amazon CPU Ryzen 1300X reviews
Ryzen 3 1300X is the most powerful chip in the popular segment that AMD has released recently. Product design is geared towards conquering the majority of users, with relative performance that costs are not too great.
With the Wraith Stealth heatsink running smoothly and efficiently, you save money by not having to buy a separate heatsink.
Advantages
New AM4 platform, support for DDR4.
The power is as monolithic as the mid-range and high-end Ryzen chips.
Effective heat dissipation, fan running smoothly when heavy load.
Low power consumption.
Disable overclocking, allowing users to overclock if configured appropriately.
Defect
Need to add discrete graphics card to use.
Design, technical features
As you know, the R3 1300X is manufactured using the new 14nm CMOS technology, which improves the computing performance of processor cores by 52% over the previous generation while maintaining the same power consumption.
The chip also uses the Zeppelin semiconductor substrate, which combines two CPU CCX blocks. Each CCX has four smaller processor cores, a separate control circuit design and a secondary buffer to better control the power consumption of the idle components while ensuring availability of them.
So in theory, the Ryzen processors have at least eight processor cores and depending on the market segment AMD will enable or disable some of them. Specifically, the R3 1300X also has 2 analog CCXs of midrange R5 1500X chip with half the multiplier disabled. In addition, AMD has also switched off the Ryten 3’s Simultaneous Multithreading (SMT) multi-threading functionality to make a difference.
In terms of specifications, the 1300X also supports DDR4 memory with twice the bandwidth of DDR3 and adds a PCI Express 3.0 interface for direct communication between the CPU and other components, allowing system expansion with SSDs. NVMe supports simultaneous configuration of multiple CrossFireX graphics cards with maximum bandwidth of 8x – 8x.
Configure the test
The Ryzen 3 1300X is based on the AM4 platform with MSI X370 XPower Gaming Titanium motherboard, GeForce Titan X discrete graphics, 16GB Corsair Vengeance LPX DDR4 16GB, Intel 730 480GB SSD, EVGA 850W power. Windows 10 x64 operating system.
In addition to standard tools such as PCMark, 3DMark and CineBench, I also used several tests to assess the power of the CPU and GPU as well as the ability to battle at 4K resolution. The system runs with default parameters and the test results are only recorded if there is no significant difference between the tests.
For your reference, I will compare the score of the Ryzen 3 1300X with Ryzen 5 1600X and Ryzen 7 1800X. Note that the Ryzen chips do not have integrated graphics processing cores (iGPUs), so depending on your needs you add a discrete graphics card. And this will help optimize the hardware configuration when playing games or need powerful graphics processing.
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Test results
Overall, the performance of the test configuration is impressive under the support of Titan X graphics, enough to help you participate in adventure or a fierce battle at 4K resolution with the map set. High quality graphics. The minimum frame rate is always higher than 30 fps, giving the player a compelling, engaging game experience.
Needless to say, except for some high-CPU-intensive games as well as multi-threaded capabilities like ARMA3, you notice the difference in performance between multiple processors and fewer cores. In the remaining games, the graphics card is still the most important factor determining the ability to process images. So the game results of Ryzen 3 1300X with Titan X graphics is no less the mid-range 1600X and R7 1800X.
Back to the standard benchmark tool, you’ll easily notice the limitations of the Ryzen 3 1300X in multi-threaded, multi-threaded processing.
Specifically, the Cinebench R15 engine tests the rendering capability, the 1300X chips reach 147 points in the monolithic test and 535 points in the multi-core test; The corresponding R5 1600X is 181 and 706 respectively. With Geekbench 3, AMD’s Ryzen 3 scored 4,094 mono and multi-core performance points at 12,903 points. By direct comparison, the multi-threaded processing power of the 1300X is only 32.4% compared to the R7 1800X and is equal to half the R5 1600X.
Similar to the 3DMark test, the Ryzen 3 configuration reached 3,772 Fire Strike Ultra points, of which the graphics hit 3,754 points and the CPU was 7,931 points. With the TimeSpy test designed to harness the power of the DirectX 12 library, the system reached 4,632 points in which the Titan X graphics reached 5,034 points and the 1300X CPU reached 3,191 points. Considering the CPU alone, the Ryzen 3 chip score is also lower than the corresponding 39.9% to 59.6%.
Regarding compression and compression of the 128 MB sample library, the 1300X data compression rate reached 15,880 MIPS (million instructions per second) while the decompressing task reached 13,790 MIPS . Of course, the result is still significantly lower than the Ryzen 7 1800X in the same task, respectively, of 29,583 and 44,387 MIPS.
Temperature, power consumption
Evaluate the heat dissipation and power consumption of the test configuration (not including the monitor and the CPU running at the default clock frequency) through 3DMark graphics tests, temperature and power system recorded via the Ryzen Master tool and Logger Lite in about 22 degrees Celsius.
In idle mode, the chip temperature oscillates at 33 degrees Celsius and the power consumption of the test configuration is 77.7W (measured in average); compared to the midrange R5 1600X chip is 41.5 degrees Celsius and the corresponding power of 68.2W. In the stress test of the system with 3DMark, the 1300X chip temperature oscillates at 49 degrees Celsius, down to 10 degrees Celsius compared to 1600X and the highest power consumption is only 303.3W .
This is quite normal as the R3 1300X is a quad-core, while the R5 1600X has 6 cores with 12 threads, so the power consumption is higher.
Product overview
The Ryzen 3 1300X is a shortened version of the R5 1500X that only cuts in multi-threaded parallel processing and maintains most of the specs to compete directly with the Intel Core i3-7300. Unfortunately, I have not had a chance to try this Core i3 so I’m not referring to the performance comparison.
However, through the above tests, can still see the strength of the AMD Ryzen chip in the single-threaded processing applications are not less than the edge of the middle and high-end chips. This is a design limitation due to only four cores and does not support SMT (Simultaneous Multithreading) technology, so it affects the power of the 1300X in multi-threaded applications.