RAD-TOLERANT
VA42630
Arm Cortex-M4 Microcontroller
Built for the Demands of New Space
As VORAGO’s inaugural Radiation Tolerant By Design (RTBD) microcontroller, the VA42630 provides the full functional features of its rad-hard twin—the VA41630 —yet delivers mission-matched radiation performance at a fraction of the cost.
Specifications
Built on the exact same architecture with integrated non-volatile memory, it is optimized for Low Earth Orbit (LEO), atmospheric, and terrestrial environments, allowing engineering teams to design once and scale seamlessly across orbits.
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Total Ionizing Dose >30 krad(Si) with FRAM
SEL Immunity: >40 (MeVcm²)/mg @85°C
SER with EDAC and Scrub: 1E-12 Errors/bit/day
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• Core: 1.5 V ± 10%
• I/O: 3.3 V ± 10%
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• 64 KB on-chip Data SRAM
• 256 KB on-chip Program SRAM
• EDAC & Memory Scrubbing
• Integrated 256 KB NVM
• External Bus Interface
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• 104 Configurable GPIO Pins
• 3xUART Interfaces
• 3xI2C Interfaces
• 3xSPI Interfaces
• 2xCAN 2.0 B
• Ethernet 10/100 MAC
• Full-Duplex Spacewire Interface
• 4-Ch DMA Controller
• 8-Ch ADC (12-bit, 600 ksps)
• 2-Ch DAC (12-bit)
• Integrated Temperature Sensor
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• 24 Con gurable 32-bit Timers
• Input Capture, Output Compare, PWM, Counters and Watchdog Timer
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• -40°C to +85°C
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• 196 PBGA (12mm x 12mm)
• 176 PQFP (20mm x 20mm)
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Low Earth Orbit Constellations
LEO SmallSat On-Board Computers
Stratospheric & High-Altitude Platforms
Aviation & Avionics Systems
Autonomous Aerial Vehicles
Autonomous Ground Vehicles Ground
Based Flat-Sat Testbeds
One Design
One Design, Two Radiation Profiles
RAD-HARDENED
Meet the VA41630, the radiation-hardened twin to the VA42630
Prototype on the VA42630, then deploy the VA41630 in the same footprint for medium Earth orbit, geosynchronous orbit, and deep space.
Support
Production qualified and shipping now. Supported by the PEB1 development board and software kit.
