OpenArchitect is an extensible open software platform for the routing, control and management of embedded Ethernet switches. The platform includes the Linux operating system, IP protocol stack, control applications and the OA Engine. By using OpenArchitect with CompactPCI embedded Ethernet switches, application integrators and OEMs can build powerful, high value telecommunications solutions with standard components – including High Availability systems.

OpenArchitect software provides a broad array of “out-of-the-box” managed IP routing protocols and other open standards for embedded switch management. Examples include network services; Virtual Router Redundancy Protocol; Routing Information Protocol; Open Shortest Path First; Border Gateway Protocol; IP Multicast, Quality of Service and Class of Service; access control lists; and management via Simple Network Management Protocol MIBs, Common Open Policy Services and web. OpenArchitect provides command-and-control capabilities for ZNYX Networks switches such as the ZX4500 and ZX4500P.

OpenArchitect includes extensive capabilities for remote management of embedded Ethernet switches. Support for numerous related MIBs and the Common Open Policy Service (COPS) specification allow integrators to provide comprehensive remote management of sophisticated embedded Ethernet solutions – a crucial requirement for large scale telco installations using concentrated multiple CompactPCI chassis powered by ZNYX Network switches. OpenArchitect also provides server support for Dynamic Host Configuration Protocol (DHCP) for immediate assignment of an IP address to chassis node cards, and Network File Server (NFS) for access to remote file systems. Asset management capability is provided by OpenArchitect’s support of the Common Language Equipment Identifier (CLEI) specification. CLEI improves the ability of end customers to manage assets in a complex and changing environment.

The OpenArchitect software environment enables rapid porting of other UNIX/Linux-based protocols, including open source RFCs. It also enables the development of application-specific protocol configuration scripts. This extensibility and access to the open source networking software provides OEMs and integrators low cost, rapid development environment for creating new value-added services.