Fibre Channel Card boosts data center connectivity.
Press Release Summary:
Enabling high bandwidth connectivity of SANs between data centers, 8 Gbit/s Fibre Channel Card works with GigaMux 1600/3200 optical transport system, which supports variety of WDM architectures. By deploying 8Gbit/s Fibre Channel, IT managers can free up server interfaces that would otherwise be allocated for multiple 4 Gbit/s or 2 Gbit/s connections. Card includes client-side interface based on SFP+ form factor, as well as full 3R reshaping, regeneration, and retiming capability.
Original Press Release:
Sorrento Networks Boosts Data Center Connectivity with New 8G Fibre Channel Card
WDM card brings faster bitrates and greater distances for SANs at a cost comparable to a 4G solution
DENVER-Oct. 19, 2009- Sorrento Networks, a global provider of metro optical access solutions, is releasing an 8Gbit/second Fibre Channel card for its GigaMux 1600/3200, an optical transport system that supports a variety of WDM (wavelength division multiplexing) architectures. The new card enables high bandwidth connectivity of SANs (storage area networks) between data centers and meets new bandwidth demands driven by cloud computing applications like storage virtualization.
"We're seeing an insatiable demand for I/O availability between data centers that only 8 Gigabit Fibre Channel and 10 Gigabit Ethernet can satisfy," said Jim Nevelle, CEO of Sorrento Networks. "By offering an 8-gig Fibre Channel card at price comparable to a 4-gig Fibre Channel solution, we're making it feasible for our customers to double their SAN connectivity horsepower without a major overhaul to their data centers."
By deploying 8Gbit/s Fibre Channel, IT managers can free up server interfaces that would otherwise be allocated for multiple 4Gbit/s or 2Gbit/s connections, thereby collapsing the number of servers needed to deliver the same processing power and connectivity. Fewer servers mean reductions in data center operations costs such as rental space and utilities.
"By using fewer servers to do the same job, data center managers can impact their bottom lines by drastically reducing operations costs such as rental space and utilities," added Nevelle. "They can also circumvent the need to build out facilities to handle the rapid adoption of high-bandwidth applications like storage in the cloud."
Additional features of the Sorrento 8Gbit/s Fibre Channel card include:
o Complete wavelength availability for XFP-based version
o Client-side interfaces based on SFP+ form factor for maximum SAN switch compatibility
o Full 3R (reshaping, regeneration, retiming) capability for reliable transport of services
o Card is fully supported in all GigaMux 3234, 3217, and 1608 chassis
o CLI, Telnet, and SNMP support
o Easily managed via the command line interface, the WavCommand or through remote network management via WavBrowser or the Sorrento Management System (ZMS)
About the GigaMux 3200/1600 Platform
A protocol-independent design allows the GigaMux 3200/1600 platform to extend the traffic of Fibre Channel and Ethernet simultaneously and in their native formats. This flexibility enables users to add or upgrade bandwidth incrementally based on traffic requirements, as well as to achieve high-bandwidth links among their distributed data centers, storage servers and data storage devices.
Availability
The Sorrento 8Gbit/s Fibre Channel card (model OCM2-8G) is now available worldwide. For more information, visit www.sorrentonet.com or call +1 510.577.1402.
About Sorrento Networks - Adding Intelligence to WDM Sorrento Networks is a global provider of metro optical access solutions, offering an edge-to-regional CWDM, DWDM and ROADM product portfolio to carriers and enterprises. Sorrento Networks' GigaMux optical transport products efficiently add bandwidth to clients' networks and transport mission-critical services and applications across the network infrastructure. The company is headquartered in Denver, Colo., with offices in Oakland, Calif. and Stuttgart, Germany. For more information, visit www.sorrentonet.com.
