Revamped CPU Testing Methodology for 2019 & Ryzen 3000 CPUs
Table of Contents
- Introduction
- CPU testing Methodology for 2019
- 2.1 Workstation Benchmarks Update
- 2.2 Gaming Benchmarks and the Rise of 3000 CPUs
- Additional Testing Methodology Information
- List of Tested CPUs
- 4.1 Common CPUs (2700, 9900K, etc.)
- 4.2 CPUs with Performance Differences
- Importance of Game Settings and Software Versions
- AMD vs. Intel: Comparing Different Aspects of Processors
- 6.1 AMD Performance in Different Use Cases
- 6.2 Intel Performance in Different Use Cases
- Testing Games at 1080p and 1440p Resolutions
- 7.1 GPU Bottleneck and CPU Relevance
- 7.2 Differentiation of CPUs at Various Resolutions
- Highlights of Gaming Benchmarks
- Conclusion and Future Testing Plans
- Resources
⭐ Article: CPU Testing Methodology for 2019 and the Rise of 3000 CPUs ⭐
The world of computer hardware is constantly evolving, and as we enter 2019, it's time to update our CPU testing methodology. Today, we are excited to unveil the revamped gaming benchmarks that form an integral part of our testing procedures. With the upcoming launch of the AMD Ryzen 3000 CPUs, these tests are more Relevant than ever before.
Introduction
Before diving into the details, it's important to note that this article is sponsored by Thermal Grizzly, renowned for their high-end thermal compounds. Their Cryo-Not Paste offers excellent thermal performance and conductivity, without the risk of electrical conductivity. You can find more information about Cryo-Not in the link provided in the description below.
CPU Testing Methodology for 2019
We have carefully selected a diverse range of CPUs to ensure our testing methodology is valid, reliable, and repeatable. This includes common CPUs like the AMD Ryzen 2700 and Intel Core i9-9900K, as well as processors with performance differences to assess the effectiveness of our methodology.
Workstation Benchmarks Update
In addition to the gaming benchmarks, we have also updated our workstation benchmarks. If you are curious about the performance of CPUs in software solutions like Adobe Premiere, Photoshop, or WinZip, we have previously conducted tests and published the results. We are continuing to refine our testing methods, including the addition of a compile test to determine the optimal CPU for different use cases.
Gaming Benchmarks and the Rise of 3000 CPUs
Our gaming benchmarks have grown both in terms of the number of games tested and the testing load. We now perform tests at 1080p and 1440p resolutions across the entire CPU stack. This allows us to analyze the point at which the GPU bottleneck becomes a limiting factor and assess the relevance of CPU performance differences. It is worth noting that if you plan to use higher resolutions, GPU bottlenecks may become more significant.
Additional Testing Methodology Information
For those interested in specific game settings used and versions of software solutions, we have provided additional information in the article below. We are committed to transparency and ensuring our readers have all the necessary details.
List of Tested CPUs
To validate our testing methods, we have chosen a selection of CPUs that provide a wide range of performance differences. This includes popular CPUs like the AMD Ryzen 2700 and Intel Core i9-9900K, as well as other models spread across the performance spectrum. This allows us to accurately assess the validity and reliability of our testing methodology.
Common CPUs
The CPUs tested include the AMD Ryzen 2700 and Intel Core i9-9900K, among others. These CPUs represent widely used models in the market and serve as a reference point for comparison.
CPUs with Performance Differences
To ensure the effectiveness of our testing methods, we have chosen CPUs that exhibit varying performance levels. This enables us to evaluate the validity and repeatability of our methodology across different performance tiers.
Importance of Game Settings and Software Versions
In our testing, we prioritize using the medium preset for game settings. This ensures a balance between graphical fidelity and performance across different CPUs. Additionally, we ensure that the software versions utilized are up-to-date, as this can have an impact on performance results.
AMD vs. Intel: Comparing Different Aspects of Processors
AMD and Intel CPUs excel in different use cases, and our testing methodology acknowledges these distinctions. We have observed AMD's strong performance in certain compiling tasks while identifying Intel's superiority in other types of compiling. Both have their strengths, and our goal is to provide insights for users to choose the most applicable CPU for their specific use cases.
AMD Performance in Different Use Cases
Our testing has revealed AMD's exceptional performance in specific use cases, particularly in compiling tasks using GCC with Cygwin. These results showcase AMD's capability in certain scenarios and highlight the value of their CPUs for users with corresponding needs.
Intel Performance in Different Use Cases
On the other HAND, Intel CPUs have also demonstrated remarkable performance in various use cases. They outperform AMD CPUs in specific compiling scenarios, showcasing the advantages of Intel's architecture for different aspects of processing.
Testing Games at 1080p and 1440p Resolutions
We have expanded our gaming benchmarks to include tests across both 1080p and 1440p resolutions. This provides a comprehensive understanding of GPU bottlenecks and the relevance of CPU performance differences. By observing the impact of resolution on CPU differentiation, we gain valuable insights for users planning to game at higher resolutions.
GPU Bottleneck and CPU Relevance
As we raise the resolution to 1440p, we start encountering GPU bottlenecking. While this diminishes the differentiating factor between CPUs, there are still notable variations in performance, especially among top-tier CPUs. It is crucial to assess both GPU and CPU capabilities when making hardware choices for higher resolutions.
Differentiation of CPUs at Various Resolutions
Our testing has revealed that certain CPUs excel in delivering high frame rates at 1080p. However, as we transition to 1440p, the performance gap narrows due to GPU limitations. This emphasizes the importance of understanding the specific requirements of your gaming setup when selecting a CPU.
Highlights of Gaming Benchmarks
The gaming benchmarks provide valuable insights into CPU performance in various gaming scenarios. We have observed that some games benefit more from higher frequencies, while others show a preference for increased thread counts. Additionally, the differentiation among CPUs is influenced by GPU limitations, highlighting the need for a balanced hardware configuration.
Conclusion and Future Testing Plans
Our CPU testing methodology for 2019 has laid the foundation for comprehensive and accurate analysis of processors. We will continue refining and expanding our tests, adding more CPUs to validate our methodology across a wider range of performance tiers. Stay tuned for more exciting content, including a modified version of our compiler benchmark that will showcase the strengths of both Intel and AMD CPUs.
Resources
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