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In the intriguing battle of Core-i5 13400 vs. Core i5 13500, we’re delving into a detailed CPU comparison to uncover which processor delivers the best bang for your buck. The Core i5-13500, with its higher price tag, raises a critical question: does its performance sufficiently outshine the more budget-friendly Core i5-13400 to justify the extra cost?
This article aims to compare their specifications meticulously, benchmark results, and overall value for money. We’ll assess whether the Core i5-13500’s premium is a ticket to markedly better performance, or if the Core i5-13400 strikes the perfect balance between cost and capability.
For anyone considering an upgrade or building a new PC, this comparison is vital. We’re diving into the specifics of these two Intel Core processors to determine which emerges as the smarter choice for your computing needs. Let’s explore the nuances and see which CPU truly offers the best value.
Core-i5 13400 vs. Core i5 13500: Specs
Both processors are built on Intel’s 10nm processing node and share similar core architectures, but the Core i5-13500 takes a step ahead with its higher core and thread counts. It boasts 14 cores (6 Performance-cores and 8 Efficient-cores) and 20 threads, compared to the Core i5-13400’s 10 cores (6 Performance-cores and 4 Efficient-cores) and 16 threads.
The cache sizes on these processors are another area where the Core i5-13500 pulls ahead. It features a larger L2 cache of 11.5 MB due to its additional Efficient-cores, compared to the Core i5-13400’s 9.5 MB. In terms of L3 cache, the i5-13500 is equipped with 24 MB, providing a larger memory bank for data storage compared to the i5-13400’s 20 MB. These larger cache sizes in the i5-13500 can lead to faster data access and processing, particularly beneficial in CPU-intensive tasks.
|Core i5 13400
|Core i5 13500
|Cores / Threads
|10 / 16
|14 / 20
|Turbo Clock (GHz vs GHz)
|DDR4-3200 / DDR5-4800
|DDR4-3200 / DDR5-4800
|Thermal Design Power (TDP) Watt
|Max. Operating Temperature (°C)
|L2 Cache Size
|1.25MB (per core)
|L3 Cache Size
|UHD Graphics 730
|UHD Graphics 770
Both CPUs include integrated graphics, but the Core i5-13500 edges out with its slightly more advanced Intel UHD 770 graphics, in contrast to the Core i5-13400’s UHD 730. While both have the same base and maximum frequencies, the UHD 770 comes with 32 execution units over the UHD 730’s 24, offering better graphic processing capabilities.
Core-i5 13400 vs. Core i5 13500: Performance
The Core i5-13500 demonstrates a clear edge in 1080p gaming, outperforming the Core i5-13400 by approximately 11.1% in various public benchmarks. This difference is particularly significant for gamers who seek high frame rates for a smoother and more immersive gaming experience. The enhanced single-core performance and higher CPU speed of the Core i5-13500 contribute to this advantage, making it a preferred choice for gaming enthusiasts.
Power and thermal efficiency
Despite sharing the same base TDP, the Core i5-13400 stands out with its superior power efficiency. It is 41.1% more power-efficient than the Core i5-13500 in 1080p gaming benchmarks. This efficiency is vital for users mindful of energy consumption and heat generation, especially under continuous heavy CPU load.
Thermal management and maximum operating temperature
The Core i5-13400 also excels in thermal efficiency, being 16.4% more thermally efficient than its counterpart. This efficiency is crucial for maintaining the CPU’s maximum operating temperature within safe limits, ensuring optimal performance and longevity. The Core i5-13400’s architecture and base frequency play a significant role in this aspect, making it an attractive option for those with limited cooling solutions or aiming for an energy-efficient build.
When evaluating these CPUs, it’s essential to consider their power consumption in relation to their performance. The Core i5-13400’s lower power consumption, coupled with its physical cores and architecture, offers a balanced mix of performance and energy efficiency. This balance is particularly appealing for users who prioritize a sustainable and cost-effective computing experience.
In conclusion, while the Core i5-13500 leads in gaming performance, the Core i5-13400’s power and thermal efficiency make it a strong contender, especially for users who value energy efficiency and thermal management.
Core-i5 13400 vs. Core i5 13500: Price
When it comes to pricing, the Core i5 13400 and Core i5 13500 present a close but significant difference, especially for those with a strict budget for their PC build. The Core i5-13500, with an average price of $237, is about 7.2% pricier than the Core i5-13400, priced around $221. This price gap, though modest, is a crucial factor for budget-focused buyers.
Performance value in relation to price
However, the true value emerges when we juxtapose the price against performance, particularly in gaming scenarios. The Core i5-13500 demonstrates an 11.1% performance edge in gaming compared to the Core i5-13400, offering a more favorable value-to-price ratio. This makes the Core i5-13500 a more appealing choice for users who prioritize gaming performance, despite its slightly higher cost.
Hardware and motherboard compatibility
When considering these CPUs, it’s also essential to factor in hardware compatibility, particularly motherboards and other components. Both CPUs, released in Q1 and November respectively, require motherboards that support their specifications. This compatibility is a key aspect of the overall calculations when planning a PC build.
Tabular price comparison
|Core i5 13400
|Core i5 13500
|Performance Advantage in Gaming
|7.2% higher than Core i5 13400
This table provides a clear comparison of the prices and key features, aiding in making an informed decision based on budget and performance requirements.
Core-i5 13400 vs. Core i5 13500: Conclusion
Concluding this comparison, it’s evident that both the Core i5-13500 and Core i5-13400 are capable mid-range CPUs. The Core i5-13500 emerges as the superior choice for gaming. Its slight price premium is justified by the higher frame rates and smoother gaming experience it provides.
However, the Core i5-13400 should not be overlooked. Its lower price point and better power and thermal efficiency make it a worthwhile option, especially for users who need a capable processor for general computing tasks or who have tighter budget constraints.