Unboxing and Testing the Fastest Intel Socket 7 CPU - Pentium MMX 300MHz

Unboxing and Testing the Fastest Intel Socket 7 CPU - Pentium MMX 300MHz

Table of Contents

1. Introduction
2. Background on Fake Socket Seven CPUs from China
3. Understanding the Tillamook Pentium CPU
4. Unboxing the Fake Intel Pentium Socket 7 CPU
5. testing the Performance of the CPU
6. Hardware Used for the Testing
7. Setting up the Test System
8. Benchmark Results
9. Gaming Performance
10. Conclusion

Introduction

Welcome to another video where we delve into the world of fake Socket Seven CPUs from China. In a previous video, we opened up one of these fakes and examined its components. In this video, however, we'll be taking a closer look at another fake CPU without destroying it. Our aim is to see what kind of performance we can get out of this CPU when used with Windows 98. So let's dive in and explore this golden Intel Pentium Socket 7 CPU with a clock speed of 300 megahertz.

Background on Fake Socket Seven CPUs from China

Before we proceed further, let's first discuss the background on these fake Socket Seven CPUs from China. As we discovered in the previous video, these CPUs are packaged fakes but still contain original Intel components. The Tillamook Pentium with a clock speed of 266 megahertz was the fastest Socket Seven CPU produced by Intel. However, thanks to the production in China, we now have a 300 megahertz version available for Socket Seven boards. This makes it the fastest Intel Socket Seven CPU on the market.

Understanding the Tillamook Pentium CPU

To fully understand the significance of the 300 megahertz Tillamook Pentium CPU, let's take a closer look at its specifications. The CPU features the Intel MMX technology, specifically the Tillamook core, which enables enhanced multimedia capabilities. With a front-side bus clock speed of 66 megahertz, the CPU is capable of achieving a name ID code of 4.5 for optimal performance on the motherboard. Additionally, a core voltage of 2 volts indicates the possibility of the presence of a 266 megahertz version inside. Overclocking the CPU for stable performance would require a slight increase in voltage.

Unboxing the Fake Intel Pentium Socket 7 CPU

Now, let's unbox the fake Intel Pentium Socket 7 CPU and take a closer look at its packaging. The CPU comes with a large heat spreader, which is designed to keep the CPU at an optimal temperature range. On the backside of the CPU, we can see the PCB structure and a Chinese symbol indicating its production in 2001. The packaging appears to be of good quality and gives a sense of authenticity, despite being a fake product.

Testing the Performance of the CPU

Next, let's move on to testing the performance of the fake Intel Pentium Socket 7 CPU. To do this, we will be using an ASUS P5A-B motherboard, which is compatible with a wide range of CPUs, including those manufactured by Cyrix, AMD, and Intel. The motherboard features an ALi Aladdin chipset, an AGP slot, three PCI slots, and various connectors for IDE, floppy drives, PS/2 peripherals, and more.

Hardware Used for the Testing

Before we proceed with the testing, let's take a moment to discuss the hardware we'll be using for this experiment. Alongside the ASUS P5A-B motherboard, we have 128 megabytes of RAM manufactured by Infineon, which may be more than necessary for this setup but provides ample resources. For the graphics card, we have chosen the S3 Savage 2000, a powerful card capable of handling various applications. To ensure proper sound, we are using the Creative CT2890 sound card, which features an original Yamaha OPL chip. For storage, we opted for an IDE-to-SD adapter, which allows us to quickly access data using an SD card.

Setting up the Test System

Now that we have all the necessary hardware, let's proceed with setting up the test system. We carefully install the CPU onto the motherboard, making sure to use an appropriate cooling solution. The RAM modules are inserted into their respective slots, and all other components, such as the graphics card and sound card, are connected to their appropriate slots and connectors. With everything in place, we power on the system and eagerly await the results.

Benchmark Results

After a successful system boot, we move on to benchmarking the CPU. Using software such as Norton SystemInfo and PC Player, we are able to assess the CPU's performance. Norton SystemInfo detects the 300 megahertz Pentium MMX Tillamook CPU and provides a benchmark score of 1020 points. In terms of CPU performance, the benchmark reveals an impressive score of 227 points. Memory speed is also examined, with the CPU's 16-kilobyte level one cache showcasing a throughput of 540 megabytes per Second. The 512 kilobyte level two cache demonstrates a throughput of 188 megabytes per second, while the RAM achieves a throughput of 130 megabytes per second.

Gaming Performance

Moving on to gaming performance, we begin with the classic Game Doom. The CPU effortlessly handles the game, delivering an average frame rate of almost 95 frames per second. Quake, both at 320x240 and 640x480 resolutions, also performs smoothly with frame rates of almost 59 frames per second and 17.9 frames per second, respectively. PC Player and 3D Bench yield respectable scores of 25 frames and 181 points, respectively. With each game, the CPU showcases its power and compatibility with older titles.

Conclusion

In conclusion, the fake Intel Pentium Socket 7 CPU with a clock speed of 300 megahertz proves to be a powerful and unique addition to the Socket Seven CPU lineup. Although the Package itself is not original, the CPU's performance is impressive. The CPU remains stable even under challenging conditions, and the heat spreader effectively keeps the temperature within an acceptable range. Overall, this CPU is a testament to the capabilities of Chinese production. While it may not be an authentic Intel product, it certainly holds its own in terms of performance and design.

Highlights

• Unboxing and testing a fake Intel Pentium Socket 7 CPU from China
• Exploring the counterfeit CPU's specifications and packaging
• Setting up a test system with compatible hardware for benchmarking
• Assessing the CPU's performance using various benchmarks
• Evaluating gaming performance and compatibility with older titles
• Concluding with an analysis of the CPU's overall performance and design

FAQ

Q: Are the fake Socket Seven CPUs from China worth considering?

A: While these CPUs may not be authentic Intel products, they can still provide decent performance for older systems or retro gaming setups. However, it's important to be aware that the packaging is counterfeit and may not offer the same level of quality and reliability as genuine Intel CPUs.

Q: Can the fake Intel Pentium Socket 7 CPU be safely overclocked?

A: Overclocking any CPU carries risks, and the same applies to the fake Intel Pentium Socket 7 CPU. While it is theoretically possible to overclock this CPU for improved performance, it's important to exercise caution and ensure proper cooling to prevent damage to the CPU.

Q: How do the performance benchmarks of the fake CPU compare to genuine Intel CPUs?

A: Benchmark results suggest that the fake Intel Pentium Socket 7 CPU performs admirably well, even when compared to genuine Intel CPUs of the same era. However, it's worth noting that genuine Intel CPUs typically undergo more rigorous testing and quality control, which can result in slightly better performance and reliability.

Q: Can the fake Intel Pentium Socket 7 CPU be used in modern systems?

A: The fake Intel Pentium Socket 7 CPU is not designed for modern systems and may not be compatible with newer technologies. It is best suited for retro gaming setups or as a replacement for original Socket Seven CPUs in older systems.

Resources:

• ASUS Official Website
• Infineon Technologies Official Website