- AMC.0 R2.0 mid-size and full-size AdvancedMC module
- Cavium Networks high performance OCTEON Plus CN58xx family of packet processors
- 4x GbE (AMC.2) plus x4 PCI Express (AMC.1) to carrier
- 4x GbE small form factor plug-in (SFP) interfaces on front panel
- 2x 1000BASE-BX interfaces to carrier
- Hotswappable
- Integrated IPMI
- Designed for NEBS/ETSI
- Carrier Grade Linux with Cavium extensions
The Advanced Mezzanine Card (AdvancedMC™) standard is collaboration by major telecom OEMs and suppliers to create an optimal expansion platform for AdvancedTCA®
(ATCA®), MicroTCA™, or proprietary baseboards and systems that addresses major bandwidth, availability, field upgradeability, cost, scalability, management and interoperability issues.
The Emerson Network Power AMC-9210 AdvancedMC (AMC) packet processor card extends the broad portfolio of communication processing and network processing solutions to address the growing need for wire-speed packet processing solutions for the delivery of broadband services in the 3G Wireless, Voice over IP and IMS network infrastructure.
The AMC-9210 is based on the Cavium OCTEON Plus high-performance multi-core processor architecture which provides a pin compatible chip that can support 8 or 12 cnMIPS Plus MIPS 32/64 architecture compatible cores; per core hardware acceleration for packet processing and security including addition of support for Kasumi for wireless security; and integrated coprocessors for packet I/O, compression/decompression, IDS and anti-virus.
Available front panel options include full-size and mid-size AMC modules. The module is AMC.0 rev 2.0 compliant and uses serial Ethernet and PCI Express signaling defined in AMC.1 and AMC.2. With its four interchangeable SFP modules, powerful on-board OCTEON Plus packet processor, dual management interface and upgradeable memory, the AMC-9210 is extremely versatile and provides the functionality necessary for migrating to next-generation infrastructures and converged networks.
Target applications for the AMC-9210 include media servers, deep packet content inspection, Node-B/RNCs, line rate crypto and security functions, VoIP, stateful protocol identification, edge/access routers and policy enforcement.
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