LCR’s VE02 chassis broadens the utility of the SAVE standard by enabling dual 4-slot plus power supply VPX SOSA-aligned systems to fit within the SAVE envelope for Army ground vehicles. The design facilitates complementary operational or redundancy requirements within the SAVE envelope. Individual cooling systems provide added thermal protection for high power dissipating systems.

LCR’s Rugged Test Systems enable functional and environmental test and demonstration in a chassis that is deployment capable. RTS chassis support system integration, backplane design and I/O configuration in a single chassis as developers proceed from development to demonstration to deployment of VPX / SOSA aligned systems. The second step in LCR’s develop, demonstrate, deploy support offering.

Our bestselling DK Series of VPX and SOSA system development platforms offer 100Gb backplane signal speeds in an easy to use benchtop format. The DK3HS and DK3HS4 “Mini” support 8 and 4 slot system integration respectively and streamline the development to deployment journey. VITA 67.3 RF and optical I/O connectivity. Power and ground backplanes as well as optional custom configurations.

As signal speed requirements reach toward 100Gb, LCR is committed to delivering backplane solutions that meet the highest levels of signal integrity in the industry. Our backplanes for VPX and SOSA aligned payloads are a trusted part of every system we provide and our experienced staff is ready to support your next mission requirements. Check out our backplane design capabilities brochure now.

Intended for rugged VPX SOSA aligned ATR chassis content as well as 19” chassis in defense applications, LCR’s dual port converter module converts RJ45 10GBase-T ports to 10GKR and 1GBase-T ports to 1GKX for backplane slot to slot communication. Smart design allows multiple mounting arrangements and thermal management configurations that maximize mounting options.

MOSA design principals play a major role in the successful deployment of electronic systems for defense applications. Modular construction in SOSA and VPX systems boosts interoperability, speeds development, and reduces costs. It enables easier upgrades, promotes reuse of components, and enhances scalability, leading to faster deployment of mission-ready systems with greater flexibility and efficiency.