Unleash the Power of the Coolermaster H500P Case with our Entry Level Threadripper PC

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Home Hardware Unleash the Power of the Coolermaster H500P Case with our Entry Level Threadripper PC

Unleash the Power of the Coolermaster H500P Case with our Entry Level Threadripper PC

Introduction
Specifications of the Coolermaster H500P Case
The Build Process
- Swapped Graphics Card and CPU Cooler
- The ASRock X399 Taichi Motherboard
- Memory Configuration and Compatibility Issues
- Other Hardware Components
- Audio and Cooling Tests
CPU and Gaming Benchmarks
- Cinebench Scores
- Blender Render Tests
- 3DMark and Game Performance
Conclusion
FAQ
Resources

🌟 Introduction

The Coolermaster H500P case is a visually stunning PC case that features impressive specifications and a sleek design. This article will provide an in-depth review of the H500P case, discussing its features, performance, and overall build quality. We will also delve into the process of building a high-performance system using this case, including the different hardware components involved. From there, we will conduct various benchmarks and tests to evaluate the system's performance in both CPU-intensive tasks and gaming scenarios. By the end of this article, you will have a comprehensive understanding of the Coolermaster H500P case and its capabilities.

🌟 Specifications of the Coolermaster H500P Case

The Coolermaster H500P case boasts several impressive specifications that make it an attractive choice for PC enthusiasts and gamers. The case features two large 200mm RGB fans at the front, providing excellent airflow and stunning visual effects. With a tinted, tempered Glass side panel window, users can showcase their build in style. The case also includes a vertical GPU mount, allowing for easy installation and display of high-performance graphics cards. Additionally, the H500P case supports up to 360mm radiators on both the top and front, ensuring superior cooling capabilities. Other notable features include a PSU shroud for cable management and a sleek design.

🌟 The Build Process

When building a system using the Coolermaster H500P case, there are several factors to consider. In this section, we will discuss the process of building a high-performance PC, step by step.

Swapped Graphics Card and CPU Cooler

To optimize the system's performance, we started by swapping out the graphics card and CPU cooler. The original NVIDIA Founder's Edition GTX 1070 Ti was replaced with the Zotac Mini version of the 1070 Ti. This change allowed for better airflow and reduced the overall size of the graphics card, providing additional space for the CPU cooler. Speaking of the CPU cooler, we opted for the Intermax Liqtech Threadripper Edition, a substantial 240mm liquid cooler. This cooler not only keeps the CPU temperature low but also adds to the aesthetics with its clean-looking tubing and white LED lighting.

The ASRock X399 Taichi Motherboard

The motherboard is a vital component in any PC build, and for this system, we chose the ASRock X399 Taichi motherboard. Priced at $338, this motherboard is considered entry-level in the Threadripper platform. However, it offers an array of impressive features, including a debug LED, surface mount power and reset buttons, eight DDR4 DIMM slots for ample memory, and integrated RGB lighting. Despite its relatively affordable price, the ASRock X399 Taichi provides everything you would want from a high-end motherboard.

Memory Configuration and Compatibility Issues

Memory configuration plays a crucial role in system performance, especially with Ryzen processors. In this build, we used G.Skill memory kits, initially installing a 32GB kit. However, due to compatibility issues, we had to switch to a 16GB G.Skill kit that had tighter timings and better compatibility with the Ryzen platform. It's worth noting that not all memory is created equal, and it's essential to refer to the motherboard's Qualified Vendor List (QVL) to ensure compatibility and optimal performance.

Other Hardware Components

In addition to the CPU cooler, graphics card, and motherboard, the system also includes other components such as storage, power supply, and case. For storage, we recommend a 250GB SSD, preferably utilizing the available NVMe and M.2 slots for future upgrades. In this build, we used a Kingston HyperX Fury SSD, connected via USB 3.0 for external game loading purposes. The power supply we used was the Corsair RM850, although we initially recommended a 750-watt power supply in the parts list. Lastly, we chose the Fractal Meshify C case for its airflow capabilities and tempered glass side panel window.

Audio and Cooling Tests

To ensure optimal performance and aesthetics, we conducted audio and cooling tests on the system. By default, the fans were set to silent mode in the ASRock UEFI, significantly reducing noise levels while still providing efficient cooling. The system's cooling capabilities were put to the test by running Unigine Heaven 4.0 and the x264 burn test simultaneously for 15 minutes. Despite the increased load on the CPU and GPU, the liquid cooler effectively kept the CPU temperature low, with idle temperatures ranging from 28-29 degrees Celsius.

🌟 CPU and Gaming Benchmarks

In this section, we will examine the performance of the system through various CPU benchmarks and gaming tests. By analyzing these benchmarks, readers can gain a better understanding of the capabilities of the Coolermaster H500P case and the components used in the build.

Cinebench Scores

Cinebench is widely regarded as a benchmarking tool for evaluating CPU performance. The AMD Threadripper 1900X scored 1743 in the multi-threaded test and 167 in the single-threaded test. These scores surpass those of the AMD Ryzen 7 1800X, making the Threadripper 1900X an excellent choice for CPU-intensive tasks. In terms of overall CPU performance, the Threadripper 1900X achieved a score of 17913.

Blender Render Tests

Blender render tests provide realistic evaluations of a system's rendering capabilities. The Threadripper 1900X completed the Splash Fishy Cat render in 32.9 seconds, surpassing the performance of the Ryzen 7 1800X. In the BMW27 render, the Threadripper 1900X completed the test in 278 seconds, demonstrating its robust rendering capabilities.

3DMark and Game Performance

To evaluate the system's gaming performance, we conducted tests using 3DMark and popular games such as Rise of the Tomb Raider and PlayerUnknown's Battlegrounds (PUBG). In the physics test of 3DMark Fire Strike Ultra, the Threadripper 1900X achieved a score of 20449, demonstrating its ability to handle CPU-intensive tasks. In Rise of the Tomb Raider at 1080p resolution, the system achieved an average FPS of 110.2, ensuring smooth gameplay. PUBG also performed well, with an average FPS of 81 at 1080p resolution.

🌟 Conclusion

The Coolermaster H500P case, combined with high-performance components, provides a remarkable gaming and computing experience. Its impressive specifications, stunning design, and robust cooling capabilities make it an attractive choice for PC enthusiasts and gamers. Additionally, the build process showcased the importance of memory compatibility and configuration when maximizing system performance. Through various CPU benchmarks and gaming tests, we confirmed that the Threadripper 1900X is a reliable choice for CPU-intensive tasks and gaming scenarios. Overall, the Coolermaster H500P case, accompanied by the powerful components used in the build, delivers exceptional performance and aesthetics.

🌟 FAQ

Q: Can I use different memory kits with the ASRock X399 Taichi motherboard?
A: Yes, you can use different memory kits, but it is crucial to consult the motherboard's Qualified Vendor List (QVL) for optimal compatibility and performance.

Q: Can I overclock the CPU in this build?
A: Yes, you can manually overclock the CPU for improved performance. However, it is recommended to ensure proper cooling and conduct thorough stability tests.

Q: Is the Coolermaster H500P case suitable for water cooling?
A: Yes, the H500P case can accommodate up to 360mm radiators on both the top and front, making it an excellent choice for water cooling enthusiasts.

Q: Can I add more storage to this build?
A: Absolutely! The motherboard has multiple NVMe and M.2 slots, providing ample space for future storage expansion.

Q: What is the expected lifespan of the components used in this build?
A: The lifespan of the components can vary depending on usage and maintenance. However, high-quality components such as those used in this build should last several years with proper care.