BLOGS & TECHNICAL ARTICLES

VORAGO's RH VA41630 Arm Cortex M4 MCU
VORAGO's RT VA7230 Arm Cortex A72 MPU
VORAGO's RH VA41620 Arm Cortex M4 MCU
Ball Grid Array MCU Packaging
VORAGO's RH VC91200 Arm Cortex M4 Latch-Up Monitor IC
VORAGO's RH VA53230 Arm Cortex M55 MCU

The End of the Redesign Tax: How Mission-Matched Radiation Protection Rewrites Aerospace Economics 

From Space to Sea: Understanding Risk Differences Between Harsh Environments

Beyond the Tropopause and Down the Well: Protection for -55°C to 200°C

Solving the Stratospheric Reliability Gap for Modern Military Aviation

Engineering Radiation Tolerance: Design Strategies for LEO, Avionics & Terrestrial Domains

2025

Into Parts Unknown: How Radiation-Tolerant Silicon Enables True Autonomous Mobility

Balancing Reliability & Cyber Resilience in Space and on Earth: Part 2 of 2

Balancing Reliability & Cyber Resilience in Space and on Earth: Part 1 of 2

Tolerance or Total Immunity? Finding the Right Level of Radiation Resistance for Every Mission Environment

QML-Q+? The Highest Standard for Space-Grade MCUs

Radiation-Hardened and Radiation-Tolerant Motor Control Systems for Aerospace

Designing Rugged Embedded Systems for Harsh Environments: Key Considerations

Radiation Hardened Electronics for Space Environments

Edge Computing Use Cases: Advancing Space Applications

Best Embedded Microcontroller Systems for Space Applications

The Evolving Use of Deterministic Ethernet in Space

Motor Controls in Space: The Role of Radiation-Hardened Microcontrollers

2024

What is QML in Defense Manufacturing?

Edge Processing & Applications in Space

FPGA Reconfiguration with Radiation-Hardened MCU

Radiation Hardened by Design vs by Process with HARDSIL® Technology

When To Use FPGA vs. Microcontroller

2023

Using FPGA in Space Applications

The Role of Custom Firmware in Aerospace and Defense Applications

Guide to Rad-Hard vs. Rad-Tolerant

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