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Elma VPX Integration TIP: VPX Ethernet Switch COnfiguration Should Match Your Backplane

This Elma VPX Integration TIP hows you how to solve common pitfalls in Ethernet switch configurations in your system.

As the MOSA initiative advances across defense programs, embedded computing companies collaboratre to deliver proven, interoperable SOSA solutions to accelerate field testing and deployment of MOSA systems

How is proven interoperability strengthening the MOSA ecosystem and what challenges have been addressed through successful partner demonstrations?

In the earlier days of VPX, Geographical Addressing was rarely used, but with a significant rise in the use of Chassis Managers, it now plays an important role in newer systems.

In this TIP, we address another commonly asked question: what is Geographical Addressing and how do you use it?

And as more embedded systems and electronics equipment are being used in railway, automation, air, land and sea vehicles, and located in remote locations outdoors, sensitive electronics must be protected in robust enclosures.

Electronics are increasingly finding themselves in challenging environments and still be reliable. Getting the right cabinet design is how you keep them running.

In this Elma TIP, we tackle basic starting points for VPX system integration, like what are these three signals, SYS_CON*, NVMRO, and MaskableReset* on the backplane?

In this Elma TIP, we tackle basic starting points for VPX system integration. Customers often ask us what are SYS_CON*, NVMRO, and MaskableReset*, or why isn't my system working. Often, it turns out to be an issue with these 3 backplane signals.

Defining Chassis Management for Systems Aligned to SOSA - significantly increase the reliability and longevity of a system

Chassis management significantly increases the reliability and longevity of a system, providing a data-driven insights into the state of your system.