AMD 7600X vs Intel 13900K

We’re back with some other Processor launch, but this time it’s Intel’s newest 13th-generation processor. After only just a few weeks, these new CPUs are expected to unseat AMD as the performance leader, but many questions about Intel’s most recent Processors’ performance remain unresolved.

Is purchasing a new Core i9 13900K worth it? Has Intel had more processor performance? All of these queries will be addressed in this editorial. We’ll examine the salient details and specifications of the two aforementioned CPUs, and we’ll discuss them in this article.

AMD Ryzen 5 7600X

AMD Ryzen 5 7600X

Intel Core i9 13900K

Intel Core i9 13900K

Specs and prices

The Intel’s Core i9-13900K has a single-core turbo frequency that can reach an astoundingly high 5.80 GHz. Its older brother, the Core i9-13900KS from Intel, which has precisely the same specs but a maximum clock speed of 6.00 GHz, is the only CPU that really can currently outperform it.

The Core i9-13900K features a built-in Intel UHD Graphics 770 GPU, twenty-four cores, thirty-two threads, 68 MB of memory space, and support for both DDR5 and DDR4 memory.

The second CPU in AMD’s most recent generation of processors, built on the Zen 4 design, is the Ryzen 5 7600X. This CPU only supports DDR5 memory and has twelve cores and twenty-four operation threads. It can depend on 12 MB of Level 2 cache & 64 MB of Stage 3 cache, and its highest boost frequency is 5.6 GHz.

The AMD Ryzen 5 7600X, that has four additional cores and eight additional threads and a peak turbo speed of 5.7 GHz, is the only AMD CPU that is faster. The AMD Ryzen 5 7900X was available in less price than Intel’s Core i9-13900K.

CPU Battle

The top choice for customers seeking the highest level of performance is the Core i9 13900K. This is a chip which means business with more cores, threads, and a faster clock speed than its forerunner. The new architecture represents a little improvement over 12th Gen. It appears that Intel has greatly improved the current process node, permitting for more cores, greater efficiency, and better performance cores.

However, there haven’t been any significant changes to the features, with Intel offering countless choices on less expensive boards that are similar to those currently offered on motherboards from the 12th generation. As a result, cheaper Z790 boards can have accessibility to PCI-E 5.0. Together with the more recent DDR5 technology, Intel has continued to support DDR4, which gives consumers a windows Pc on a tighter budget.

The 13900K is a top-tier CPU that performs well for 4K gaming and matches up perfectly with one of Nvidia’s brand new RTX 4090 cards, assisting to minimize CPU-oriented bottlenecks on these nearly too-powerful GPUs.

With this CPU, multithreading appears to be ridiculous, and single-threaded performance tells a similar tale, creating the ideal conditions for excellent gaming performance. You will need to invest a lot of money to put together a high – performing setup. Due to the larger number of cores, heaters appear to be slightly higher than in 12th Gen CPUs.

Gaming Performance

The majority of my gaming test indicate that the AMD Ryzen 5 7600X and Intel Core i9-13900K processors perform at a similar level. A few frames per second or more may arise from the Core i9-13900slightly K’s higher maximum boost rate (5.8 GHz vs. 5.6 GHz again for AMD Ryzen 5 7600X).

In conclusion, you may choose one of those two processors and obtain the same level of gaming performance. However, the AMD Ryzen 5 7600X becomes less expensive compared to the Intel Core i9-13900K. The cost of a Computer with the Intel Processor i9-13900K CPU is greater overall since motherboards and RAM are comparable in price regardless of the processor you select.

But, if you decide to purchase an Intel Core i9-13900K, then can continue utilizing your current DDR4 memory and acquire a motherboard that is DDR4 compatible. In this instance, the overall prices of a PC based on an AMD Ryzen 5 7600X and DDR5 processor as well as an Intel Core i9-13900K processor may be comparable.

