Solarflare SFN8522-Plus Flareon Ultra Dual-Port 10gb Server I/o Adapter

• Solarflare Flareon Ultra Sfn8522 Server Adapter Plus - Pci Express 3.1 X8 - 2 Port(s) - Optical Fiber

The PLUS variant of the Flareon Ultra SFN8522 Dual-Port 10GbE SFP+ Server I/O
Adapter adds a suite of enabled software capabilities that provide out-of-the
box support for ultra-low- latency Onload-accelerated sockets as well as PPS
and PTP time synchronization support. The SFN8522-PLUS is capable of
associating a hardware time-stamp with every incoming and outgoing Ethernet
frame for application troubleshooting or performance monitoring. These
features make the SFN8522-PLUS the ultra-low-latency Ethernet adapter of
choice to deploy as a key component throughout Financial Trading
infrastructures where two ports of 10GbE are required.CPU-Effecient Networking
The Flareon Ultra SFN8522-PLUS dual-port 10GbE Ethernet SFP+ server adapter
delivers faster, more effecient processing of network traffic to accelerate a
wide range of applications. The SFN8522-PLUS has 8 lanes of PCIe 3.1
minimizing latency and maximizing bus throughput between the adapter and the
host.Flexibility in Operation In a virtualized environment the adapter
supports hypervisor bypass via SR-IOV providing virtualized guests with near
bare-metal network performance. Multiple physical functions are also available
enabling the ports to be partitioned when connected to 802.1Q trunked switch
ports with a logical interface per VLAN being presented to the operating
system. Ports on the same adapter or across multiple adapters may be bonded
for redundant operation. This redundancy support also extends to OnloadTM with
accelerated sockets capable of running across both Active-Passive and Active-
Active LACP-enabled links. The SFN8522-PLUS enables the following licensed
features enabled: Ultra-Low Latency The Flareon Ultra SFN8522-PLUS offers fast
and effecient hardware that optimizes packet how to and from the user
application. The SFN8522-PLUS unlocks unrivaled sub-microsecond latency both
at Layer 2 and TCP and UDP via Onload