Enhance Your Call of Duty Experience with X-ESS Technology

Table of Contents:

1. Introduction
2. What is X-ESS?
3. System Setup
4. Performance with X-ESS
5. Visual Quality with X-ESS
6. Performance without X-ESS
7. Comparison with Other Technologies
8. Gameplay Experience with X-ESS
9. Refresh Rate and Hardware Limitations
10. Conclusion

Article:

👉Introduction

In this article, we will explore the use of X-ESS technology in Call of Duty and its impact on visual quality and performance. X-ESS, or Extended Sample Space, is an upscaling technology utilized by Intel Graphics. We will delve into its features, system requirements, and the results obtained from using X-ESS in real-world scenarios.

👉What is X-ESS?

X-ESS stands for Extended Sample Space, an upscaling technology developed by Intel Graphics. It employs artificial intelligence and advanced algorithms to render graphics at a lower resolution and then upscale them to a higher resolution. The aim of X-ESS is to enhance visual quality and deliver smoother gameplay experiences.

👉System Setup

Before we proceed, let's take a look at the system setup used for testing X-ESS. The monitor used has a 10-bit display running at 60 Hz with 8 bits per Channel. The hardware configuration includes an AMD onboard graphics card with 10 bits per channel capability, 16 GB of RAM, and a display resolution of 3840 x 2160. However, for the purposes of this analysis, we will focus on the Intel Arc 770 graphics card and its compatibility with X-ESS technology.

👉Performance with X-ESS

By enabling X-ESS with the Quality setting, we can observe the impact on performance. The Quality setting offers one of the highest rendering standards, resulting in 1080p rendering upscaled to 3840 x 2160 resolution. However, a drawback is the compromised refresh rate, reduced to approximately half of its original value. This discrepancy indicates possible driver issues that may hinder overall performance. Despite these limitations, X-ESS demonstrates commendable GPU performance and shows potential for overclocking.

👉Visual Quality with X-ESS

Utilizing X-ESS at the Quality setting enhances visual quality, delivering impressive graphics even at lower resolutions. In comparison to other upscaling technologies such as DLSS, X-ESS exhibits a significant improvement in sharpness and Clarity. The 1080p rendering with X-ESS enabled provides an immersive and visually appealing gaming experience. However, in terms of smoothness and frame rate, further optimization may be required to achieve optimal gameplay.

👉Performance without X-ESS

To evaluate the performance without X-ESS, we disable this technology and run the benchmark again. The results indicate a noticeable decline in frame rate, emphasizing the significant role X-ESS plays in enhancing performance. The GPU once again emerges as the bottleneck, while the CPU showcases impressive performance, reaffirming the compatibility between mid-range CPUs and graphics cards.

👉Comparison with Other Technologies

X-ESS offers a plausible solution for improving graphics performance on systems like this, rivaling technologies like Contrast Adaptive Sharpening (CAS) and AMD's FSR1. Though further testing is necessary, X-ESS demonstrates its potential in delivering impressive visuals without compromising performance.

👉Gameplay Experience with X-ESS

During gameplay, X-ESS enhances the graphics, creating immersive and visually stunning environments. The grungy and visually dense setting of Call of Duty is well-rendered by X-ESS, offering impressive texturing and attention to detail. However, the overall gameplay experience is contingent upon individual preferences and the hardware resources available.

👉Refresh Rate and Hardware Limitations

One limitation observed during testing is the automatic setting of the refresh rate at 30 Hz, even on a monitor capable of 60 Hz. This discrepancy negatively impacts gameplay, rendering it unplayable. These discrepancies may be attributed to driver conflicts or incomplete hardware integration.

👉Conclusion

In conclusion, X-ESS demonstrates considerable potential in improving visual quality and performance in gaming. While it exhibits impressive upscaling capabilities and enhances visual fidelity, some limitations, such as compromised refresh rates and hardware compatibility issues, still need to be addressed. Nonetheless, X-ESS remains a promising technology that warrants further optimization and exploration in the gaming industry.

👉Highlights:

• X-ESS technology offers enhanced visual quality and performance in gaming.
• X-ESS uses AI and advanced algorithms to upscale graphics and improve sharpness.
• The system setup, featuring an Intel Arc 770 graphics card, showcases the potential of X-ESS.
• X-ESS exhibits commendable GPU performance but faces limitations in refresh rate and hardware compatibility.
• Gameplay experience with X-ESS reveals impressive visuals, especially in grungy and visually dense environments.
• X-ESS compares favorably to other upscaling technologies like CAS and AMD's FSR1.
• Limitations include compromised refresh rates and potential driver conflicts.

👉FAQs:

Q: Can X-ESS technology be used with NVIDIA and AMD graphics cards? A: X-ESS is primarily developed for Intel Graphics, but it may be compatible with other graphics cards, such as NVIDIA and AMD. Further testing is required to determine the compatibility and performance with these cards.

Q: How does X-ESS compare to DLSS technology? A: X-ESS and DLSS are both upscaling technologies, but X-ESS demonstrates improvements in visual quality and sharpness. DLSS, on the other hand, focuses on increasing frame rates while maintaining comparable visual fidelity.

Q: Are there any potential drawbacks of using X-ESS? A: While X-ESS enhances visual quality, it may encounter issues with refresh rates and compatibility with certain hardware configurations. Furthermore, further optimization may be required to achieve smoother gameplay experiences.

Q: Is X-ESS recommended for mid-range gaming setups? A: X-ESS showcases compatibility with mid-range CPUs and graphics cards, making it a plausible option for mid-range gaming setups. However, individual preferences and gaming requirements should be taken into account before implementing X-ESS.

Q: Can X-ESS be overclocked for better performance? A: X-ESS demonstrates the potential for overclocking, providing users with the opportunity to fine-tune performance. However, caution should be exercised, considering the limitations imposed by hardware capabilities and temperature considerations.

Resources:

• Intel Graphics
• NVIDIA
• AMD Graphics