Is the Intel Core i5-12490F Worth It? A Comparison with the i5-12400
Table of Contents:
- Introduction
- Intel i5 12400 90f vs i5 12400 f
- Performance and behavior comparison
3.1. Different tasks and workloads
3.2. Pricing and availability
- Specifications of the Intel i5 12400 90f
4.1. Differences from the i5 12400 f
4.2. Cache size and frequencies
- Benchmark results
5.1. 3D rendering performance
5.2. Single-threaded performance
5.3. Real-world tasks and applications
- Gaming performance
6.1. Comparison in various games
6.2. Impact of resolution and graphics settings
- Workstation performance
7.1. CPU-dependent operations
7.2. Hardware requirements and limitations
- Conclusion
- References
Introduction
In this article, we will take a closer look at the Intel i5 12400 90f processor and compare it to its counterpart, the i5 12400 f. We will evaluate their performance, behavior, and differences in various tasks and workloads. Additionally, we will discuss the pricing and availability of these processors.
Intel i5 12400 90f vs i5 12400 f
The Intel i5 12400 90f is an exclusive processor available only in China. Some might argue that it is significantly more expensive than the i5 12400 f. However, a quick look at the prices in China reveals that the i5 12400 90f can actually be cheaper than the i5 12400 f. This means that the i5 12400 90f becomes an interesting option for those within the price range.
Performance and behavior comparison
Different tasks and workloads
The i5 12400 90f is essentially a variant with larger chips that didn't meet the criteria for being an i9-12900K or i7-12700K processor. In comparison to the i5 12400 f, it offers a larger L3 cache of 20MB instead of 18MB and higher frequencies. This precludes traditional overclocking, but the built-in higher base and boost frequencies can provide a significant performance boost.
Pricing and availability
While the i5 12400 90f is currently exclusive to China, it can provide a more compelling option in terms of pricing when compared to the i5 12400 f. In some cases, the i5 12400 90f can be priced lower than the i5 12400 f, making it an attractive choice for budget-conscious buyers. However, availability outside of China may pose a challenge.
Specifications of the Intel i5 12400 90f
The i5 12400 90f can be considered as a "reject" or "binning" of larger chips that fall short of being i9-12900K or i7-12700K processors. It features a larger L3 cache size of 20MB compared to the 18MB of the i5 12400 f. The processor also offers increased frequencies, which can contribute to improved performance in certain tasks and workloads.
Differences from the i5 12400 f
The primary difference between the i5 12400 90f and the i5 12400 f lies in the cache size and frequencies. While they are both based on the same architecture, the i5 12400 90f offers a larger cache size and increased frequencies, providing potential performance benefits in specific scenarios.
Cache size and frequencies
The i5 12400 90f features a 20MB L3 cache, whereas the i5 12400 f has an 18MB L3 cache. This larger cache size can potentially improve performance in tasks that heavily rely on cache memory. Additionally, the i5 12400 90f offers higher base and boost frequencies compared to the i5 12400 f, which can further boost performance in demanding applications.
Benchmark results
In this section, we will examine the benchmark results of the i5 12400 90f and compare them to the i5 12400 f. We will evaluate their performance in various scenarios, including 3D rendering, single-threaded tasks, and real-world applications.
3D rendering performance
When subjected to 3D rendering tests with all cores engaged, both processors operate at a frequency of 3.99GHz. The maximum frequency achieved by the i5 12400 90f during the test is 4.19GHz, while the i5 12400 f reaches a maximum frequency of 4.4GHz. It should be noted that the temperature of the i5 12400 90f remains at 57 degrees Celsius during the 10-minute test, indicating stable performance under load.
Single-threaded performance
In single-threaded workloads, the i5 12400 90f outperforms the i5 12400. The frequency of the i5 12400 90f reaches 4.404GHz, while the i5 12400 achieves a maximum frequency of 4GHz. However, the difference in performance is not significant enough to make a substantial impact, and both processors exhibit similar performance within the margin of error.
Real-world tasks and applications
To evaluate the practical performance of these processors, we tested them in various games and work programs. For gaming, we compared their performance in different games at 1080p resolution with maximum settings. The difference in performance between the i5 12400 90f and i5 12400 f was negligible, with a slight advantage leaning towards the i5 12400 90f in some cases.
Gaming performance
Gaming performance is an essential aspect to consider when analyzing the capabilities of processors. In this section, we will discuss the gaming performance of the i5 12400 90f and i5 12400 f, and any notable differences between them.
Comparison in various games
Both the i5 12400 90f and i5 12400 f deliver comparable gaming performance, with performance differences within a few percentage points. Although certain games may exhibit a slight advantage for the i5 12400 90f, the overall gaming experience and frame rates remain similar between the two processors.
Impact of resolution and graphics settings
It is important to note that the processors' performance may be influenced by the resolution and graphics settings. Higher resolutions and graphics settings can increase the load on the graphics card, reducing the impact of the processor on overall gaming performance. However, even in such scenarios, the difference between the i5 12400 90f and i5 12400 f remains minimal.
Workstation performance
When it comes to workstation tasks that heavily rely on CPU performance, the i5 12400 90f can be a viable option. The following sections will discuss the performance and limitations of the i5 12400 90f in different scenarios.
CPU-dependent operations
The i5 12400 90f demonstrates excellent performance in CPU-dependent operations. Tasks such as video rendering and 3D modeling benefit from the increased frequencies and cache size of the processor, resulting in improved productivity and reduced rendering times.
Hardware requirements and limitations
It is worth mentioning that the performance benefits of the i5 12400 90f can only be fully realized with compatible hardware configurations. Adequate cooling, such as an all-in-one liquid cooler, is recommended to ensure stable operation under prolonged heavy workloads. Additionally, high-frequency memory modules may provide a performance boost when paired with the i5 12400 90f.
Conclusion
In conclusion, the Intel i5 12400 90f offers an appealing option for those in the market for a budget-friendly processor. Despite being exclusive to China, it can provide similar or better performance compared to the i5 12400 f at a potentially lower price point. However, availability outside of China may limit its accessibility. Overall, the i5 12400 90f proves to be a compelling choice for consumers looking for a capable and cost-effective processor.
References
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