IbizaPocholo
NeoGAFs Kent Brockman
It's MiSTer FPGA NEWS AND UPDATES time! except NOT really...as there is a new 3DFX Voodoo FPGA core in development on the Terasic De-10 which is the same board used FOR MiSTer FPGA...but this is different! and its why retro gaming is making a comeback!
- (00:01–00:22)
A developer is working on a full FPGA reimplementation of the classic 3dfx Voodoo 3D accelerator, which is described as a major and exciting breakthrough for retro gaming and hardware preservation.- (00:22–01:05)
The Voodoo chipset is praised for its unique visual style and nostalgic "look" that differs from modern GPUs, making it especially beloved among retro PC and arcade gamers.- (01:24–01:40)
Voodoo hardware wasn't just for PCs—it powered arcade systems like Konami and Midway boards, often delivering graphics that rivaled or exceeded home PCs at the time.- (01:40–02:13)
Some arcade boards used dual Voodoo chips in SLI configurations, showcasing how powerful and widely adopted the technology was in high-end arcade machines.- (02:13–02:47)
The FPGA core (being developed on a DE10-Nano / Cyclone V chip) is already capable of running demos like Quake, and most core components are nearly complete.- (02:47–03:20)
Only minor features (like stipple effects or chroma key details) remain unfinished, indicating the project is close to functional completion.- (03:20–04:08)
Despite progress, this won't run on current MiSTer FPGA setups due to hardware limitations—existing FPGA chips lack the power needed for full Voodoo + CPU emulation.- (04:08–04:54)
The real potential lies in the future: pairing a Voodoo FPGA core with a Pentium-class FPGA CPU could recreate a full late-90s PC environment in hardware.- (05:48–06:28)
The Voodoo architecture is complex and unique, using custom hardware pipelines (not standard APIs like DirectX), making this FPGA recreation technically impressive.- (06:28–07:16)
While current hardware can't handle it, future FPGA platforms (a hypothetical "MiSTer 2") could make fully functional Voodoo-based systems viable.- (07:16–09:06)
The project is open-source and already ~95% of the foundational work needed, meaning it could significantly accelerate future developments in FPGA-based retro PCs and arcade preservation.- (09:06–10:06)
Long-term vision: FPGA cores could replace fragile, rare arcade hardware (like Konami or Midway boards), offering a more reliable and accessible way to preserve gaming history.