Ultimate CPU Showdown: Ryzen 1700 vs i7 7700K for Ultrawide Gaming

Table of Contents:

1. Introduction
2. Background on Horizon 1700 and 7700 K CPUs
3. The Importance of Ultra Wide Resolution
4. Overclocking the CPUs
5. GPU Boundness at Higher Resolutions
6. Benchmarking the CPUs
7. Performance in Specific Games
8. Optimized Titles for Multi-threaded Gaming
9. Future of Rison CPUs
10. Conclusion

Ultra Wide Benchmarks: Horizon 1700 vs 7700 K

In this article, we will be diving into a fascinating comparison between the Horizon 1700 and the 7700 K CPUs, specifically focusing on ultra wide benchmarks at a resolution of 3440 by 1440. This higher resolution has gained popularity recently, and we want to explore how it affects the performance of these two processors. While the 7700 K has been known for its performance, we want to determine if the higher resolution of ultra wide monitors can bridge the gap between the two CPUs, considering that as the resolution increases, the performance becomes more GPU bound.

Before we delve into the benchmarks, let's first understand the background of the Horizon 1700 and the 7700 K CPUs. These processors were last tested head-to-head back in March of Rison 7 when they were first launched. Now, with the adoption of ultra wide monitors as the main display and secondary display, it's intriguing to retest these CPUs and observe how the higher resolution affects their performance.

One significant aspect to consider is the overclocking capability of these CPUs. While both CPUs were overclocked for this test, the clock speeds were kept at numbers that most users can achieve, rather than pushing them to their limits. The 7700 K was settled at 4.8 gigahertz while the Horizon 1700 was set at 3.9 gigahertz, both with the same voltage of 1.35 volts. Additionally, both CPUs were paired with a GTX 1080, and 16 gigabytes of RAM running at 2933 megahertz.

Now, let's explore the concept of GPU boundness at higher resolutions. As the resolution increases, the workload shifts more towards the GPU rather than the CPU. This means that the performance difference between the CPUs narrows, as the GPU becomes the limiting factor. This phenomenon has been discussed in previous videos, and now we want to observe it in action with the ultra wide benchmarks.

Moving on to the benchmark results, it was surprising to see how close the performance was between the two CPUs in most of the tested games. In fact, in some cases, the Horizon 1700 even outperformed the 7700 K. In Rainbow Six Siege, for example, the Horizon 1700 had an average of 100 FPS compared to the 91 FPS of the 7700 K, demonstrating the benefit of its additional cores and Threads in a game that utilizes them well. Player Unknown's Battlegrounds also showed a close match, with only a two FPS difference.

Examining the average FPS, it becomes evident that the performance gap between the CPUs is quite narrow at higher resolutions. While the 7700 K was slightly ahead in most games, the margins were within a few FPS. This indicates that for higher resolution gaming, the choice between the Horizon 1700 and the 7700 K is almost a tie. Considering the lower price point of the Horizon 1700 and its potential for future optimization in multi-threaded gaming, it becomes a compelling choice for enthusiasts and gamers.

Looking towards the future, it is promising to see more titles being optimized to take advantage of the cores and threads offered by Rison CPUs. As games continue to evolve and become more demanding, having more threads will become crucial for optimal performance. The success of Rison in the market has also influenced Intel to reduce the price of their CPUs, resulting in an exciting pricing battle between the two companies.

In conclusion, the ultra wide benchmarks revealed a remarkable performance similarity between the Horizon 1700 and the 7700 K CPUs at higher resolutions. The choice between the two CPUs depends on personal preference and budget, with the Horizon 1700 offering an attractive combination of price, future optimization potential, and efficient cooling. As gaming continues to evolve, Rison CPUs hold promise for enthusiasts and gamers seeking high-end performance without breaking the bank.