Entry-level PCs may not help you in upgraded gaming world technology; top tier may be out of budget. The best choice is to go ahead with Mid-range CPUs that offer advanced PC performance without breaking your bank account. Yes, choosing the right processor is the first step towards building your dream PC. That’s what we are going to discuss in this blog. Today, we will compare two mainstream mid-range range processors from two competing tech giants, AMD and Intel. The CPU models we are going to compare today are AMD Ryzen 7 5700 vs Intel core i5-13400f – two amazing GPUs available at economical prices. However, both excel for slightly different purposes; let’s break it down into Intel core i5 13400F and AMD Ryzen 7 5700 benchmarks, specs, and productivity.
AMD Ryzen 7 5700 VS Intel Core I5 13400F
AMD Ryzen 7 5700 is a 5TH Generation AMD CPU belonging to the Ryzen 7 family of CPUs. Ryzen 7 CPUs are based on Zen 3. It offers excellent gaming performance with eight cores and 16 threads. On the other hand, Intel Core i5-13400F is yet another high-performing CPU in the mid-range processors. It is built with 10 core and 16 threads architecture. Both offer great, amazing gaming performance, with AMD having an AM4 slot while Intel has DDD5 and PCIe 5.0 Support. Core i5-13400F is a newer model compared to AMD 7 5700.
Here is the detailed specification review of AMD Ryzen 7 5700 vs Intel core i5 13400f.
Transistors Size:
AMD Ryzen 7 5700 is built on a 7 nm semiconductor size, making it 3nm smaller than Intel core i5 13400F. Transistors is another name used for semiconductors. The smaller the nanometer size in the transistor, the better its performance will be. Comparing Ryzen 7 5700 AMD vs Intel Core i5 13400F, Intel offers 10nm transistors. On the other hand, AMD offers a 7nm transistor, making it win in this aspect. Although currently, 10nm are available in the market on a mass level, a 7 nanometer chip is used in some processors. The industry is already working on reducing the nanometer size in future processors. The small form factors allow more transistors to be fixed in a chip, increasing the chip’s overall performance while reducing power consumption.
Bandwidth:
When it comes to data processing speed, the Intel Core i5 13400f offers 1600 MHz higher RAM speed than Ryzen 7 5700. Ryzen 7 5700 offers 3200 MHz of bandwidth, while Ryzen offers 4800 MHz. The more bandwidth allows Intel Core i5 to perform better than AMD Ryzen 7 5700 in overall computing performance. Regarding CPU speed in AMD Ryzen 7 5700 vs Intel core i5 13400f, Ryzen is 33.33% faster than the Intel core i5 13400F. Both Intel i5 13400f and Ryzen 7 5700 can provide a 4.6Ghx boosted clock. However, when comparing intel core i5 13400f vs md Ryzen 7 7700x the latter can provide up to 5.4GHz of boosted clock.
Temperature:
The maximum temperature on which Intel Core i5-13400f can work is 100 oC. On the other hand, AMD can work at 95 oC of temperature. Intel Core i5 13400F has the capacity to withstand more temperatures before thermal throttling or shutting down. However, the higher temperature doesn’t always make a win-win situation; it can take on more workload but will consume more power as well.
Cache Support:
When it comes to cache support between AMD Ryzen 7 5700 and Intel Core i5 13400f, Intel wins in all three levels of caches. Intel core i5 has a 5 mb bigger L3, 5.5MB bigger L2, and 352KB bigger L1 cache compared to Ryzen 7 5700.
Specification Chart: AMD Ryzen 7 5700 Vs Intel Core I5 13400f
Wondering which CPU is best for you between AMD Ryzen 7 5700 and Intel Core i5 13400F. The chart below shows the comparison in benchmark specification of both.
Chipset Support for AMD Ryzen 7 5700 vs Intel Core i5 13400F
Once you are going to add a processor, whether from AMD or Intel, you need to get the compatible chipsets with it. Here are some of the perfectly compatible chipsets with AMD Ryzen 7 5700 vs Intel core i5 13400F.
Chipsets compatible with AMD Ryzen 7 5700
Intel Core i5 13400F is generally compatible with chipsets of 400 and 500 series. Some of them are as follows:
- B450: Best budget chipset with BIOS update
- X470: Works well with overclocking and requires BIOS update
- B550: Best Mid-Range Chipset, provides full support features
- X570: High-end chipset support productivity builds and advanced gameplay
Chipsets compatible with Intel Core i5 13400F
Intel Core i5 13400F is generally compatible with chipset of 600 and 700 series. Some of them are as follows:
- H610: Best Budget chipset, but it doesn’t support Overclocking and has only limited features.
- B660: Mid-range chipset that provides both DDR4/DD5 support
- H670: Mid-range chipset with extra features compared to B660
- Z690: Mid-range chipset with best value for money
- B760: Offers best features compared to price
- H770: more PCIe lanes and USB ports
- Z790: High-end chipset for top-notch gaming builds
Conclusion
Overall, comparing the performance specs of AMD Ryzen 7 5700 vs intel core i5-13400f, AMD Ryzen 7 5700 wins in most of the features. However, in some aspects, Intel Core i5 wins where core count and cache size matter. AMD Ryzen 7 5700 wins in transistor size. Overall, both are budget-friendly CPUs that offer amazing PC performance. If you want the best CPU at a cheaper price, check the ongoing 10% discount on Direct Macro.
FAQ’s
What does f mean in an Intel CPU?
Intel CPUs come with special suffixes at the end of their model number. The “f” letter at the end of core i5 13400F denotes that the CPU does not have integrated graphics. You will have to use an external GPU for advanced graphics. However, intel CPUs have enough features to handle the requirements of entry to mid-level gameplays.
Is Ryzen 7 better than i7?
AMD Ryzen offers much better performance compared to the Core i7. However, the overall CPU performance depends on which generation of core i7 and Ryzen 7 you are comparing. Ryzen 7 is the best choice for users who aim for high-frequency processors. On the other hand, core i7 is better for PC users with multi-tasking workload.
Is i5 overkill for gaming?
Core i5 is not the perfect fit to overperform in gameplay, although it provides okay performance to most mid-range gaming. Coupled with a graphic card, it can give high-end performance. If you are planning to build a PC for workloads like video editing, streaming, or gaming, it’s better to go for Core i7.
