Inspired by GMS's award-winning X9 SPIDER small form factor (SFF) computer family, X10 GENESIS combines an ultra-compact footprint with breakthrough modularity both inside and outside the chassis. Leveraging MOSA-friendly Thunderbolt™ 4, Ethernet, and USB connectivity, X10 breaks the stovepipes that have traditionally isolated ATR chassis and purpose-built computing systems. Complex new capabilities can be added through open interfaces, enabling seamless interoperability with systems from virtually any vendor rather than requiring another proprietary OpenVPX implementation.

Inside the chassis, X10 GENESIS extends GMS's revolutionary patented X9 architecture into the OpenVPX domain, transforming inter-slot communications while eliminating the bottlenecks associated with traditional Ethernet-switched architectures. X10’s patented high-density connectors reduce panel real estate while enabling the best of COTS connectors, achieving 4x improvement to 40Gbps transfer for Type-C, for example. Unprecedented thermal performance is guaranteed by patented cooling technologies, including RuggedCool^®, per-slot heat-pipe vapor phase cooling, clamshell floating heatsinks, and GMS's patented full-slot VME wedgelock technology that improves by 50% heat transfer to the sidewall.

Combined with GMS super-density connector technology, X10 delivers dramatically more panel I/O than conventional OpenVPX systems limited by traditional MIL-Circular 38999 connectors. Finally, X10 has four patents: for the wedgelocks, RuggedCool,, per-slot heatpipe cooling, and the capability to stack X10 chassis together to create an isothermal assembly to maximize heat dissipation to the environment. X10 GENESIS re-invents OpenVPX.