Embedded Systems

This guide explains ADCs for entrepreneurs, detailing how they convert real-world signals into digital data and why component selection impacts hardware cost, performance, and battery life.

Firmware is the low-level control code embedded in hardware. It acts as the bridge between physical components and high-level software, dictating how a device functions and communicates.

FPGAs are reprogrammable chips allowing hardware logic changes after manufacturing. They bridge the gap between flexible software and high-performance custom silicon, offering startups distinct advantages in prototyping and niche markets.

A guide for founders on the I2C communication protocol, detailing its function in hardware design, comparisons to other buses, and strategic impacts on product development.

This article defines microcontrollers for business owners, explains the critical difference between MCUs and microprocessors, and details why chip selection is a vital strategic decision for hardware startups.

An analysis of System on Chip technology detailing how it consolidates computer components into one unit to save space and power for hardware startups.

UART is a fundamental hardware component for device communication. This guide explains how it translates data, why timing matters, and its critical role in hardware startup product development.

An introduction to the CAN Bus standard for hardware entrepreneurs, covering its architecture, reliability advantages, and specific use cases in building complex physical products.

Hardware-in-the-Loop is a testing technique where a real embedded controller interacts with a simulated physical environment to validate systems safely and efficiently.

An introduction to RTOS for founders building hardware or IoT products. It explains determinism, compares RTOS to standard operating systems, and outlines when your business needs one.