Hardware Design on Noureddine RAMDIhttps://ramdi.fr/tags/hardware-design/Recent content in Hardware Design on Noureddine RAMDIHugoenSat, 23 May 2026 20:41:27 +0000atopile: Declarative hardware design with constraint-solving for PCB automationhttps://ramdi.fr/github-stars/atopile-declarative-hardware-design-with-constraint-solving-for-pcb-automation/Mon, 04 May 2026 10:23:02 +0000https://ramdi.fr/github-stars/atopile-declarative-hardware-design-with-constraint-solving-for-pcb-automation/atopile offers a declarative hardware description language and compiler that solves component constraints and generates KiCad PCB layouts automatically.Recreating the 3dfx Voodoo GPU in SpinalHDL for FPGA and cycle-accurate simulationhttps://ramdi.fr/github-stars/recreating-the-3dfx-voodoo-gpu-in-spinalhdl-for-fpga-and-cycle-accurate-simulation/Mon, 04 May 2026 10:23:02 +0000https://ramdi.fr/github-stars/recreating-the-3dfx-voodoo-gpu-in-spinalhdl-for-fpga-and-cycle-accurate-simulation/SpinalVoodoo rebuilds the classic 3dfx Voodoo Graphics GPU in SpinalHDL, targeting FPGA synthesis and cycle-accurate simulation with a focus on perspective-corrected texture mapping and fixed-point interpolation.tinyCore: An open-source ESP32-S3 educational development board with full hardware transparencyhttps://ramdi.fr/github-stars/tinycore-an-open-source-esp32-s3-educational-development-board-with-full-hardware-transparency/Mon, 04 May 2026 10:23:01 +0000https://ramdi.fr/github-stars/tinycore-an-open-source-esp32-s3-educational-development-board-with-full-hardware-transparency/tinyCore offers a fully open hardware ESP32-S3 board designed for embedded systems education, with complete KiCad/Altium files, WiFi/BLE, IMU, and Arduino IDE support.