FPGA

If you’ve ever tried to build a microprocessor from scratch, you know it’s a battlefield full of hazards, memory control, and instruction handling. A true digital mess. In the middle of that chaos, I came across a tool that completely changed the way I see FPGA development: LiteX. What is LiteX? LiteX is a framework for designing SoCs (System on Chip) on FPGA, transforming the process into something like assembling LEGO blocks: you pick a processor, add controllers, memory, peripherals, and done!...

HDMI output on FPGA platforms is a powerful way to generate real-time graphics directly from custom hardware. In this article, we’ll explore how to implement HDMI output using the LiteX framework on the Tang Nano 9K, a low-cost FPGA with impressive versatility. I’ve already written a guide on how to get started with LiteX and build a basic SoC in the previous post. 🧱 HDMI Architecture in LiteX By default, the tangnano9k....

Introduction One of the most exciting milestones when working with embedded systems is running an operating system (OS). Among all options, Linux stands out as the premier choice—especially being free, open-source, and backed by a massive ecosystem of tools and community support. The ability to run Linux on custom FPGA-based SoCs opens up endless possibilities for prototyping, research, and production systems. In this guide, we’ll walk through the complete process of booting Linux on a Tang Nano 20K FPGA using LiteX to generate a RISC-V SoC and Buildroot to create a minimal Linux system....