Cavium Networks Announces OCTEON(TM) CN30XX Processor Based Wireless Broadband Gateway Reference Design
Reference Design Enables Seamless Integration With Atheros Communications, Inc.'s Market-Leading AR5006XS 802.11a/b/g Single Chip WLAN Solution
MOUNTAIN VIEW, Calif., Feb. 1 /PRNewswire/ -- Cavium Networks, a world leader in security, network services and embedded processor solutions, today announced a best of breed 802.11 a/b/g broadband wireless gateway reference design. This design is based on the newly unveiled OCTEON CN30XX MIPS64(R) SoCs (system-on-chip) and the market leading Atheros Communications' AR5006XS single chip WLAN solution. Cavium Networks also announced that it will be supporting the upcoming 802.11n standard.
The OCTEON CN30XX reference and evaluation platform provides state of the art performance in a highly integrated package, ideally suited for wired and wireless Broadband Remote Access and Universal Threat Management Routers and Gateways, including the emerging 802.11n standard. Combined with the Atheros AR5414 single chip MAC/Baseband/Radio solution ODMs will be able to rapidly launch next generation Small-to-Medium Business & SOHO wireless gateways with market leading features at highly attractive price points.
"Our new OCTEON MIPS64 Secure Communication Processors offer a high performing and cost efficient, 64 bit next generation platform for secure, high performance wireless gateways. We are pleased to partner with Atheros to deliver a complete, production-ready WLAN reference solution which will enable our customers the fastest time to market," said Rajneesh Gaur Director of Marketing at Cavium Networks.
"We are excited to provide turnkey WLAN connectivity for the new OCTEON CN30XX reference platform," said Mark Hung, Director of Marketing at Atheros. "Wireless connectivity is becoming ubiquitous in SMB/SOHO gateway designs. Our mutual customers will benefit from both outstanding performance and rapid time to market with this customer-ready reference system."
The new OCTEON CN30XX SoC processors provide multi-100 Mbps application performance and include integrated Gigabit Ethernet interfaces. They integrate a custom MIPS64 processor core with the industry's most advanced multi-layer application acceleration and security processing hardware delivering breakthrough features and price/performance for next generation wired and wireless (802.11a/b/g/n) broadband routers, gateways, wireless access points and home NAS products.
The OCTEON CN30XX Processor Family includes the CN3005 and CN3010 Processors. The CN3005 processor includes a cnMIPS core at up to 400MHz, 64KB L2 cache, 16 bit DDR2, two GE interfaces, 32/66 PCI, USB 2.0 in a 350pin BGA package with a low power consumption of 2-3W. The CN3010 processor include a cnMIPS processor core at up to 500MHz, 128KB L2 cache, 32 bit DDR2, 3 GE interfaces, TDM/PCM, 32/66 PCI, USB 2.0 in a 525pin BGA package with 2-4W power consumption. OCTEON CN30XX and the OCTEON CN30XX reference and evaluation platform will be available in Q2 '06.
About Cavium Networks
Cavium Networks is a world leader in security, network services and embedded processing semiconductor solutions. Cavium Networks' award-winning NITROX and MIPS64-based OCTEON families of processors and accelerator boards offer flexible, scalable and highly integrated solutions delivering 50Mbps to 10Gbps performance. The company's products are integrated into a wide range of networking equipment that include routers, gateways, network appliances, content switches, wireless LAN access/aggregation points, servers and storage networking devices. Cavium Networks is headquartered in the heart of Silicon Valley in Mountain View, CA with development centers in Marlboro, MA and Hyderabad, India. For more information, please visit: http://www.caviumnetworks.com .
NOTE: OCTEON(TM) and NITROX(R) are trademarks of Cavium Networks, Inc. All other trademarks are the property of their respective owners.
CONTACT: Angel Atondo of Cavium Networks, +1-650-623-7033, or Email Contact
Web site: http://www.caviumnetworks.com//
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