Review of AMD Ryzen 5


AMD has launched the Ryzen 5 processor, which comes with a four-core and 6-core version, which comes at a lower price than the company’s Ryzen 7 processors, making it more suitable for everyday use and users who want a powerful processor but do not want a costly multi-core processor Such as Ryzen 7

The Ryzen 5 series contains 4 processors, two quadrilateral with a 1500X name and two 6-inch 1600X 1600-bit nuclei

Specifications and advantages

  • AMD Zen architecture
  • Support DDR4 memory
  • AM4 platform
  • Quad-core and six-core processors
  • Multiple fake nuclei synchronized

The Ryzen 5 processors are AMD’s second full range of processors, the highest in specifications, competing with the Intel Core i5-7600K processor, and the least competing with a range of other dual-core and quad-core processors

The interesting part of this group is that they all have essentially identical features apart from the number of nuclei and velocity. They come with a non-closed speed multiplier for ease of breaking speed and include synchronization of multiple simulated nuclei (SMT) and they are compatible with the same basic panels

The only difference in names is an X character that indicates that the chip has an extended frequency range XFR, which allows the processor to increase the speed of a nucleus slightly more than 50 MHz from the rest of the group processors that do not have this feature

This is the opposite of how Intel has split its processor range, with different processors containing or not containing Hyper-threading technology, and only a few processors have an unlocked speed multiplier for easy speed up, some of which do not include a Turbo speed boost and the user must purchase a completely different platform If it wants to move a four-core processor to a hexadecimal or eight-core processor

Intel has no six-core processors at this price, and the only quad-core processor that does not have Hyperthreading technology, which means the Ryzen 5 1600X processor will be suitable to mediate eight-core Ryzen processors and quad-core processors

Although the Intel Core i5-7600K processor has a speed feature that will make it faster in single-threaded single-thread applications, it is a quad-core processor without Hyper-threading technology. This means that the 1600X processors will outperform when it comes to multi-threaded business such as video rendering

The 1500X processor competes with two Intel processors, the Core i5-7400 and the Core i3-7350K. The first is a quad-core processor but lacks Hyper-threading technology and offers a speed of less than 1500X. So the AMD processor will compete only in a single-thread mode but will excel in multithread

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The Intel i3-7350K delivers the same initial speed as the Core i7-7700K and can run at up to 6 GHz, making it faster for games and everyday applications that need a single-thread. The dual-core processor, although hyperthreading, does not have Turbo Boost technology, so the single-thread path is not very effective and lacks multi-thread processing

Some believe that AMD could have increased the speed of the processor 1500X to reach the speed of processors 1600X or 1800X, just as the speed of the processor Intel Core i3-7350K speed of the other processors i7-7700K

The Ryzen 5 1600 and 1500 processors offer slower speed and do not have the XFR feature; however, they do have the SMT feature and the ability to break speed provides the possibility of working at high speed

All the Ryzen 5 processors are built on the same bases and support the Ryzen 7 processors. The Zen microarchitecture was built to solve power consumption and clock performance problems with previous AMD processors

The new design has boosted instruction per hour by 52%, making AMD compete strongly with Intel. Which made the two companies each processor with a similar number of nuclei and speed make them perform almost the same performance

AMD has also provided the advantage of synchronizing multiple semantic nuclei that compete with Intel Hyper-threading technology, which allows each processor kernel to manipulate two virtual nuclei at a time so that it can work more efficiently with task compression. This makes the processor appear to the software as having twice the number of nuclei, which increases the performance by between 10% and 30%

What is unique about Zen architecture is the great power consumption improvement. The previous AMD processor with performance FX-8 9590 eight-core processor has 219 Watt thermal design power, the 1800X comes with a 95W thermal design card and the Ryzen 5 comes with a card Thermal design only 65 watts

Ryzen has also introduced the Precision Boost feature, an internal technology for speeding closer to the Intel Turbo Boost technology. There is an initial speed, so all processor cores can raise speed when needed.

