Proton600K Multi-Core Processor
ZIN Technologies
Radiation-hardened 3U OpenVPX single-board computer with an 8-core ARM architecture for mission-critical edge computing.
Technical specifications
- Form factor
- 3U OpenVPX Single Board Computer
- Radiation tolerance
- Radiation-hardened, immune to destructive latch-up, patented H-Core mitigation for SEU/SEFI resilience
- Cores
- 8-core ARM: dual Cortex-A72 + quad Cortex-A53 + dual Cortex-M4F real-time cores
- Controllers
- Dedicated system controller and security processor
- Memory
- ECC-protected memory, on-chip ECC and external LPDDR4 support
- Graphics/video
- Integrated dual 32-bit GPUs + VPU
- Storage
- ECC-protected flash and mission memory options (eMMC / NAND / MRAM)
- OS support
- Linux, VxWorks, Integrity, Green Hills, and others
- Configurations
- Scalable 2- or 3-card configurations with optional I/O and chassis enclosure
About
The Proton600K is an advanced, radiation-hardened 3U OpenVPX Single Board Computer from ZIN Technologies (a Voyager Technologies company) designed for high-performance, mission-critical edge computing in space and defense applications. It combines eight ARM Cortex application and real-time cores with integrated graphics/video processing, robust ECC-protected memory, and flexible operating system support. A system FPGA adds significant acceleration and I/O capability, while dedicated controller and security processors enable secure, reliable operation. Built on radiation-tolerant process technologies and engineered for harsh environments, Proton600K is immune to destructive latch-up and incorporates patented H-Core mitigation for SEU/SEFI resilience, with scalable 2- or 3-card configurations available with optional I/O and chassis enclosure.
Documentation
Need the full ICD, test reports or a specific revision? Ask the supplier directly.