The newly approved VNX+ standard (VITA 90) extends MOSA-based development into Class 2/3 UAVs, launch tube systems, and other highly constrained air, land, and dismounted platforms. In this webinar, our engineers will walk through how VNX+, paired with the QMC I/O mezzanine standard (VITA 93.x), enables modular, application-specific I/O expansion without compromising SWaP.
If your next program involves radar, SIGINT, EW, or battlefield management on a platform where every ounce and watt counts, this is the session to attend.
You'll leave with a clear understanding of:
• How VNX+ brings MOSA and COTS into SWaP-constrained platforms that previously required custom architectures
• How QMC enables application-specific I/O beyond fixed COTS interfaces
• How VNX+ and QMC combine to support scalable, modular designs across UAV, EW, and dismounted applications
• Which COTS solutions are available today and how to apply these standards to upcoming programs
Beyond OpenVPX: Unveiling the next generation modular form factor for rugged embedded computing VITA 100
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.