Achieving New CPU Records: Intel Celeron Overclocked by 57% and 4-Core Performance

Find AI Tools in second

Find AI Tools
No difficulty
No complicated process
Find ai tools

Achieving New CPU Records: Intel Celeron Overclocked by 57% and 4-Core Performance

Table of Contents

  1. Introduction
  2. Upgrading to Custom Water Cooling
  3. Achieving High Clock Speeds
  4. Impressive Performance for the i312 100
  5. Setting a New Four-Core World Record
  6. Exploring Y Cruncher Benchmark
  7. Geekbench 3 Performance
  8. Expanding to the Dual-Core Celeron
  9. The Challenge of Overclocking the Celeron
  10. Conclusion

Introduction

Welcome back to another video where we will be testing Intel 9k overclocking with the Intel All the Lake CPUs. In this video, we will be focusing on the i312 100 CPU, which is a 4-core CPU. While it may not be as interesting for gaming, it holds great potential for HW Bot rankings due to its IPC uplift. We will be upgrading our cooling system to a custom water cooling setup using the Corsair XC7 RGB Pro block for better headroom. Additionally, we will switch the thermal paste to Cryonod Extreme for improved performance. Let's dive into the overclocking process and see what results we can achieve!

Upgrading to Custom Water Cooling

In our previous videos, we used an AIO (All-in-One) cooler for cooling the CPU. However, in order to push the i312 100 to its limits, we decided to upgrade to a custom water cooling system. This will provide us with better cooling efficiency and allow us to achieve higher clock speeds. We have chosen the Corsair XC7 RGB Pro block for its excellent performance and aesthetics. Additionally, we have replaced the thermal paste with Cryonod Extreme to optimize thermal conductivity. With these upgrades in place, we can now proceed with our overclocking experiments.

Achieving High Clock Speeds

Our initial overclocking attempt with the i312 100 yielded promising results. We were able to achieve a stable clock speed of 5.3 GHz using a voltage of 1.45 volts. This was done by applying a 130b clock across all four cores. However, we noticed that the CPU was running at higher temperatures, indicating that there might still be some headroom for further overclocking. We also made necessary adjustments to the memory settings, running it just below 3000 c36, which significantly contributed to the overall performance. At this point, we have successfully surpassed the previous four-core world record score of 3700 points and achieved a mind-blowing score of almost 4200 points!

Setting a New Four-Core World Record

The performance of the i312 100 CPU is truly remarkable. Considering its price point being half of the competing 5600X CPU, it delivers exceptional results. In fact, we were able to surpass the previous four-core world record by 400-500 points. This accomplishment is a testament to the innovative design and impressive IPC uplift of the i312 100 CPU. We were even able to push our overclocking further, reaching a clock speed of 5.4 GHz. This is quite impressive, especially considering that we are using a random CPU sample. With these achievements, we can confidently say that the i312 100 has secured its place as a new four-core world record holder.

Exploring Y Cruncher Benchmark

To further test the capabilities of the i312 100 CPU, we decided to run the Y Cruncher (or Gamma Cruncher) benchmark. This benchmark measures the performance of a CPU in calculating various mathematical constants, providing insights into its computational capabilities. Just a few weeks ago, a similar benchmark with an AMD 5300G CPU took 52 seconds to complete. However, with the i312 100 CPU, we were able to complete the benchmark in just 37 seconds, showcasing the significant performance advantage of the i312 100 over its competitors. This remarkable improvement is a testament to the power and efficiency of Intel's latest CPU architecture.

Geekbench 3 Performance

Geekbench 3 is another popular benchmark that evaluates the performance of a CPU by running a series of comprehensive tests. In this benchmark, the i312 100 CPU performed exceptionally well, beating the current record by approximately 40 points. While the margin may seem small, it is important to note that this achievement signifies a new top score. The i312 100 has successfully demonstrated its capability to excel in various benchmarking scenarios. We are thrilled to have witnessed such solid performance from this CPU.

Expanding to the Dual-Core Celeron

In addition to testing the i312 100 CPU, we were also intrigued by the overclocking potential of the dual-core Celeron processor, specifically the G6900. However, we quickly realized that achieving high overclocks with the Celeron would be more challenging than expected. The Celeron falls significantly behind the current record, by around 500 points. Such a large performance gap indicates that achieving the record with the Celeron might require extreme cooling solutions like liquid nitrogen. Furthermore, we encountered peculiar issues when overclocking the Celeron, such as the inability to detect memory sticks when the CPU was overclocked. We will continue to explore and investigate further to better understand these limitations.

The Challenge of Overclocking the Celeron

Overclocking the dual-core Celeron has proven to be quite challenging. We experimented with the base clock and found that achieving clock speeds above 5 GHz required a higher base clock than what we observed with the four-core CPUs. In our tests, we were able to reach a base clock of 160 MHz, which resulted in an impressive overclock of 60 MHz. This level of overclocking is truly remarkable, considering that modern CPUs rarely offer such significant frequency boosts. Although we attempted to lower the CPU and cache multipliers in order to push the base clock even further, we were unable to surpass the 165 or 170 MHz range. It seems that the CPU itself may be the limiting factor in achieving higher base clocks. Nevertheless, we will be exploring the impact of extreme cooling methods like liquid nitrogen to see if we can unlock additional overclocking potential on the base clock. This could potentially allow the Celeron to make a comeback in the dual-core rankings.

Conclusion

In conclusion, our journey into Intel 9k overclocking with the i312 100 CPU has yielded impressive results. We were able to set a new four-core world record and achieve astounding performance in various benchmarks. The i312 100 CPU has proven its worth with its exceptional IPC uplift and remarkable overclocking capabilities. Although overclocking the dual-core Celeron has presented some challenges, we are determined to explore further and see if extreme cooling methods can unlock its true potential. We hope to continue pushing the boundaries of hardware performance and share our findings with you in future videos. Thank you for tuning in!

Most people like

Are you spending too much time looking for ai tools?
App rating
4.9
AI Tools
100k+
Trusted Users
5000+
WHY YOU SHOULD CHOOSE TOOLIFY

TOOLIFY is the best ai tool source.

Browse More Content