Boost Performance: Upgraded Plexi Computer Overclocks Athlon II 245E!
Table of Contents
- Introduction
- Background on the Plexi Computer
- Motherboard Upgrade
- Swapping the Graphics Card
- Upgrading Memory and Processor
- Overclocking the CPU
- Cooling Solutions
- Overcoming Issues
- Comparison to Previous Processor
- Overall Performance Improvement
- Conclusion
Introduction
🔍 Background on the Plexi Computer
The Plexi computer is a personal computer that has undergone several upgrades to enhance its performance. The latest upgrade involved a motherboard replacement and overclocking of the CPU. This article will provide an in-depth look at the different components that were upgraded and the impact it had on the computer's performance.
Background on the Plexi Computer
The Plexi computer is a personal computer that has been in use for quite some time. It initially featured a Socket AM2+ motherboard and an AMD Athlon 2 Dual-Core 245E processor. However, the computer's performance started to show signs of aging, prompting the need for upgrades.
Motherboard Upgrade
To improve the performance of the Plexi computer, a motherboard upgrade was necessary. The previous motherboard was replaced with an ASUS CM1630 motherboard, which had a modified BIOS available on the internet. This allowed the motherboard to be converted into its retail cousin, enabling features such as overclocking.
Swapping the Graphics Card
In addition to the motherboard upgrade, the graphics card was also swapped. The NVIDIA GeForce 210 graphics card that was originally used in a TV box was installed in the Plexi computer. This upgrade aimed to enhance the computer's graphics capabilities and overall performance.
Upgrading Memory and Processor
To further boost the Plexi computer's performance, upgrades were made to its memory and processor. Four gigabytes of G-Scale DDR3 memory, specifically DDR3 1600, were installed. The AMD Athlon 2 Dual-Core 245E processor, which was already being used on the previous motherboard, was also transferred to the new motherboard.
Overclocking the CPU
To maximize the performance of the upgraded processor, the CPU was overclocked. The 2.9 GHz processor was overclocked to an impressive 3.62 GHz. Since the processor was not a Black Edition chip, the multiplier was locked, requiring the use of the bus to overclock it. The successful overclocking resulted in a significant improvement in performance.
Cooling Solutions
With the increased performance and overclocking, adequate cooling solutions were crucial. The existing cooling system proved to be efficient in keeping the temperatures under control. The processor's TDP (Thermal Design Power) played a role in its overclocking capabilities, as lower TDPs often allow for higher overclocking potential.
Overcoming Issues
During the upgrade process, some issues were encountered, primarily related to the RAM. The overclocked RAM had to be manually adjusted, including adjusting timings, to ensure stability. After making the necessary adjustments, the computer was able to run smoothly with the upgraded components.
Comparison to Previous Processor
The upgrade from the previous Socket AM2+ motherboard to the new ASUS M4A88T-M motherboard, along with the overclocked processor, resulted in a significant improvement in performance. The new setup allowed for better performance in tasks such as internet browsing and general computer usage.
Overall Performance Improvement
While the upgraded Plexi computer cannot compete with high-end modern computers, it saw a notable overall improvement in performance. The combination of the motherboard upgrade, graphics card swap, memory and processor upgrades, and overclocking resulted in a computer that was more responsive and capable of handling everyday tasks efficiently.
Conclusion
The upgrades made to the Plexi computer, including the motherboard replacement, graphics card swap, memory and processor upgrades, and overclocking, have successfully improved its overall performance. Despite being an older system, these upgrades breathe new life into the computer and enhance its capabilities for everyday usage.
Highlights
- The Plexi computer underwent a motherboard upgrade and CPU overclocking to improve its performance.
- Swapping the graphics card and upgrading the memory also contributed to the overall enhancement.
- The computer saw a significant boost in performance, particularly in internet browsing and general usage.
- Adequate cooling solutions were implemented to manage the increased heat generated by overclocking.
- Some issues, particularly with the RAM, were addressed to ensure stability and optimal performance.
- While not comparable to high-end modern computers, the upgrades revitalized the Plexi computer for everyday tasks.
FAQ
Q: Can the Plexi computer handle modern gaming?
A: The upgrades made to the Plexi computer enhance its overall performance but may still fall short when it comes to modern gaming. It is best suited for everyday tasks and light gaming.
Q: What is the maximum temperature the Plexi computer reaches during overclocking?
A: The Plexi computer's cooling solutions effectively manage the increased heat generated by overclocking, ensuring that the temperatures are within safe limits.