Atrenne’s latest whitepaper explores VITA 90 VNX+, an emerging small-form-factor modular computing architecture designed to address the SWaP-C2 constraints of modern defense and aerospace systems.
The paper examines the VNX+ family of standards, covering its mechanical, electrical, thermal, and system-level characteristics, while exploring how the architecture advances beyond VITA 74 and retains key performance advantages associated with OpenVPX. It also considers VNX+ alignment with the SOSA® Technical Standard, high-bandwidth interconnects, power and thermal management, and the role of modular open architectures in next-generation embedded computing.
With potential applications spanning UAVs, sensor pods, ground vehicles, missiles, satellites, and edge AI systems, Atrenne provides an overview of how VITA 90 VNX+ can support scalable, rugged computing where space, weight, power, cost, and cooling are critical considerations.
Explore Atrenne’s 726 Series VITA 90 VNX+ Small Form Factor Chassis to see the architecture applied in a rugged deployable system.
