Welcome back to Exploring FPGA Graphics. In the previous part we got an introduction to FPGA graphics; now we’re ready to put our graphical skills to work recreating the arcade classic: Pong. In this series we explore graphics at the hardware level and get a feel for the power of FPGAs. We start by learning how displays work, before racing the beam with Pong, drawing starfields and sprites, simulating life with bitmaps, drawing lines and triangles, and finally creating simple 3D models. Read more

To work with standard monitors and TVs, you need to use the correct video timings. This recipe includes the timings for four standard display modes using analogue VGA, DVI, HDMI, or DisplayPort: 640x480 (VGA), 800x600 (SVGA), 1280x720, and 1920x1080 all at 60 Hz. CRT monitors typically support higher refresh rates in addition to 60 Hz, such as 72 and 85 Hz, but most LCD monitors do not. There are an increasing number of televisions and monitors that do support high refresh rates, but these are beyond the scope of this guide. Read more

Welcome back to Exploring FPGA Graphics. In the previous part we created a version of the classic game, Pong. In this third part, we take inspiration from an even earlier game: Computer Space and work with sprites, bitmap fonts, and starfields. In this series we explore graphics at the hardware level and get a feel for the power of FPGAs. We start by learning how displays work, before racing the beam with Pong, drawing starfields and sprites, simulating life with bitmaps, drawing lines and triangles, and finally creating simple 3D models. Read more

In all beginnings dwells a magic force Herman Hesse, Stages from The Glass Bead Game Welcome to Exploring FPGA Graphics. In this series we explore graphics at the hardware level and get a feel for the power of FPGAs. We start by learning how displays work, before racing the beam with Pong, drawing starfields and sprites, simulating life with bitmaps, drawing lines and triangles, and finally creating simple 3D models. Read more