一名开发者成功使用SystemVerilog在Xilinx KV260 FPGA板上实现了3dfx Voodoo Graphics芯片的仿真1。该项目名为z486 XL，是一套完整的DOS PC系统，内置Voodoo图形处理单元1。实现支持Voodoo的核心功能，包括三角形光栅化、纹理过滤、深度测试、雾化等，使原始Glide软件如《古墓丽影》能在自建硬件上运行1。
该FPGA实现在100 MHz频率下运行，可达到78.5百万像素/秒（带纹理）、72.8百万像素/秒（带深度测试和混合），相比原始Voodoo 1在50 MHz下的43和37百万像素/秒有所提升1。《古墓丽影》第二关在该系统上实现约12 FPS1。项目已开源发布1。
该实现占用约29,500个LUTs、28,100个触发器、14个RAMB36块、8个RAMB18块和97个DSP片1。基于KV260的共享DDR内存架构，而原始Voodoo使用独立的EDO RAM1。
A developer has successfully emulated the 3dfx Voodoo Graphics chipset using SystemVerilog on a Xilinx KV260 FPGA board, bringing the z486 XL project to life—a complete DOS PC system featuring an integrated Voodoo graphics processing unit 1. The implementation supports core Voodoo functionality including triangle rasterization, texture filtering, depth testing, and fog effects, enabling classic Glide-based software such as Tomb Raider to run on the custom-built hardware 1. The project has been released as open source 1.
The z486 XL operates at 100 MHz and achieves 78.5 million pixels per second with texturing and 72.8 million pixels per second with depth testing and blending, compared to the original Voodoo 1 specification of 43 and 37 million pixels per second respectively at 50 MHz 1. When running Tomb Raider Level 2, the system attains approximately 12 frames per second based on buffer swap measurements 1. The Voodoo implementation consumes approximately 29,500 LUTs, 28,100 flip-flops, 14 RAMB36 blocks, 8 RAMB18 blocks, and 97 DSP slices on the KV260 platform 1. Unlike the original Voodoo, which used dedicated EDO RAM, the project leverages the KV260's shared DDR memory architecture 1.
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