SI
SI
discoversearch

We've detected that you're using an ad content blocking browser plug-in or feature. Ads provide a critical source of revenue to the continued operation of Silicon Investor.  We ask that you disable ad blocking while on Silicon Investor in the best interests of our community.  If you are not using an ad blocker but are still receiving this message, make sure your browser's tracking protection is set to the 'standard' level.
Technology Stocks : The New QLogic (ANCR) -- Ignore unavailable to you. Want to Upgrade?


To: richroni who wrote (20344)1/23/1999 2:15:00 AM
From: Douglas Nordgren  Read Replies (2) | Respond to of 29386
 
INRANGE delivers 8/16 port Fibre Channel Switch

inrange.com

Thanks to Rosmuk8 on Yahoo!

FC/9000 provides high-speed Fibre Channel switching at managed hub prices.

MOUNT LAUREL, NEW JERSEY, January 19, 1999 -- INRANGE™ Technologies Corporation, a
worldwide provider of end-to-end connectivity technology, today announced the General Availability
(GA) and initial installations of the Fibre Channel/9000™ (FC/9000) Fibre Channel switch for Storage
Area Network (SAN) environments. The FC/9000 is a high-performance Fibre Channel switch initially
available in both an 8-port and a 16-port version, delivering high-scalability, along with high
aggregate bandwidth for open system and enterprise data centers.

Featuring gigabit-speed throughput, browser-based management, self-configuring ports and
multistage scalability, the FC/9000 represents a family of advanced, breakthrough technology, Fibre
Channel switching solutions for managing high-speed connections between servers or computing
clusters, and a variety of storage devices in a SAN environment. INRANGE's FC/9000 provides global
businesses with dynamic linking between multiple computing systems, while allowing for the creation
of heterogeneous and expandable Fibre Channel networks that seamlessly integrate SANs, servers
and storage devices.

"We are extremely pleased to be entering into the Fibre Channel marketplace with a product, such as
the FC/9000, offering today's businesses a viable solution for developing their SAN infrastructure,"
said Dave Supinski, Vice President of Marketing, INRANGE Technologies Corp. "The FC/9000 is the
same proven

technology that will be deployed in the CD/9000™ Channel Director and complements INRANGE's
OM/9000™ Wavelength Division Multiplexer, as well as the FMS/Fibre Channel Management
solutions which already support Fibre Channel. Today's announcement underscores our continued
commitment to delivering the most advanced, high-speed connectivity technology to meet the
growing networking, SAN and data center connectivity needs of the most compute-intensive
environments."

INRANGE Technologies Delivers 8-Port And 16-Port Fibre Channel Switching Solutions For
Implementing Storage Area Networks

Available with optical or copper media modules, the FC/9000 furnishes users with 1.062 Gbps
performance and latency of less than 600 nanoseconds, making it the lowest latency Fibre Channel
switch in the industry. In addition, the FC/9000 delivers either an 8- or 16-port chassis, with up to
eight arbitrated loop ports per switch. The FC/9000 also supports Class 3-2-1 and Intermix
connectivity. The FC/9000 is scalable to 192 ports on a single fabric and is fully compliant with the
current Fibre Channel physical interface standard, FC-PH 4.3. It is seamlessly interoperable with other
vendors' Fibre Channel standard compliant products.

INRANGE Technologies Corporation, (formerly General Signal Networks) an SPX company, is a
provider of channel switches and channel extension products for copper- and ESCON-based
mainframes and SCSI- and PCI-based servers; matrix switches for wide area networks; wavelength
division multiplexers; fiber management systems; and performance monitoring and test systems for
digital and analog networks. Headquartered in Mount Laurel, New Jersey, INRANGE Technologies
has 1000 employees at manufacturing locations in New Jersey, Connecticut, and Massachusetts, and
sales and support offices worldwide.