SpyderByte.com ;Technical Portals 
      
 News & Information Related to Linux High Performance Computing, Linux Clustering and Cloud Computing
Home About News Archives Contribute News, Articles, Press Releases Mobile Edition Contact Advertising/Sponsorship Search Privacy
HPC Vendors
Cluster Quoter (HPC Cluster RFQ)
Hardware Vendors
Software Vendors
HPC Consultants
Training Vendors
HPC Resources
Featured Articles
Cluster Builder
Beginners
Whitepapers
Documentation
Software
Lists/Newsgroups
Books
User Groups & Organizations
HP Server Diagrams
HPC News
Latest News
Newsletter
News Archives
Search Archives
HPC Links
ClusterMonkey.net
Scalability.org
HPCCommunity.org

Beowulf.org
HPC Tech Forum (was BW-BUG)
Gelato.org
The Aggregate
Top500.org
Cluster Computing Info Centre
Coyote Gultch
Dr. Robert Brown's Beowulf Page
FreshMeat.net: HPC Software
SuperComputingOnline
HPC User Forum
GridsWatch
HPC Newsletters
Stay current on Linux HPC news, events and information.
LinuxHPC.org Newsletter

Other Mailing Lists:
Linux High Availability
Beowulf Mailing List
Gelato.org (Linux Itanium)

LinuxHPC.org
Home
About
Contact
Mobile Edition
Sponsorship

Latest News

Finisar Accelerates 10G Ethernet Server Connectivity with Intro of Laserwire at SC07
Posted by Editorial, Tuesday November 13 2007 @ 05:23PM EST

SUNNYVALE and RENO, Calif. - November 12, 2007 - Finisar Corporation (NASDAQ: FNSR), a technology leader in fiber optic solutions for high-speed networks, today announced the industry's first serial 10 Gbps active optical cable family designed to accelerate and support 10G Ethernet server connectivity. The Laserwire™ family consists of the Laserwire cable, a high density electrical connector and 10G Ethernet adapter modules to facilitate adoption into legacy transceiver ports. Laserwire utilizes fiber optic technology for the transmission of data while reducing the weight, density and power consumption of copper wire. Finisar will demonstrate this new platform with industry leaders Chelsio, Force10, Fujitsu Computer Products of America, Myricom, NetEffect, Neterion, and NetXen at Supercomputing 2007 in Reno, Nevada, November 13-15, Booth #2818.

The Burden of Copper

Today, supercomputing clusters are hampered by the physical burdens of CX-4 copper cable. In addition to being large, heavy, power hungry and expensive, copper cable is limited to short distance connections, as data integrity deteriorates over long distances.

By comparison, the Laserwire cable assembly is a fiber optic cable so it is small, light, and much lower in power consumption. The fiber optic cable also allows a smaller bend radius, thus providing greater flexibility during the installation of computer clusters. The Laserwire electrical connector was specifically developed for high density applications and can support large cluster configurations, including 48 port 1U switches. The connector can also be mounted in space-constrained LOM (LAN on motherboard) designs.

"As 10 Gig servers become more prevalent in the data center, power and 10 Gig interconnect cost became a significant challenge, as does connecting these servers in a way that allows organizations to optimize their computing power," said Stephen Garrison, vice president of marketing at Force10 Networks, one of the participants in the Laserwire demonstration at Supercomputing 07. "The Force10 S2410 provides high density 10 Gigabit Ethernet connectivity that enables organizations to directly connect to 10 Gig servers while Laserwire delivers the low power and low cost 'plug and play' interconnect that organizations need to efficiently utilize increased computing resources."

Laserwire significantly reduces power in datacenter applications. When compared with 10GBase-T solutions, Laserwire consumes nearly 95% less power, resulting in lower heat dissipation and reduced cooling requirements.

In addition to the Laserwire cable and connector, the family will include transceiver adapter modules that will enable Laserwire to plug into traditional optical transceiver ports. This will allow system builders and data centers to use Laserwire in legacy systems for 10GbE connectivity.

