Subnautica Gameplay on Intel i5-1135G7: Optimal Resolutions & Performance

Subnautica Gameplay on Intel i5-1135G7: Optimal Resolutions & Performance

Table of Contents:

1. Introduction

• What is Subnautica?
• Performance on i5 1135 g7

2. Performance at 1080p

• Lowest settings
• Overall performance
• 1% lows vs average
• Playability

3. Performance at 720p

• Increase in FPS
• Averages vs 1% lows
• Gaming experience at 720p

4. Bottlenecks and Limitations

• GPU utilization
• RAM limit
• CPU limit

5. Playability at 1080p and 720p

• Smoothness of experience
• Comparing resolutions

6. Conclusion

• Recommended resolution
• Affiliate link to purchase Subnautica

Subnautica Performance on i5 1135 g7

Subnautica is an immersive underwater exploration Game that captures the attention of many gamers. However, when running the game on the i5 1135 g7 processor, the performance leaves room for improvement. At 1080p with the lowest settings, the game's performance is not exceptional, but it is still playable. The 1% lows are relatively low compared to the average, but the frame times remain consistent enough to provide an enjoyable gaming experience.

Performance at 1080p

Running Subnautica at 1080p with the lowest possible settings, you'll find that the game is not unplayable. However, it does toe the line of playability for some individuals. The 1% lows are relatively low compared to what the game could potentially offer. Despite this, the frame rates remain stable enough to deliver an acceptable gaming experience at 1080p. While it may not be the most ideal performance, it is still a decent gaming experience overall.

At 720p resolution, there is a noticeable increase in average FPS, but the 1% lows remain in the 30 fps range. Although the performance improves, it still falls short of expectations. The gaming experience at 720p is better compared to 1080p due to the decreased occurrence of 1% low spikes. However, it is disappointing that the performance gain is not as significant as anticipated. It seems that there may be bottlenecks unrelated to the GPU, as it is not fully utilized during gameplay.

Bottlenecks and Limitations

It appears that either a RAM or CPU limitation is causing the performance to plateau. The GPU's underutilization suggests that the system is reaching its maximum capacity in other areas. Both 1080p and 720p resolutions offer acceptable gaming experiences despite these bottlenecks. However, it is evident that neither resolution provides the optimal performance that one would desire.

Playability at 1080p and 720p

Both 1080p and 720p resolutions offer playable experiences, with 1% lows not differing significantly between the two. The increase in average FPS at 720p may not be noticeable to most players compared to 1080p. Therefore, if a slightly smoother experience is preferred, 720p is the way to go. However, if resolution is of higher importance, playing at 1080p will not drastically diminish the gaming experience. It should be noted that the inconsistency in 1% lows persists at 720p, which can affect gameplay in certain sections. Therefore, if 1080p suits your preference, there is no need to compromise.

Conclusion

In conclusion, Subnautica's performance on the i5 1135 g7 processor is not optimal but still playable. While 1080p provides a decent gaming experience, 720p offers a slightly smoother gameplay with only marginal improvements. The presence of bottlenecks, potentially related to RAM and CPU limitations, hinder the overall performance. For those seeking the best possible experience, a careful consideration of resolutions is necessary. Nevertheless, both 1080p and 720p resolutions can provide an enjoyable gameplay.