AMD Ryzen 5 processor platform

The AMD Ryzen range can be installed in the AMD AM4 socket, powered by five AMD chipsets: the X370, B350, A320, X300, and A300, all of which support Ryzen processors. Only the X370, X300 and B350 will support speed breaking. The X370 and X300 will support SLI and Crossfire. Now available only for the X370 and B350 panels, the price of the B350 is between $ 112-140 and the X370 is priced between $ 210-419

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You will probably have to buy a processor cooler to fit the AM4 socket; however, you can buy some of the Ryzen 5 modules that are cooled

Test preparation for AMD Ryzen 5 processor


The company worked with BIOS designers to improve performance especially with regard to increasing the speed of random memory and believes that the B350 board is the most suitable for this medium processor

The processor was also tested with the X370 board and found that the performance of the two panels is very similar, with the use of the ASRock Fatality AB350 Gaming K4 motherboard

The test was also done using a DDR3 3200MHz random memory, but it did not help speed up 2133 MHz. So the Corsair 3000MHz memory was used, which worked at full speed on the 1500X processor but did not reach full speed with the 1600X processor

Performance of AMD Ryzen 5 processors

The performance of Intel and AMD has become close to the number of nuclei and speed means that it is expected to the overall performance of these new processors, which came in line with expectations

The Cinebench R15 results show that the Intel Core i5-7600K is 25% faster than the AMD 1600X in a single thread test, but AMD outperformed the multi-threaded test with over 90% of the Intel processor

The AMD 1500-x processor is 1% higher than the single-threaded test, but it is 44% higher in the multi-thread test.

In the POVRay 3.7 test, speed was the most important in single-thread performance testing; however, in the multi-thread tests, the 1600X and 1500X processors achieved impressive performance, beating their competitors at the same price by 47% and 23%, respectively. The 1600X processor is superior to the i5-7600K and i7-70000K in heavy duty multi-track operations

When a 1080p video file was converted to a 720p mp4 file, the 1600X processor took only 86 seconds while the i7-7700K processor took about 95 seconds; the 1500X processor took about 119 seconds, meaning that despite its superiority over the i7-7700K Where nuclei and pathways did not succeed in speeding up

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In terms of games, the processors were tested with the game of Ashes of the Singularity, which worked slower than reducing graphics details and raising the frame rate on AMD processors. When raising accuracy and detail settings, almost all processors worked on the test

When running Battlefield 1 at 2560p and putting the details at the highest level, processors (unlike the Ryzen 1700) offered the same frame rate; but when precision and detail were reduced, higher-speed processors outperformed

Energy consumption

The Ryzen processors were designed to improve power consumption, and in tests, the 1600X and 1500X processors were energy efficient

Break speed

No AMD Ryzen processors are closed to facilitate breaking speed, which gives the company a competitive advantage over Intel.

When testing a 1500-x processor working at a constant speed of 3.9 GHz, after restarting the reboot the processor refused to work at 4 GHz so the speed was reduced back to 3.9 GHz. Nevertheless, it still improves 200 MHz on the default boost speed and 400 MHz faster than the initial speed. Power consumption increased slightly from 100 watts to 123 watts

As for the 1600X processor, there were difficulties in running the random memory at the assumed speed, and breaking the speed was very inefficient. Where it works for a processor well at 4 GHz, which is similar to the default boost speed only

The 1600X processor succeeded in increasing performance in the Cinebench standard, showing a 1% improvement in single-thread and a 7% improvement in multi-thread. The 1500X processor improved 3% in single-thread and improved 11% in multi-thread

Both the RYZEN 5 1600X and RYZEN 5 1500X processors have been able to access the list of the best processors that can be purchased at these prices


  • Excellent value
  • The best in class in terms of heavy tasks that need multiple paths
  • The 1500X processor outperforms the i5-7400 in individual and multi-track tests
  • The 1600X processor is the only six-core processor at such a price


  • Speed can not yet match Intel
  • Speed cannot be broken like Intel K processors

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