PMC-Sierra Delivers Industry’s Highest Performance Forward Error Correction Technology for 40G and 100G OTN Deployments
PMC-Sierra’s Swizzle FEC Delivers 4x Performance Improvement on Error Correction and 35 percent Greater Optical Reach Than Competing FEC Technologies
SUNNYVALE, Calif.--(BUSINESS WIRE)-- PMC-Sierra, Inc. (Nasdaq:PMCS), the premier Internet infrastructure semiconductor solution provider, today announced its innovative Forward Error Correction (FEC) technology for high performance, cost-effective 40G and 100G Optical Transport Network (OTN) deployments. PMC-Sierra’s Swizzle FEC delivers the industry’s highest Net Effective Coding Gain (NECG) of 9.45dB, enabling 35 percent greater optical reach than other competing hard FEC technologies based on the seven percent overhead specified in the ITU G.709 standard.
The explosion of bandwidth demand from mobile data, video and enterprise data services is driving network operators towards deployment of 40Gb/s and 100Gb/s OTN links in their metro and regional networks. These data rates require higher symbol rates and complex modulation schemes, both of which increase sensitivity to optical impairments in optical networking gear. PMC-Sierra’s Swizzle FEC compensates for these impairments, correcting up to four times as many errors as competitive solutions, maximizing optical spans over the existing fiber infrastructure.
“Capital spending remains a barrier to entry for mass deployment of 40G and 100G OTN technology,” said Babak Samimi, director of marketing of PMC-Sierra’s Communication Products Division. “Our Swizzle FEC technology will be a significant contributor in driving the economic viability of 40G and 100G OTN deployments. By maximizing optical reach and reducing the number of optical regenerators required, operators can cost-effectively transition to scalable OTN transport networks.”
PMC-Sierra’s Swizzle FEC delivers 9.45dB of Net Effective Coding Gain within the lowest OTN overhead of 6.7 percent specified in the ITU G.709 standard, nearly reaching the theoretical maximum defined by the Shannon Limit. For longhaul deployments, the Swizzle FEC architecture delivers 10dB or higher NECG for OTN overhead configurations of greater than the 6.7 percent.
Swizzle FEC Demonstration Platform and Collateral
The Swizzle FEC platform is available for demonstration and evaluation. For more information, visit http://www.pmc-sierra.com/whitepaper-processor-mips-sonet-ethernet/swizzle-fec/index.html for an overview on PMC-Sierra’s Swizzle FEC technology. The “Swizzle FEC for 40G and 100G Optical Transmission” whitepaper (Registration Required) captures an overview of FEC Technology with special focus on PMC-Sierra’s market leading FEC technology targeted for 40G and 100G OTN deployments.
About PMC-Sierra
PMC-Sierra®, the premier Internet infrastructure semiconductor solution provider, offers its customers technical and sales support worldwide through a network of offices in North America, Europe, Israel and Asia. PMC-Sierra provides semiconductor solutions for Enterprise and Channel Storage, Wide Area Network Infrastructure, Fiber To The Home, and Laser Printer/Enterprise market segments. The Company is publicly traded on the NASDAQ Stock Market under the PMCS symbol. For more information, visit www.pmc-sierra.com.
Resources to Extend your Product Knowledge and Understanding
PMC-Sierra New Products www.pmc-sierra.com/products/newProducts.html
PMC-Sierra White Papers www.pmc-sierra.com/whitepaper
© Copyright PMC-Sierra, Inc. 2011. All rights reserved. PMC and PMC-SIERRA are registered trademarks of PMC-Sierra, Inc. in the United States and other countries. Other product and company names mentioned herein may be trademarks of their respective owners.
CONTACT:
PMC-Sierra
Susan Shaw, +1 408-988-8515
susan_shaw@pmc-sierra.com
or
US Editorial:
Shannon Giusti, +1 303-382-2443
shannon.giusti@SohoSquarePR.com
or
China Editorial:
Jo Soo, +011 852-2837-4744
jo.soo@edelman.com
KEYWORDS: United States North America California
INDUSTRY KEYWORDS: Technology Hardware Internet Networks Telecommunications Semiconductor Mobile/Wireless VoIP
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