The VNX+ (VITA 90) small form factor module standard, along with the new QMC (VITA 93) small form factor mezzanine I/O standard are essential new tools in the system designer’s toolkit. Integrators have begun to realize how they can leverage MOSA-based COTS components in their small SWAP-constrained platforms that previously required custom electronics—reducing development time by months and significantly lowering system costs.

In this webcast, you'll learn:
• How VNX+ and QMC standards complement each other in system architectures
• Examples of where these standards excel in military and aerospace applications
• Key specifications and performance characteristics of both standards
• Integration strategies and best practices
• How to evaluate if VNX+/QMC is right for your next project
Who should attend:
• Systems architects and hardware engineers designing embedded defense platforms
• Program managers looking for technology options for SWAP-constrained uses
• Anyone exploring alternatives to custom electronics development
What you'll take away:
• Understanding of the ecosystem and available components
• Decision framework for VNX+/QMC vs. traditional approaches
• Practical knowledge to implement these standards in your designs

As new chip technologies are incorporated into cards designed to align with the SOSA Technical Standard and OpenVPX, physical cooling limits become more challenging and impact system design.

learn how platform power requirements are driving designs for modular computer systems designed for use in air and ground vehicles. Subject matter experts David Gash and Ken Grob focus on the challenges posed by varying power levels and specific performance parameters for military platforms.