Unbelievable FPS Boost! Intel Arc A770 Shatters Expectations with New Drivers!

Table of Contents

1. Introduction
2. Review of Intel Drivers
3. Performance Boost in DX9 Titles
4. CPU Overhead and Poor Coding
5. Room for Improvement
6. Performance in DX11 and DX12 Titles
7. CS:GO Performance Boost
8. No Improvement in Team Fortress 2
9. GTA 5 Performance Boost
10. Lack of Improvement in League of Legends
11. God of War Performance Analysis
12. PUBG Performance with DX12
13. Call of Duty Modern Warfare 2 Performance
14. Massive Boost in CS:GO
15. Conclusion

Introduction

In this article, we will be diving into the world of Intel drivers and exploring the performance improvements that they offer. Specifically, we will be focusing on the impact of these drivers on different DirectX titles and analyzing the results. Intel has recently entered the discrete GPU market, and it's important to examine how their drivers are shaping up in terms of CPU overhead and overall performance. So, if you're interested in learning more about the latest advancements in Intel drivers and how they stack up against the competition, keep on reading.

Review of Intel Drivers

Before we delve into the specifics, let's take a moment to review the new Intel drivers. These drivers have seen a significant performance boost, especially in DirectX 9 (DX9) titles. The main reason for this improvement lies in the reduction of CPU overhead, which has been a major issue for Intel Arc GPUs. The drivers have been optimized to address this problem, resulting in an increase in overall performance. While there is still room for improvement, it's commendable that Intel has taken steps to rectify this issue and deliver a better user experience.

Performance Boost in DX9 Titles

DX9 titles have been particularly affected by the CPU overhead issue Present in Intel Arc drivers. However, with the latest driver update, we have witnessed a substantial performance boost in these titles. Games like CS:GO, Solaris, and Starcraft 2 have shown significant improvements in terms of performance. Intel even showcased the performance increase in a video on their YouTube Channel, highlighting the positive impact on gameplay smoothness. Although the performance in DX10 and DX11 titles is still somewhat limited, it's encouraging to see Intel making progress and continuously working towards better optimization.

CPU Overhead and Poor Coding

One of the major causes of the CPU overhead issue in Intel drivers is poor coding. As this is Intel's first venture into discrete GPUs, it's crucial to give them some leeway and acknowledge that there is ample room for improvement. While the recent drivers have certainly demonstrated better performance, it's important to note that there is still work to be done. With each subsequent driver update, Intel has been addressing the CPU overhead and gradually improving performance. This bodes well for the future of Intel Arc GPUs, and we can expect even better results with time.

Room for Improvement

Despite the improvements seen in DX9 titles, it's evident that there is still significant room for improvement in DX10 and DX11 titles. While the CPU overhead has been reduced, it remains a limitation in achieving optimal performance. This is particularly noticeable when compared to other GPUs on the market, as the Intel Arc GPUs still fall short in terms of raw power and efficiency. However, it's important to remember that these are early days for Intel in the discrete GPU market, and with time and further updates, we can expect to see substantial advancements in performance.

Performance in DX11 and DX12 Titles

Moving on from DX9 titles, let's analyze the performance of Intel drivers in DX11 and DX12 titles. Games like GTA 5, League of Legends, God of War, PUBG, and Call of Duty Modern Warfare 2 all fall under this category, and it's imperative to understand the impact of the new drivers on these titles.

Starting with CS:GO, we witnessed a massive performance boost after the driver update. The average FPS increased significantly from 200 to 360, resulting in a smoother gameplay experience. However, it's important to note that this improvement was primarily due to the poor initial performance rather than a reflection of the true capability of the Intel Arc GPUs. While the new drivers have certainly made a difference, there is still room for further optimization.

Contrary to our expectations, Team Fortress 2 did not show any performance improvement with the new drivers. At 1080p, there was a slight increase in one percent lows, but at 1440p, the average FPS dropped slightly. This marginal variance can be attributed to the inherent fluctuations in gameplay benchmarks and falls within the margin of error.

When it comes to GTA 5, there was no significant change in average FPS between the new drivers and the previous ones. However, we observed a considerable boost in one percent lows at 1080p, resulting in a smoother gameplay experience. This improvement, though minor, is still appreciable and shows that Intel is striving for better optimization.

League of Legends, being an X11 title, did not exhibit any performance uplift with the new drivers. It's worth noting that Intel showcased the X9 improvements and performance increase in League of Legends on their YouTube channel. However, since the primary API for the Game is X11, it's disappointing to see no noticeable improvement in terms of CPU performance. It's evident that there is still a substantial amount of CPU overhead present in both X9 and X11 titles, limiting the overall performance. Despite this setback, it's important to acknowledge that Intel has been actively working on improving their drivers, and future updates may bring better results.

Moving on to God of War, we observed a decent performance uplift with the new drivers compared to the initial release drivers. However, with the recent driver update (3959), there was a slight decrease in performance. While this dip in performance is within the margin of error, it's intriguing to note that such variations can occur during the optimization process.

PUBG, being an X12 title, showed a negligible increase in average FPS with the new drivers. Although the improvement was minor, anywhere you can get free performance is always a welcome addition. It's clear that Intel's Arc GPUs have the potential to perform well in X12 titles, and with further refinement, the performance is expected to improve even more.

Finally, in Call of Duty Modern Warfare 2, we witnessed a decent performance uplift with the new drivers. There was an average FPS increase of around 4, along with improvements in one percent lows. While AMD and Nvidia GPUs still outperform Intel in this title, it's encouraging to see Intel making progress and offering free performance upgrades to users.

Massive Boost in CS:GO

One of the standout improvements with the new Intel drivers is the massive boost in CS:GO performance. With the reduction in CPU overhead, the average FPS soared from a mere 200 to a staggering 360. This increase in performance is commendable, considering the previous limitations that Intel Arc GPUs faced. While there is still room for further optimization, this improvement is a step in the right direction, and it's exciting to see Intel actively working on enhancing the user experience.

Conclusion

In conclusion, Intel has made significant strides in addressing the CPU overhead issue and improving the performance of their drivers. The latest driver update has showcased remarkable enhancements in DX9 titles, providing a smoother gameplay experience for users. While there is still work to be done in terms of optimizing DX10 and DX11 titles, it's promising to see Intel's commitment to continuous improvement. The future looks bright for Intel Arc GPUs, and with each subsequent update, we can expect even better performance. However, it's important to weigh the options and consider other GPU alternatives that offer a better combination of performance, features, and price. Ultimately, the decision to choose an Intel Arc GPU should be based on individual preferences and requirements.