News New 100Gb Test Platform Facilitates System Development For VPX, OpenVPX and SOSA Aligned Payloads LCR Embedded Systems has released the next generation of its popular DK3 VPX Development Platform. March 4, 2025 2 MIN READ Read More
Integrated Insights Blog Understanding MIL-STD-1275 and its Impact on Rugged Electronics Packaging for VPX and SOSA Architecture Systems in Defense Applications MIL-STD-1275 defines the electrical and electromagnetic environmental conditions that equipment connected to a 28V DC military power system must withstand. November 26, 2024 4 MIN READ Read More
News Dual Port Copper to KR/KX Media Converter from LCR Embedded Now Available for Rugged Embedded Systems LCR Embedded Systems has released a dual port media converter for rugged embedded computing chassis. August 6, 2024 1 MIN READ Read More
Integrated Insights Blog Thermal Management Challenges in SOSA Systems Traditional methods are challenged in ensuring failsafe operation in critical C5ISR applications to address these concerns. April 30, 2024 3 MIN READ Read More
Integrated Insights Blog Benefits of VPX and SOSA™ Systems as Open Architecture Standards VPX and SOSA have helped to enhance interoperability and flexibility in the design and deployment of defense and aerospace systems. February 22, 2024 3 MIN READ Read More
Events AUSA 2023 Visit LCR at the AUSA 2023 Annual Meeting and Exposition in Washington, DC on October 9-11. We will be featuring … September 14, 2023 1 MIN READ Read More
Webinars Deploying Rugged COTS Systems in Battlefield Environments Webinar Chassis designers and system integrators like LCR are incorporating advanced design methods in order to keep pace with the new … August 24, 2022 1 MIN READ Read More
Case Study Modular Open Systems Approach (MOSA) Enables High-Performance System used in Critical ISR Installation for Tactical Deployment LCR Embedded Systems 800 Series Rugged VPX ATR chassis/backplane and I/O solution ensures operational reliability for the system deployed in … June 17, 2022 1 MIN READ Read More
