Half-Life 2 playable in browser at over 100 FPS
A new, unofficial port of Half-Life 2 has been released, allowing users to play the complete main campaign in their browser at over 100 frames per second. Developed by Slqnt and 98006, the webport uses WebGL 2 and WebAssembly to achieve native performance. The game's release has sparked interest in browser-based gaming, but its long-term viability remains uncertain.
Key points
- Slqnt and 98006 developed a new, unofficial port of Half-Life 2, allowing users to play the complete main campaign in their browser at over 100 frames per second.
- The webport uses WebGL 2 and WebAssembly to achieve native performance, bypassing the browser's typical layout engine and executing graphics-intensive tasks directly on the GPU.
- The game's release has sparked interest in browser-based gaming, with some analysts predicting a shift towards cloud gaming and others expressing skepticism about the technology's long-term viability.
- The port was created in just three months, demonstrating the potential for rapid development in browser-based gaming.
- The game's performance is dependent on the user's hardware, with slower systems potentially experiencing reduced frame rates and decreased performance.
Half-Life 2 playable in browser at over 100 FPS
A new, unofficial port of Half-Life 2 has been released, allowing users to play the complete main campaign in their browser at over 100 frames per second. Developed by Slqnt and 98006, the webport uses WebGL 2 and WebAssembly to achieve native performance.
The game's release has sparked interest in browser-based gaming, with some analysts predicting a shift towards cloud gaming and others expressing skepticism about the technology's long-term viability. While the port is currently available for public play, its long-term viability remains uncertain.
The port was created in just three months, demonstrating the potential for rapid development in browser-based gaming. However, the game's performance is dependent on the user's hardware, with slower systems potentially experiencing reduced frame rates and decreased performance.
Sources
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