AMCC Intros Switch
AMCC is a leading participant in the PICMG 3.6 Sub-Committee, which was created to standardize ATCA cell switching for carrier-grade applications. AMCC is offering its market leading PRS specification as the baseline for this new PICMG 3.6 standard. The PICMG organization approved the formation of the PICMG 3.6 Sub-Committee on September 13th 2005 to provide for better carrier-grade ATCA solutions, using AMCC's PRS backplane fabric interface. The future adoption of this PICMG 3.6 specification will allow customers to use standard solutions that provide best-in-class features for high-end, carrier-grade switching applications. The PICMG 3.6 Sub-Committee is made of members from the semiconductor, board, system integrator and system vendor arenas, which represents broad interest and support of AMCC's switch base specification proposal for the PICMG 3.6 standard.
"We support the activity of the PICMG 3.6 Sub-Committee, which will ultimately provide a complete PRS-based PICMG 3.6 Cell Switching architecture," said Don Faria, Altera's senior vice president, business units. "This standard, along with the flexibility and industry-leading performance provided by Altera's FPGAs, will offer users a robust architecture for implementing the cell switching solutions that customers require."
AMCC’s leading PRS40G-ATCA switch blade provides control plane Ethernet switch functionality and a data plane fabric switch based on the currently defined PICMG 3.6 standard. The PRS solution is available as a result of AMCC’s joint development ventures with leading ATCA switch blade providers and system integrators.
“AMCC has demonstrated an ongoing commitment to expand the Switch Fabric market ecosystem by engaging with partners such as Altera Corporation, RadiSys Corporation and ZNYX Networks. By doing so, we can deliver best in class solutions and meet the critical specifications our customers need to fulfill,” said Daryn Lau, vice president and general manager for AMCC’s Integrated Communications Products Business Unit. “Our technology expertise enables us to provide customers with low and constant latency, efficient QoS and full bandwidth multicast capabilities that no other switch architecture, whether it be proprietary or standard, can provide.”
AMCC’s PRS40G-ATCA Switch Blade is based on the ZNYX ZX6000 ATCA Hub board hosting a mezzanine card featuring the AMCC PRS 80G cell switch. It is designed to provide full switch blade redundancy and to address applications requiring up to 12 payload slots, each supporting from 2.5Gbps (Packet over SONET) to 4Gbps (Ethernet) user bandwidth. Four additional switch ports are available on backplane connectors for optional rear transition module implementation by the user. The PRS40G-ATCA complements the company’s previously introduced PRS80G-ATCA Switch Blade which supports 8 ATCA 10Gbps I/O blades. The PRS40G-ATCA switch works seamlessly with AMCC’s nP3710 ATCA Blade equipped with the new AMCC PRS C192X Fabric Interface Chip (FIC) card. The PRS C192X FIC card is designed to also equip the recently announced Radisys Promentum ATCA-7010 blade. It supports star topology implementation with an ATCA Cell Switch blade like the PRS40G-ATCA, as well as mesh topology (no centralized fabric switch).Up to 8 ATCA I/O blades equipped with the PRS C192X FIC card can interoperate in mesh topology, of which one or two blades can support a 10 Gbps uplink.
AMCC’s PRS40G-ATCA Switch Blade and PRS C192X FIC Card will begin sampling in Q4 2005 with volume production commencing in 2006. For a photo of the AMCC PRS40G-ATCA Switch Blade, visit http://www.amcc.com/BestInClass/PRS40G/Photo/. For a photo of the AMCC PRS C192X FIC card, visit http://www.amcc.com/BestInClass/PRSC192X/Photo/.
AMCC at the Network Systems Design Conference
AMCC will be participating in The Linley Group’s Network Systems Design Conference, which is taking place October 18 – 20, 2005, at Parkside Hall in San Jose, CA. For more information about AMCC’s involvement in this event, please visit http://www.amcc.com/Company/events.html#Speaking.
Applied Micro Circuits Corp. (AMCC)