Development Tradeoffs
Navigating speed, scope, and quality constraints in connected product builds.
Bluetooth Low Energy (BLE)BLE Connection Interval and Battery Life: How to Configure for Power
The connection interval is firmware's biggest lever on how long a BLE device lasts between charges. This piece breaks down how it works with peripheral latency, and how to tune both for idle power savings without the lag.
Embedded SoftwareHow to Choose the Right Hardware Platform for Connected Products
Choosing a hardware platform is one of the most critical decisions in connected product development.This guide breaks down the trade-offs that matter most and how to navigate them with confidence.
- Embedded Software
Why Early Firmware Planning Matters More Than You Think
Poor planning in embedded firmware development can lead to costly delays, rework, and regulatory risk—especially in connected medical devices. This article breaks down four early decisions that have long-term impact: chip selection, manufacturing alignment, testing strategy, and security.
Embedded SoftwareNordic 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.
- Embedded Software
BLE Module vs Chip-Down: What is Best for Your Design?
Choosing between a BLE module and a chip-down design can significantly impact cost, complexity, and time to market. This guide compares Bluetooth module vs chip-down approaches to help you pick the right one for your connected device design.
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