Xilinx Zynq-7000 Embedded System Design Overview

Guide to Xilinx Zynq-7000 design: SoC concepts, ARM+FPGA co-design, HLS, PS/PL architecture, hardware acceleration and system integration.

FPGA-to-ASIC Migration for Smart Meter Design

FPGA-to-ASIC migration for smart meters: cut costs, integrated PLC analog front end, ensured ESD/EMI compliance, and required close collaboration

ESP32 vs STM32: Which Will Dominate Embedded?

ESP32 vs STM32: ESP32 excels in wireless IoT and fast development; STM32 dominates industrial applications, tooling and broad product range.

LVM Disk Management in Linux: Practical Guide

Learn Linux LVM basics: volume groups, physical/logical volumes, extents, mapping, snapshots, installation and common commands.

What Is an Embedded SoC

Learn what an embedded SoC (System on Chip) is, its hardware-software co-design, and benefits: lower cost, power, latency, and higher performance.

GUI Guider + FreeMASTER for Motor Control

Integrate GUI Guider with FreeMASTER to build drag-and-drop UIs for motor control on FRDM boards, simplifying debugging and development.

Linux DNS: Distributed Data Structures and Server Setup

DNS and BIND guide: learn DNS basics, server types, named.conf, zone and reverse files, network setup, and testing with nslookup/dig.

What Is Base64 and How to Encode/Decode

Learn Base64 encoding: how it converts binary to ASCII, common uses (email, URLs, storage) and a practical Python example.

Power Modules in Embedded Motor Drives

Embedded inverter design for IP65 motors: thermal management, compact power modules and thick-film solutions for efficient, high-density drives.

Embedded PCB Packaging for Power Electronics

Embedded PCB packaging for SiC/GaN power modules: 3D integration, low parasitics, better thermal management and efficiency for power systems

Microkernel OS Explained: Are RTOS Microkernels?

Understand microkernel OS traits, core functions, benefits and drawbacks, and whether embedded RTOSs are microkernel-based.

Embedded Systems: Essential Basics

Discover embedded systems: specialized controllers integrating hardware, software and actuators to control devices and appliances.

Interrupt Debugging Steps for Embedded Systems

Learn step-by-step interrupt debugging in embedded C: check priority, flags, handlers, vector table, hardware, and use debuggers to fix issues.

Extending Serial Ports in Embedded Design

Discover why serial ports still matter: debugging, Bluetooth/GPS/medical devices, and how to expand UARTs via USB-to-serial or I2C bridges.

MCU Embedded Systems Programming: I/O and SFR

Embedded systems: Special Function Registers (SFRs) — how microcontrollers read/write SFR bits to control and sense external peripherals.

Embedded AI Design with L31 RISC-V Core

Custom L31 RISC-V with CodAL convolution accelerator boosts TF-Lite Micro edge AI: 5x speed, 3x power reduction for IoT/IIoT devices.

Linux DMA Subsystem Driver Development

Explore DMA basics, types (coherent/streaming, block/scatter-gather) and the Linux DMA subsystem, dmaengine framework and key APIs for drivers.

Why Is Redis So Fast?

Explore why Redis is fast: in-memory storage, efficient structures, single-threaded epoll I/O, incremental rehash, and cached timestamps.

QNX vs Linux: Key Differences for Application Development

Compare QNX vs Linux for SoC/AP application development: practical porting, API, filesystem, tooling, runtime and build differences for developers.

Automatic Code Generation for Embedded Microcontrollers

Explore model-based control with PLECS: generate embedded code from block diagrams, target-specific peripheral blocks, and task-based multitasking.