Enhancing the Atron 245 Motherboard: Cooling, RAM, and Overclocking

Table of Contents

1. Introduction
2. Upgrades to the Motherboard
3. Adding Extra RAM
4. Overclocking Limitations
5. testing CPU and Memory Performance
6. Gaming Performance with Dual Core CPU
7. Performance in GTA 5
8. Performance in Fallout 4
9. Conclusion
10. Additional Considerations and Future Plans

Upgrading and Overclocking the Atron 245 Motherboard

In this article, we will discuss the upgrades and overclocking techniques used on the Atron 245 motherboard. We will go through the process step by step, discussing the various changes made and their impact on the system's performance. From adding extra cooling to increasing the RAM capacity, we will cover it all. So, let's dive right in and see how these upgrades have improved the system.

1. Introduction

The Atron 245 motherboard is known for its stability and reliability, but it can benefit from some upgrades to enhance its performance. In this article, we will explore the improvements made to the motherboard and the impact they have had on the overall system.

2. Upgrades to the Motherboard

To ensure better cooling for the VRM of the motherboard, an 80 millimeter fan was added. This helps in reducing the temperature and maintaining stability during overclocking. Additionally, the motherboard's CMOS battery was changed to improve its ability to retain settings made in the BIOS. These changes have proven effective in enhancing the motherboard's performance.

3. Adding Extra RAM

To increase the system's memory capacity, an additional gigabyte of DDR2 RAM was installed, bringing the total to five gigabytes. The timings for the memory were set at 4-4-4-12, which further improved the system's performance. The increased RAM capacity allows for smoother multitasking and improved overall responsiveness.

4. Overclocking Limitations

While overclocking the system, it was discovered that the motherboard had certain limitations. Despite various attempts to achieve higher clock speeds, the system became unstable beyond 3.6 GHz. This limitation prevents the CPU from reaching its full potential but still allows for a decent level of performance.

5. Testing CPU and Memory Performance

To evaluate the system's performance, benchmarks were run on the CPU and memory. The results showed that the system performed admirably, surpassing the performance of some other processors such as the Xeon E5462 and Celeron N3150. Although the dual-core CPU is not recommended for demanding tasks like gaming, it still showcased satisfactory performance for everyday usage.

6. Gaming Performance with Dual Core CPU

Gaming performance with the dual-core CPU was tested using popular games like GTA 5 and Fallout 4. While GTA 5 was playable at an average frame rate of 30 FPS, the CPU struggled to keep up with the physics calculations, resulting in occasional choppy gameplay. Fallout 4, on the other HAND, proved to be more challenging, with lower frame rates and occasional graphical glitches. It became evident that the dual-core CPU lacked the required Threads to handle the physics and graphics demands of modern games effectively.

7. Performance in GTA 5

The gaming performance in GTA 5 demonstrated the limitations of the dual-core CPU. While playable, the CPU struggled to deliver a smooth and consistent experience, with frame rates often dropping below the desired level. Upgrading to a quad-core processor would significantly improve the gaming performance.

8. Performance in Fallout 4

The performance in Fallout 4 further highlighted the limitations of the dual-core CPU. The Game experienced lower frame rates and occasional graphical glitches, making the gameplay less enjoyable. Upgrading to a quad-core CPU would be recommended for smoother and more immersive gaming experience.

9. Conclusion

In conclusion, the upgrades made to the Atron 245 motherboard, including improved cooling and additional RAM, have resulted in noticeable improvements in system performance. However, the limitations of the dual-core CPU are evident in demanding tasks such as gaming. Upgrading to a quad-core CPU would unlock the system's full potential and provide a smoother overall experience.

10. Additional Considerations and Future Plans

While the current upgrades have significantly improved the system's performance, there are still some additional considerations and future plans to explore. Upgrading the graphics card and investing in a more powerful power supply are potential areas of improvement. Furthermore, exploring advanced cooling solutions and optimizing the system's performance through BIOS settings and software tweaks can further enhance its capabilities.

Highlights:

• The Atron 245 motherboard received upgrades to improve its cooling and memory capacity.
• Overclocking the system had limitations, with stability becoming an issue beyond 3.6 GHz.
• Benchmark tests showed satisfactory performance on the CPU and memory front.
• Gaming performance with the dual-core CPU was limited, with occasional choppy gameplay and lower frame rates.
• Upgrading to a quad-core CPU is recommended for smoother gaming performance.
• Additional considerations include upgrading the graphics card and exploring advanced cooling solutions.

FAQ Q&A:

Q: Can I upgrade the CPU on the Atron 245 motherboard? A: Yes, you can upgrade the CPU on the Atron 245 motherboard. However, it is important to consider the motherboard's limitations and ensure compatibility with the chosen CPU.

Q: What benefits does adding extra RAM bring to the system? A: Adding extra RAM improves the system's multitasking capabilities and overall responsiveness. It allows for smoother operation when running multiple applications simultaneously.

Q: Can the Atron 245 motherboard handle demanding tasks like gaming? A: While the Atron 245 motherboard can handle basic gaming, it may struggle with more demanding games due to its dual-core CPU. Upgrading to a quad-core CPU is recommended for a better gaming experience.

Q: What other upgrades can be considered to further enhance the system's performance? A: Upgrading the graphics card and investing in a more powerful power supply are additional upgrades that can help improve the system's performance. Additionally, exploring advanced cooling solutions and optimizing the system's settings can also make a difference.