When you build a system, you need fewer integration surprises, less redesign, and more flexibility as requirements evolve. LCR’s modular, system-level approach supports every stage, from development through deployment, with backplanes, thermal management, enclosures, I/O, and system accessories built around the payload and application. From individual components to complete systems, we can help.

As high-power VPX payloads increase thermal demands, LCR integrates cooling directly into the chassis from the start. The VE03 builds closed-loop liquid cooling into a rugged, SAVE compliant shock tray to support up to 140W per slot without requiring host-vehicle liquid cooling infrastructure. Address heat, space, shock, vibration, and integration demands at the chassis level.

Early-stage VPX development requires open access, flexible configuration, and room to adapt to evolving requirements. LCR’s DK3HS series supports 4 and 8 slot VPX and SOSA aligned development with 100Gb performance, flexible cooling and I/O configurations, and high-speed backplane options. Simplify integration and accelerate the path toward deployment.

High-speed defense and aerospace systems depend on more than standard slot profiles. LCR designs VPX and SOSA aligned backplanes around your payloads, data flow, I/O, and connectivity requirements, with data rates up to 100Gb. Whether you need COTS or custom, our backplanes are engineered to balance power, thermal, and data path demands for the complete system.

Rackmount VPX requirements can vary widely across payload density, cooling, I/O, and performance. LCR’s rugged 19” rackmount chassis is designed to be configured around your application needs. With up to 16 slots, 40 and 100Gb backplane options, customizable rear I/O, and high-CFM or optional closed-loop liquid cooling, we can support your demanding VPX system requirements.

Maintaining visibility into system health is critical from development through deployment. LCR’s configurable, VITA 46.11-compliant chassis manager tracks key operating parameters, reports anomalies, and can take corrective action based on configured responses. It also enables remote maintenance and in-field code upgrades to improve long-term system reliability.