New Ethernet Standard SAE AS6802 - Time-Triggered Ethernet

Nov. 29, 2011
SAE International's AS-2 Embedded Computing Systems Committee completed a new industry standard that establishes Ethernet as a deterministic networking technology

SAE International's AS-2 Embedded Computing Systems Committee completed a new industry standard that establishes Ethernet as a deterministic networking technology for time, safety, mission-critical embedded systems and critical infrastructure applications. The new standard, "SAE AS6802 – Time-Triggered Ethernet" can be downloaded from the SAE International website - http://standards.sae.org/.

With SAE AS6802, critical command and control systems, audio/video, and standard LAN applications can coexist in one network, without the limitations found in other real-time Ethernet technologies. By using capabilities described in SAE AS6802, Ethernet networks can efficiently and natively handle both synchronous and asynchronous communication.

SAE AS6802 describes Layer 2 Quality-of-Service (QoS) enhancements for Ethernet. Network devices implementing this protocol service can extend Ethernet capabilities by providing distributed fault-tolerant synchronization, robust TDM-style bandwidth partitioning, and synchronous communication with fixed latency and micro seconds-jitter.

The SAE AS6802 standard is used to design robust, less complex distributed systems and architectures tolerant to faults, at lower lifecycle cost. To learn more visit SAE.org.

Sponsored Recommendations

NSK integrates advanced automation and drive technologies to deliver high capacity, high speed, ultra-precise indexing and positioning in a compact, flexible linear actuator: ...
Unlock comprehensive insights into today's thermal processing landscape with Honeywell's whitepaper, detailing advanced technologies and solutions designed to enhance thermal ...
Sensing devices and vision components are a large part of safety systems. They protect employees, equipment and processes. But they do so much more. The applications are continue...
Learn how today's drives enhance performance, even in the most challenging industrial sectors.