Embedded Software
Firmware development techniques for powering connected medical devices with safety, efficiency, and regulatory readiness.
BLE Module vs Chip-Down: What is Best for Your Design?
August 24, 2022 • Matt Dunham
Building a Risk-Aligned Testing Strategy for Your Embedded Medical Device
Build a compliant embedded testing strategy that aligns with real-world risk, supports IEC 62304 and ISO 14971, and helps your connected medical device meet regulatory and safety expectations.
How to Choose the Right Testing Strategy for Embedded Medical Devices
A smart embedded medical device testing strategy starts early—well before verification. This article breaks down key testing types, why classification alone isn’t enough, and how to align your test plan with real-world risk.
Avoid Firmware Failures with a System-Level Approach to Connected Medical Devices
Firmware doesn’t operate in isolation, here we explore how a system-level approach helps prevent integration failures, from planning through delivery.
Preventing Integration Failures with Early Firmware Design
Design firmware with integration in mind from day one to uncover mismatches early, cut costly surprises, and deliver reliable, scalable connected devices that meet real world conditions and tight timelines.
Nordic nRF52840: Is Rust a Good Fit for Embedded Applications?
Understand Rust's pros and cons on nRF52840, covering memory footprint, performance, safety, tooling, ecosystem, and C interop, to make an informed go‑no‑go decision for embedded firmware.
5 Tips for Building Embedded UI with LVGL and PlatformIO
Build efficient embedded UIs on resource constrained devices with LVGL and PlatformIO. Learn clean project setup, memory optimization, theming, and tuning to accelerate reliable UI development from prototype to production.
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