"The Server Connectivity transition to 10GbE is still in its early stages with most 10GbE NICs shipped into midrange and high end Unix servers, networked storage systems and HPC applications," said Bob Wheeler, Senior Analyst with The Linley Group. "With the move of 10GbE into high volume server platforms, users need Laserwire to provide a viable interconnect solution to address the current copper issues of port density, power consumption and cost."

"Laserwire is the answer to many of the physical challenges plaguing high-performance supercomputing clusters today," said Jan Meise, director of strategic marketing at Finisar. "By incorporating Finisar's two decades of expertise in the fiber optics industry, we have been able to develop a product that directly addresses end-user concerns to provide a lower cost, more power efficient alternative to copper cable. Additionally, we see Laserwire as having various practical applications beyond High Performance Computing, including Enterprise data centers, video, consumer and industrial applications."

Finisar expects to see first HPC installations with components of the Laserwire family in 2008. For more information contact a Finisar Solution Expert at 1-408-548-1000, send email to laserwire@finisar.com or, visit www.finisar.com/laserwire.

About Finisar

Finisar Corporation (NASDAQ: FNSR) is a global technology leader for fiber optic components and subsystems and network test and monitoring systems. These products enable high-speed voice, video and data communications for networking, storage and wireless applications over Local Area Networks (LANs), Storage Area Networks (SANs), and Metropolitan Area Networks (MANs) using Ethernet, Fibre Channel, IP, SAS, SATA and SONET/SDH protocols. The Company is headquartered in Sunnyvale, California, USA. More information can be found at www.finisar.com.

SAFE HARBOR UNDER THE PRIVATE SECURITIES LITIGATION REFORM ACTS OF 1995

The statements contained in this press release that are not purely historical are forward-looking statements within the meaning of Section 21E of the Securities Exchange Act of 1934, as amended, including statements regarding Finisar's expectations, beliefs, intentions, or strategies regarding the future. All forward-looking statements included in this press release are based upon information available to Finisar as of the date hereof, and Finisar assumes no obligation to update any such forward-looking statements. Forward-looking statements involve risks and uncertainties, which could cause actual results to differ materially from those projected. These risks include those associated with the rapidly evolving markets for Finisar's products and uncertainty regarding the development of these markets; Finisar's historical dependence on sales to a limited number of customers and fluctuations in the mix of customers in any period; ongoing new product development and introduction of new and enhanced products; the challenges of rapid growth followed by periods of contraction; and intensive competition. Further information regarding these and other risks relating to Finisar's business is set forth in Finisar's Annual Report on Form 10-K and other interim reports as filed with the Securities and Exchange Commission.


< Ciprico RAIDCore Exceds 2.2 Gigabytes per SecondRAID Performance on Storage Server at SC 07 | HP Brings High-performance Computing Technologies to Midsize Companies >

 

Affiliates

Cluster Monkey

HPC Community


Supercomputing 2010

- Supercomputing 2010 website...

- 2010 Beowulf Bash

- SC10 hits YouTube!

- Louisiana Governor Jindal Proclaims the week of November 14th "Supercomputing Week" in honor of SC10!








Appro: High Performance Computing Resources
IDC: Appro Xtreme-X Supercomputer Blade Solution
Analysis of the Xtreme-X architecture and management system while assessing challenges and opportunities in the technical computing market for blade servers.

Video - The Road to PetaFlop Computing
Explore the Scalable Unit concept where multiple clusters of various sizes can be rapidly built and deployed into production. This new architectural approach yields many subtle benefits to dramatically lower total cost of ownership.
White Paper - Optimized HPC Performance
Multi-core processors provide a unique set of challenges and opportunities for the HPC market. Discover MPI strategies for the Next-Generation Quad-Core Processors.

Appro and the Three National Laboratories
[Appro delivers a new breed of highly scalable, dynamic, reliable and effective Linux clusters to create the next generation of supercomputers for the National Laboratories.

AMD Opteron-based products | Intel Xeon-based products



Home About News Archives Contribute News, Articles, Press Releases Mobile Edition Contact Advertising/Sponsorship Search Privacy
     Copyright © 2001-2013 LinuxHPC.org
Linux is a trademark of Linus Torvalds
All other trademarks are those of their owners.
    
  SpyderByte.com ;Technical Portals