Sonnet G10E-1X-E3 network card Internal Ethernet 10000 Mbit/s – G10E1XE3

Blazing-Fast 10GBASE-T Connectivity. Cool PriceWith recent advances in technology. plus increasingly affordable gear. the transition to capturing and outputting content at 4K and higher resolutions has happened fast—the need for faster than Gigabit Ethernet speeds to transfer all that data has accelerated equally fast. For post-production shared storage workgroups and other bandwidth-intensive workflows. 10Gb Ethernet is the new data transfer standard. Speeding its adoption. very affordable 10Gb Ethernet switches with RJ45 (copper) have significantly reduced the cost of setting up 10GbE infrastructure. but the price of adding client connectivity has remained a barrier for some. Now. there is an equally affordable 10Gb Ethernet interface for your desktop and workstation computers—Sonnet’s Solo10G™ PCIe Card. a powerfully simple solution for adding blazing-fast 10GBASE-T 10GbE network connectivity to Mac®. Windows®. and Linux® computers at a price that’s sure to please. The Solo10G PCIe Card is equipped with a single RJ45 socket. enabling you to connect your computer to 10GbE infrastructure via inexpensive CAT 6 cabling at distances up to 55 meters. or CAT 6A cabling at up to 100 meters.Faster Transfers Across Existing Cabling Made Possible with NBASE-T TechnologyDoes your facility have CAT 5e wiring installed already? You can still get a great performance gain—up to 500 percent over Gigabit Ethernet speed—without rewiring! The Solo10G PCIe Card supports the NBASE-T™ standard of 2.5/5 Gb link speeds over CAT 5e (or better) cabling when used with a Multi-Gigabit switch or router. This capability allows you to deploy the same card across an organization for users supported by different Ethernet cabling infrastructures. Advanced Feature SupportThe Solo10G PCIe Card’s high throughput performance and low host-CPU utilization are attained through functions such as flow control. 64-bit address support for systems using more than 4GB of physical memory; and stateless offloads