Smsl C200 Buffer Size For Gaming – Best Settings & Optimization Guide!
The SMSL C200 is a popular DAC (Digital-to-Analog Converter) known for its high-resolution audio output and low latency. When it comes to gaming, choosing the right buffer size can impact sound quality, system performance, and audio latency.
This guide will help you understand the best buffer size settings for gaming and how to optimize your SMSL C200 for a smooth, lag-free experience.
What is Buffer Size in Audio?
Buffer size determines how much audio data is processed before being sent to your speakers or headphones. It plays a critical role in balancing latency and performance:
- Lower Buffer Size → Lower latency, better real-time audio response (best for gaming).
- Higher Buffer Size → Higher stability, but increased latency (suitable for music production).
For gaming, a lower buffer size is ideal because it ensures instant audio feedback, which is crucial for competitive gameplay.
Best SMSL C200 Buffer Size for Gaming
The optimal buffer size depends on your system’s performance and the game you’re playing. Here are general recommendations:
| Buffer Size | Latency (Approx.) | Best Use Case |
| 32-64 samples | 1-3 ms | Esports, FPS games, competitive gaming |
| 128 samples | 3-6 ms | Casual gaming, RPGs, action-adventure |
| 256+ samples | 6+ ms | Music listening, non-gaming applications |
Recommended Setting:
For fast-paced FPS games like CS:GO, Valorant, or Call of Duty, a buffer size of 32-64 samples is best to keep audio delays minimal.
For RPGs or casual games, 128 samples may be more stable without noticeable lag.
How to Adjust Buffer Size on SMSL C200
To change the buffer size, follow these steps:
Windows Users
- Open the SMSL C200 control panel (installed with the driver).
- Go to Buffer Size Settings or Audio Latency options.
- Select 32 or 64 samples for gaming.
- Click Apply, then restart your game for the changes to take effect.
Mac Users
- Open Audio MIDI Setup from Applications > Utilities.
- Select SMSL C200 as the output device.
- Adjust the buffer size from Audio Device Settings.
DAW & ASIO Users (If Using With Audio Software)
- Open ASIO Control Panel (if using ASIO drivers).
- Lower the buffer size to 32 or 64 samples for gaming.
How Buffer Size Affects Gaming Performance
- Lower Latency = Faster Audio Feedback: In competitive gaming, hearing footsteps, gunshots, and environmental sounds without delay gives you an advantage.
- CPU Load Consideration: A very low buffer size (e.g., 32 samples) requires more CPU power. If you experience stuttering, try increasing to 64 or 128 samples.
- Stable Sound Output: If you hear crackling or dropouts, your system may struggle to process audio in real-time. Increase the buffer size slightly to fix this.
Also Read: Redragon Gs520 Pro Computer Gaming Speakers With Subwoofer – Enhance Your Gaming Experience!
Troubleshooting Buffer Size Issues
1. Experiencing Audio Stuttering or Crackling?
✔ Try increasing the buffer size slightly (from 32 to 64 samples).
✔ Ensure your CPU isn’t overloaded by closing background apps.
✔ Update SMSL C200 drivers and firmware.
2. Delay in Game Sound?
✔ Lower the buffer size to 32 samples for minimal latency.
✔ Use a wired connection instead of Bluetooth for faster audio transmission.
3. Game Audio Out of Sync?
✔ Ensure sample rate and buffer size match in your audio settings.
✔ Restart your PC and DAC after changing settings.
FAQ’s
1. What is buffer size in audio?
Buffer size is the amount of audio data processed before being sent to speakers or headphones. A lower buffer size reduces latency, while a higher buffer size improves stability but increases latency.
2. What is the best buffer size for gaming with SMSL C200?
For gaming, especially fast-paced FPS games like CS:GO or Valorant, a buffer size of 32-64 samples is recommended for minimal latency.
3. How do buffer sizes affect gaming performance?
Lower buffer sizes result in faster audio feedback, providing a competitive edge in gaming, while higher buffer sizes may improve system stability but increase audio latency.
4. How do I adjust the buffer size on SMSL C200?
On Windows, open the SMSL C200 control panel, adjust the buffer size settings to 32 or 64 samples, and restart your game. For Mac users, adjust the buffer size in the Audio MIDI Setup.
5. What buffer size is ideal for casual gaming?
For casual games or RPGs, a buffer size of 128 samples offers a balance of stability and performance, without noticeable lag.
6. What should I do if I experience audio stuttering or crackling?
Increase the buffer size slightly (from 32 to 64 samples), ensure your CPU is not overloaded, and check for updated drivers and firmware for your SMSL C200.
7. What should I do if there’s a delay in game sound?
Reduce the buffer size to 32 samples for minimal latency, and use a wired connection for faster audio transmission.
8. How do I fix game audio that is out of sync?
Ensure the sample rate and buffer size match in your audio settings, and restart your PC and DAC to apply the changes.
Conclusion – Best Buffer Size for SMSL C200 in Gaming
For best gaming performance, keep your SMSL C200’s buffer size at 32-64 samples. This ensures low-latency, real-time audio, making your gaming experience more immersive and competitive. If stability issues occur, increase the buffer size slightly to 128 samples. With the right buffer settings, the SMSL C200 delivers crystal-clear audio and responsive sound, enhancing every moment of your gaming experience.
