+ Adapter comes with both low profile and standard brackets and has two SFP+ cages that enable connections with DACs as well as SR fiber optic modules.

The HP 570SFP+ Adapter supports high performance networking features such as VLAN tagging, low latency interrupts, TCP and UDP checksum offloading, MSI-X, NIC teaming (bonding), Receive Side Scaling (RSS), jumbo frames, and PXE boot.

Important Information

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Warranty & Support

We offer manufacture warranty plus our ICT warranty.

If you need any technical assistant, our expert technicians are always available to help you without any additional cost.

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Ports & interfaces
Connectivity technologyWired
Host interfacePCI-E
InterfaceFiber
InternalYes
Fiber ports quantity2
Bandwidth
Data transfer rate (max)10000  Mbit/s
Full duplexYes

Higher I/O performance: Each application receives an independent I/O channel

More efficient processing: Application and I/O processing share the same core

Greater scale out: More virtual NICs support more applications per server

Optimized server utilization: Greater I/O workload per server with less CPU utilization and lower power consumption