AMD ryzen 5 5600 x benchmark and testing temperature usage , overclocking , power consumption. and gaming test performance
The black horse for the players is the Ryzen 5 processor, you’ll always find lots of players who put this category in their choice, where it’s price-performance and dreams of a lot, today we’ll learn about the performance of the 5600X processor and what it’s offered compared to the previous generation 3600X processor, but before that, we’ll start looking at architecture
What did the new ZEN 3 architecture offer?
The first thing the company did was a new processor core design that led to 19% better performance; an increase in the number of cores in one CCX cell to eight cores instead of just four cores in the previous generation Zen 2; a decrease in bottlenecks which will help in better processor access times and improved gaming performance. All of this is supported by improvements in the embedded L3 memory to deliver better performance
Design processors inside?
This generation is definitely a partial change in design, as the number of nuclei per cell is now increased, CCX can be designed with 8 cores, and in the past 4 cores inside a CCD, by this increment, the CCX won’t need to share the resources inside the processor again, like the Ryzen 3000 processors, which will provide better access times for the games as well as power between parts and with AMD By DOING SOME OTHER ENHANCEMENTS ON THE INTER-NUCLEAR COMMUNICATION BRIDGES, ON THE RIGHT YOU’LL FIND RyZEN PROCESSORS, WHICH HAVE MORE THAN 12 CORES, YOU’LL FIND TWO CCDs, each with a CCX module in 6 cores or 8 cores, and you’ll get Ryzen 5900x or 5950X processors, memory controller and IO controller Also separate, the Ryzen 5800x processor, and less, will build one CCD inside one CCX cell
Because a single CCX can hold eight AMD-class cores, by doubling the cache size of L3 within a single CCX unit to 32MB, giving all cores equal access to this memory and giving better performance and fewer latency compared to Zen 2
Here’s the difference between the latency of two Ryzen 5600X and 3600X processors, the 5600X processor has 10.5 nanoseconds, and it’s a great performance difference and remarkable improvement in all programs and games
The improvements that the company has made to the processor core, where each core is able to process different 19% better commands than Zen 2 processors, which means that what the Ryzen 3900x delivers at 4GHz frequency can be achieved by Ryzen 5900X at 3.4GHz as an example today, almost before us Higher frequency processors, we’ll see a big leap in performance
The company has improved the memory break on the new processors, with some processors having the capability to use 2000MHz at 1:1 for the highest performance Infiniti Fabric bus, and the company has also promised that it will enable all processors with future BIOS updates if you don’t know what those percentages are for us to learn together
High frequency for the memory
To understand how the new processor works, the processor is running at Fclk frequency : Ucklk: McClk: The ratio between the bridge and the male controller inside the processor and the inner frequency, and it works at 1:1 until 4000MHz for males, and here there’s no loss of performance. How is that? The 2000MHz Bridge and the male controller inside the processor operate at 2000MHz frequency, and of course, 4000MHz frequency males operate with an internal 2000MHz frequency if you want to use higher frequency males such as 4500MHz frequency mmz? The new processors can run at 1:2, which means that the Fclk frequency at 1000MHz and the Uck frequency is lower for higher male frequencies, so the new processor can reach up to 5133 higher male frequency with no problem air cooling, but this comes with the consequence of slightly higher latency which can be offset High Frequency with fewer times
Here’s a simple example of reaching 4350MHz with CL 14 times. This experiment was just a personal experiment and will not be used for review because to reach the 4300MHz frequency with the CL 14 latency needs a voltage of 1.6-1.7 and of course even if your Intel platform needs the same amount of detail anyway, this is just an example Just to know that higher frequencies are now possible without a problem, also supported frequencies will vary by the number of males you use. If you use four, I recommend that you do not exceed 4000MHz frequency for the best possible compatibility, and if you want higher, you achieve compatibility for your motherboard because it will vary from board to board according to the number of printed circuit board layers
Auto-Speed Optimized Precision Boost 2 and Voltage Break
New enhancements to the Ryzen 5000 processors are not linked to the operating system based on increased frequency, which makes the processor 250 times faster than its frequency change response, which means less complexity through software solutions and better performance, and also the natural voltage of these processors is 0.2v to 1.5v, which is a much larger voltage than the previous Zen 2 processors
3G Zen 3, and better protection for hardware and processor design security gaps, which means that the company is offering more protection to users
Our Processor Technical Specifications!
5600X $300, 5800x comes in the same cooling, $450. For performance kings, the Ryzen 5900X 550, notice the increase in price against the increase in performance you’ll get is identical
You’ll need nothing new except the B550 and X570 boards, and even the B450/X470 boards, all of which will support Ryzen 5000 processors, which AMD has promised, the user doesn’t need a new motherboard to spend more money every year on a new board than Intel does!