Continuing our series on understanding the SOSA Technical Standard, this webinar will address why network interconnections are so fundamental to the interoperability of modules and successful system-level implementation.
Technology changes enable greater functionality but also effect which communications protocols must be used for in-band and out-of-band communications. It also impacts interoperability between boards within a system as well as between chassis.
The webinar will address what the network planes are in a defined backplane topology, why network interconnects are so important and how they address application requirements. The difference between the definition of module in the SOSA standard and VITA will be covered, and how it facilitates interoperability from module to module, module to chassis, and chassis to chassis.
You will hear examples showcasing how Ethernet switches enable successful communications and how payload cards take advantage of the different protocols and RF and optical transceivers for flexible to more successfully implement and synchronize network applications.
Discover how the QMC (VITA 93) mezzanine standard is revolutionizing rugged embedded computing with its compact design and powerful I/O solutions. Learn from this insightful session on how QMC enhances performance in harsh environments while integrating seamlessly with leading open standards like OpenVPX, SOSA, and VNX+.
Find out how MOSA strategies can enable EW and SIGINT designers to leverage commercial RF, signal-processing, and AI innovations to field technology quickly and reduce costs and integration times over the life of the system.