Enea Releases LINX for Linux 2.0 for Interprocess Communications

Enea (Nordic Exchange/Small Cap/ENEA)(STO:ENEA), a world leading provider of network software and services, announced the release of Enea® LINX for Linux 2.0, which includes protocol and feature negotiation to enable seamless upgrades of system subsets with newer versions of the protocol, without concern for backwards compatibility with non-upgraded portions of the system. This addition to the protocol ensures forward and backward compatibility with all future versions of LINX for Linux.

“Upgrading the basic communications protocol in a deployed system has been a large problem in the past,” said Michael Christofferson, director of product management at Enea. “However, our new protocol and feature negotiation addition allows upgrades to portions of the system without affecting the whole system and also enables new subsystems to be added to an existing system without regard to communications protocol compatibility issues.”

LINX provides reliable, high-performance, interprocess communications services that make complex distributed systems easier to conceptualize, model, partition, and scale. Utilizing direct message passing, LINX provides the performance and versatility needed to satisfy local and remote IPC requirements across all CPU (including multi-core devices), OS, and interconnect boundaries. LINX can even act as a transport for bearer protocols such as UDP and TCP, and is efficient enough to work with DSPs. LINX is independent of the underlying processor, operating system, or interconnect, and has the ability to support control and data plane applications over reliable and unreliable media, while delivering a 20 percent higher performance than TIPC. LINX also supports any distributed system topology, from a single processor on a single blade, to large networks with complex cluster topologies deployed on hundreds of processors in a multi-rack system.

Any system that uses the latest version of Enea LINX is completely forward-compatible with newer versions of LINX, and vice-versa. As LINX nodes connect through the initial connection-establishment protocol, each node discovers the version of the other and negotiates the lowest common denominator of features and protocol versions that are required for effective communications.

LINX enhances distributed system availability by providing supervision and failure reporting for designated connections. LINX also provides built-in support for redundant links, both for physical CPU interconnects and logical connections between endpoints. LINX for Linux version 2.0 is available now as a free open-source download.

About Enea
Enea (Nordic Exchange/Small Cap/ENEA) is the leading supplier of real-time operating systems, middleware, development tools, database technology and professional services for high-availability systems such as telecommunications infrastructure, mobile devices, medical instrumentation, and automobile control/infotainment. Enea’s flagship operating system, OSE(tm), is deployed in approximately half of the world’s 3G mobile phones and base stations. Enea has over 500 employees and is listed on the OMX Nordic Exchange Stockholm AB.

Enea®, OSE®, OSE® ck, OSE® epsilon, Enea® Element, Polyhedra®, Enea® Optima, Enea® LINX, Enea® Accelerator are registered trademarks of Enea AB or its subsidiaries. Accelerating Network Convergence(tm), Device Software Optimized(tm) and dSPEED Platform(tm) are unregistered trademark of Enea AB or its subsidiaries.