Gaming Considerations

For optimal gaming performance, a decent GPU is essential, but your CPU will also be a major factor. Your GPU may experience awful if your CPU is too slow, which can lower your framerate or create stuttering.

The single-core maximum boost frequency as well as the amount of cores are the two most crucial CPU features for gaming. A high base speed is also essential for CPUs with insufficient cooling. The performance of games that use several CPU cores can be improved.

Over than 6–8 cores aren’t particularly useful for most recent games. The performance of games will decline as you add additional CPU cores.

DDR Support

The 7600X CPU can provide great performance with the newest graphics-intensive games thanks to its support for DDR5 memory, which has a maximum stock frequency of 5200 MHz.

The 13900K CPU can perform very well with the newest graphics-intensive games thanks to its compatibility for DDR5 memory, which has a maximum stock frequency of 5600 MHz.

Single-Core Boost

With a top-tier cooler, the 7600X’s 5.3 GHz given maximum boost clock performs admirably in the newest graphically demanding games.

The 13900K’s 5.80 GHz single contraction turbo boost frequency, when combined with top-tier cooling, provides exceptional performance for the newest graphics-intensive games. With an expensive cooler, you can keep these frequencies consistent.

Overall Performance

We have a lot of information on the Core i9-13900performance K’s because we got the opportunity to evaluate it firsthand. The Ryzen 5 7600X cannot yet be comparable. The Core i9-13900K is currently one of the top Intel CPUs available, based on performance.

Similar to the Core i9-12900K & Core i9-12900KS from the previous generation, the Core i9-13900KS slightly outperforms it, clocking in at 6GHz when new, but most of the time it’s just not worthwhile the change.


The 7600X is the preferable choice or is the Intel Core i9 13900K a worthwhile upgrade? To be honest, the answer is a bit confusing. When it comes to gaming performance, both Ryzen 9 7600X & Core i9 13900K are quite competitive, with Intel coming out on top in all but one of our tests.

Given the increased availability of less expensive boards, DDR4 storage, and obviously some helps in the growth architecture, the i9 13900K is without a doubt the better option. The foundation for second-generation AM5 chips is excellent, but for now, Intel is the clear winner in this test.

It’s not all smooth sailing for Intel; in a few tests, AMD’s Ryzen 7600X beat it out and also provided far greater power consumption. However, there’s no disputing that the Core i9-13900K almost wins in terms of performance.

The decision to purchase the Core i9-13900K is not straightforward, however, since there are other considerations. It is marginally more affordable than AMD’s CPU and offers the advantage of supporting less expensive DDR4 storage with a compatible chipset, whereas you are now required to purchase DDR5 storage with new AMD systems.

AMD has an advantage over Intel due to its present CPU socket’s limited lifespan, but AMD’s Socket AM5 will be maintained for the foreseeable future and at least one more CPU generation. If you purchase the Core i9-13900K, you probably won’t need to update for a few years.


How is AMD outperforming Intel?

The market for CPU has long been dominated by Intel, but AMD has recently risen to the top as a result of its expansion into completely new markets.

For laptops, AMD or Intel is better?

Moreover, Intel CPUs deliver the finest performance at a reasonable cost. The 13th-generation range of Intel CPUs offers the best value and is more than adequate for the majority of users, even though AMD may be the strongest CPU in regard to overall power.

Is an AMD or an Intel CPU better?

In conclusion, Intel continues to dominate the CPU industry and provides the best value for money. For their unmatched single-thread clock speeds, Intel CPUs are the clear choice for gamers. The most potent consumer-grade CPU is the new Ryzen 9 chip from AMD, which is becoming more and more aggressive.

What distinguishes processors made by AMD and Intel most significantly?

At the entry-level, AMD processors are more costly than Intel processors. At higher price points, AMD CPUs are less costly than Intel ones. Whenever anyone uses it with a 14nm Clock Speed Increase, it could get warm. Due to its tiny lithography, the AMD processor often runs cooler than the Intel processor.