OpenVPX Subsystems
Digital, RF, mixed signal, mission-critical, safety certifiable, sensor and AI OpenVPX processing subsystems
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Digital, RF, mixed signal, mission-critical, safety certifiable, sensor and AI OpenVPX processing subsystems
Whether your application requires safety-certifiable avionics, uncompromised secure data center compute power for sensor and AI processing, or advanced mixed signal processing for EW and SIGINT, our 3U and 6U OpenVPX subsystems feature the best commercially developed technology - giving your application more capability and features.
OpenVPX is the de facto embedded aerospace and defense processing system architecture and with good reason. Rugged, SWaP-efficient and proven, OpenVPX’s modular open systems approach (MOSA) uses common building blocks that can be applied across many applications reducing your program cost while building in scalability and interoperability.
Our contemporary and comprehensive portfolio of digital, RF and mixed signal system building blocks feature the best commercially developed processing technologies that add more functionality to your systems. Proven across 300+ programs, our system pre-integration capabilities reduce your program schedule and risk.
Performance embedded OpenVPX sensor signal processing pre-integrated subsystems
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Rapid integration of RF, mixed-signal, and processing modules into high-frequency coherent systems
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DO-178C/DO-254 certifiable 3U OpenVPX modular subsystem
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3U OpenVPX development platform for the ROCK-2 subsystem
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6-Slot OpenVPX rackmount development chassis
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16-Slot OpenVPX rackmount development chassis
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With the broadest portfolio of OpenVPX system processing building blocks and the deepest system integration expertise in the industry, we lower your program pre-integration risks, cost and schedule.
Our proven built-in systems security engineering, advanced cooling and extreme environmental protective packaging puts the highest-performance commercially developed data center processing capability into your rugged, SWaP-efficient sensor and AI processing system.
To solve the future challenges facing aerospace, Mercury’s ROCK-2 mission-critical solutions unite interoperability, functionality and modernization efficacy in a DO-178C/DO-254-certifiable 3U OpenVPX subsystem. Drawing from our extensive flight-safety design experience, we blend cutting-edge commercial technologies and an open-systems architecture with reusable certification artifacts to provide scalable, safety-critical solutions that offer ease of integration, rapid fielding of capabilities, and support for the successful certification of an aircraft.
To minimize program risk and cost, we can integrate our RF and digital processing open-architecture building blocks into multi-channel transmit/receive systems. Through the open and modular design, these solutions support rapid customization to meet your specific needs. The number of channels, frequency ranges and processing capabilities are all flexible.
Develop your application faster using our off-the-shelf chassis. Our OpenVPX development chassis feature performance components and efficiently cool themselves whether they are rackmounted or placed on a benchtop. With good module access, your application is easier to optimize and debug using actual OpenVPX-compatible hardware, reducing your program risk and schedule.
MODULAR OPEN SYSTEM ARCHITECTURES
Our design methodology incorporates modular open system architectures (MOSA) and industry standards, such as OpenVPX™ and SOSA™, so you can deploy and refresh the latest technology quickly to adapt to evolving threats, while maintaining interoperability across domains.
HIGH-PERFORMANCE OPEN ARCHITECTURES
Our high-performance embedded edge compute (HPEEC) architecture packages the data center in a compact OpenVPX™ form factor so AI processing can be located next to sensors on edge platforms.
PROFOUNDLY ACCESSIBLE
We partner with industry leaders like Intel® and NVIDIA® to incorporate the most advanced AI-enabled data center and multi-core edge processors into the rugged, trusted and secure solutions that power your most ambitious on-platform processing applications.
Simplify integration using open architectures for greater affordability, scalability, interoperability and sustainability.
Increase tech-insertion speed and lower program risk with proven, modular, open-standards designs.
Enable edge applications, while reducing operating cost with size, weight and power (SWaP)-optimized solutions from chip-scale to system-scale.
Deploy mission-critical technology securely with physical and cybersecurity protection, built in, not bolted on.
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