CS2 players, brace yourselves for a significant boost in your game’s performance! A straightforward tweak, discovered by the CS2 community, promises up to a 25% increase in frames per second (FPS). This revelation has quickly caught the attention of gamers seeking enhanced gameplay.
The Discovery
Reddit user u/smurfeNn shared their find on Nov. 29, revealing a simple launch command in Steam – -threads 9
. This command, especially effective for Intel users with older CPUs, addresses CS2’s inefficient CPU core utilization. The result? Reduced stuttering, higher FPS, and an overall smoother gaming experience.
The Impact on Performance
- For Intel Users: This fix specifically targets Intel CPUs, particularly those predating the 12th generation. The
-threads 9
command remedies the core reading issue, leading to notable performance improvements. - For AMD Users: Although initially intended for Intel processors, AMD users, especially with older models, can also benefit. The command has shown promising results in enhancing smoothness and reducing in-game stutters.
Testing and Results
- Performance Increase: Users reported an average FPS boost of nearly 100 FPS.
- Reduction in Stutters: One percent lows saw an increase of about 10%, indicating fewer stutters and lag.
- Overall Experience: While the average FPS remained consistent, the game’s fluidity improved markedly.
Significance in CS2
- High FPS Importance: In CS2, a high frame rate is crucial for reducing input delay and gaining a tactical advantage over enemies.
- Peeker’s Advantage: With CS2’s increased peeker’s advantage compared to CS:GO, a higher FPS becomes even more critical.
- CPU Intensity: CS2’s heavy reliance on CPU resources often leads to performance challenges, particularly for players with older systems.
Conclusion: A Quick Fix Until an Official Update
While Valve is expected to address CS2’s internal issues eventually, this simple -threads 9
command serves as a temporary but effective solution for enhanced gaming performance on both Intel and AMD platforms.