Intel 14th Gen Core i5-14400: Performance Review and Comparison

Intel 14th Gen Core i5-14400: Performance Review and Comparison

Table of Contents

1. Introduction
2. Overview of Intel 14th Generation Core i Processors
3. Comparison with Previous Generations
   • 3.1 Changes in Architecture
   • 3.2 Performance Comparison
4. Pricing and Availability
5. Performance testing
   • 5.1 Rendering Performance
   • 5.2 Calculation Speed
   • 5.3 Video Encoding
   • 5.4 Adobe Lightroom Performance
   • 5.5 Gaming Performance
6. Conclusion
7. Pros and Cons
8. FAQs

Introduction

In January 9th, the Intel 14th Generation Core i processors were released. These models, although entry-level, have garnered attention for their performance and affordability. In this article, we will take a closer look at these processors, compare them with previous generations, and evaluate their performance in various tasks, including rendering, encoding, gaming, and more.

Overview of Intel 14th Generation Core i Processors

The 14th Generation Core i processors from Intel, despite being entry-level models, boast impressive performance. While the architecture remains unchanged from the 13th Generation, the new processors offer improved clock speeds and power consumption. The Core i5 models, for instance, feature a boost clock speed increase of 0.1GHz compared to previous generations, while the E-core experiences a boost clock speed increase of 0.2GHz. However, it is important to note that the Core i5 models below 51,600 yen have not been released in Japan yet. Instead, they continue to use the Alder Lake design for the third consecutive generation.

Comparison with Previous Generations

Changes in Architecture (H2)

Despite the lack of architectural changes, the 14th Generation Core i processors offer minor improvements in performance. The boost clock speeds have been slightly increased, resulting in a marginal boost in single-core performance. However, the multi-core performance remains relatively unchanged. It is worth mentioning that the higher-end models, such as the Core i7 and Core i9, see more significant improvements due to their different core configurations.

Performance Comparison (H2)

When compared to the previous generation (13th Generation) and higher-end Intel processors like the Core i7 and Core i9, the entry-level Core i5 model performs quite similarly. The differences in rendering, calculation speed, video encoding, and Adobe Lightroom performance are minimal. However, gaming performance shows a noticeable difference, particularly when paired with high-end graphics cards such as the GeForce RTX 4070 TI.

Pricing and Availability

The pricing of the Intel 14th Generation Core i processors is competitive, with a $2 decrease compared to previous generations. However, due to currency fluctuations, the initial prices in Japan have increased, making it challenging to find a significant advantage over the 13th Generation model. Despite this, the affordability and performance of the Core i5-14,400 make it a viable option for those looking to build a new PC.

Performance Testing

In order to assess the actual performance of the Core i5-14,400, we conducted several tests comparing it to the 13th Generation Core i5-13,400 and higher-end models such as the Core i7-13,600K.

Rendering Performance (H3)

Using benchmark software like Cinebench R23, we measured the rendering performance of the Core i5-14,400. The results showed minimal differences compared to the Core i5-13,400, as both processors have similar boost clock speeds. The performance improvement was only noticeable in the slightly higher boost clock speed of the E-core in the Core i5-14,400.

Calculation Speed (H3)

For assessing the calculation speed, we used a multi-platform benchmark software called Geekbench. The results showed little variation between the Core i5-14,400 and the Core i5-13,400. This indicates that the performance of the Core i5-14,400 is not significantly different from the previous generation.

Video Encoding (H3)

Using the x264fhd benchmark program, we measured the H264 video encoding speed at 1080p and 50 frames per Second. The results showed minimal differences between the Core i5-14,400 and the Core i5-13,400, reinforcing the Notion that the performance improvement is negligible.

Adobe Lightroom Performance (H3)

We tested the Adobe Lightroom Classic using its benchmark presets to evaluate the performance of the Core i5-14,400. The results showed that Adobe's software tends to struggle with Intel CPUs, including the Core i5-14,400. However, the performance gap between the Core i5-14,400 and higher-end models like the Core i5-13,600K remains significant.

Gaming Performance (H3)

To assess gaming performance, we paired the Core i5-14,400 with a GeForce RTX 4070 TI graphics card and ran popular games at Full HD resolution with medium settings. The results showed that the higher-end Intel CPUs, such as the Core i7-13,600K, performed significantly better. However, when paired with lower-end GPUs or when using higher quality settings, the performance difference becomes less noticeable. It is worth noting that Intel CPUs are known for their compatibility with various gaming accessories, making them a suitable choice for gamers seeking versatility.

By comparing the Core i5-14,400 to previous generations and higher-end models, we can conclude that the performance improvement is minimal. However, the decrease in power consumption and affordable pricing make it a viable option for those looking to build a new PC. It is important to consider individual needs and requirements before making a purchasing decision.

Pros and Cons

Pros:

• Improved boost clock speeds
• Decreased power consumption
• Competitive pricing

Cons:

• Minimal performance improvement compared to previous generations
• Significant performance gap with higher-end models in certain tasks

FAQ

Q: Does the Intel 14th Generation Core i5-14,400 offer significant performance improvements over the 13th Generation Core i5-13,400? A: The performance improvement in the Core i5-14,400 is minimal compared to its predecessor. The boost clock speeds have been slightly increased, but the overall performance is similar.

Q: Are the 14th Generation Core i processors compatible with existing motherboards? A: Yes, the 14th Generation Core i processors are compatible with select motherboards with updated BIOS versions. It is important to check the motherboard's compatibility list before purchasing.

Q: Are Intel CPUs a good choice for gaming? A: Intel CPUs are known for their compatibility with various gaming accessories and offer reliable performance in gaming tasks. However, higher-end models may provide a more significant performance boost.

Q: What are the advantages of the Core i5-14,400 compared to higher-end models? A: The Core i5-14,400 offers a balance between performance and affordability. It is a suitable choice for users who require decent performance without the need for high-end specifications.

Q: Will the price of the Core i5-14,400 decrease in the future? A: While it is possible for prices to change over time, it is difficult to predict future fluctuations. It is recommended to consider current market conditions and individual requirements when making a purchasing decision.

Resources:

• Intel Official Website
• Cinebench R23
• Geekbench
• Adobe Lightroom Classic