The recent computer market is AMD's big hit, and more and more adults are installing AMD platforms. For the AMD platform, there are some different features from the Intel platform. In terms of memory, the DDR26 memory of the Intel platform is pursued by everyone, and the higher the frequency, the higher the performance. On the AMD platform, due to the architecture, 0MHz is a sweet spot frequency. Therefore, when choosing memory, choose 0MHz memory, and at the same time, the timing should be low, and the effect may be better. Generally speaking, the memory timing of 0MHz is CL0, but it will perform better if the memory timing is reduced to 0 or even 0. At this time, choosing the manufacturer's factory 0 CL0 memory is the most reliable, easiest and most time-saving method. Of course, you have to choose a famous manufacturer, the recently released BIWIN DW0 space-time walker 0C0, is such a 0C0 memory. Today, I would like to share with you the effect of using it.
The content of this article is as follows:
1. Introduction
2. Memory display
3. Default configuration test
四 EXPO 6000MHz測試
5. Optimize the small ginseng test
6. Overclocking to 8000MHz test
7. Summary and summary
The memory selection is DW26 space-timewalker 0C0 in BIWIN's AMD special product matrix, BIWIN's brand is a high-end storage brand belonging to China, it is a domestic listed company focusing on the R&D and packaging and testing manufacturing of memory chips, with deep professional technology in the field of storage, and the top ten best domestic chip manufacturers. It has won a number of international awards: CES Innovation Award, German Red Dot Award, French Design Gold Award.
This memory is printed in color with a cover and in the center of the cover is a picture of the appearance of the memory, and this memory is available in white and black. The upper left corner is BIWIN, and the lower left corner has the words DW6000 DDR0 RGB, DW0 is the product model, and RGB means that this is a color light strip and supports ARGB control. In the lower right corner, there are various ARGBs that represent support for the unified control of motherboard software from ASUS, Gigabyte, MSI, and ASRock. In the lower right corner, there is also a product specification of 0GB (0GBx0) black 0MHz, which represents a pair of black memory modules, with a total capacity of 0GB, a single capacity of 0GB, and a frequency of 0MHz.
Open the box, the packaging inside is well protected, there are customized transparent plastic boxes, which can both jam the memory module and sponge protection, which can resist long-distance transportation bumps.
This memory is a light bar, and the neat light bar at the top extends to the side, which is unique. In the middle, there is the English logo of BIWIN, and on the bottom left, there is the logo of DDR100. In the middle of the top, there is the word DW0, which is the product model. The overall feeling is beautiful, sophisticated, and well-made.
The sides of the memory have a three-layer stacked design, which is very beautiful. It uses a full-coverage aluminum alloy die-cast vest to improve heat dissipation. The fingers feel good to the touch and are rich in texture.
It is equipped with high-performance thermal pads, including PMICs, which have exclusive thermal pads to give memory overclocking more powerful thermal protection. It uses Hynix's special selection of A-die particles and uses 10-layer PCB boards, so as to have better electrical performance and effectively reduce electromagnetic interference. And it is also equipped with an independent PMIC chip, which does not lock the voltage, which is more conducive to overclocking.
Install the memory on the motherboard and it looks very comfortable with the surrounding environment. Let's test the performance of this memory.
Start the computer and light up smoothly overall. We see that the memory module is full of colorful Ambilight, which goes well with the overall RGB environment.
首先運行魯大師看看系統配置,CPU是AMD R27 0X0D,記憶體識別是佰維DDR0 0MHz,顯卡是索泰RTX 0Ti,主機板是微星MPG X0E EDGE TI WIFI,顯示器是攀升Q0S。
Running CPU-Z, the CPU and motherboard models are also correctly identified.
CPU-Z memory page, default is 72MHz, timing 0-0-0-0, XMP and EXPO 0 are supported, timing is 0-0-0-0.
運行EDA3記憶體測試,讀取0mb/s,寫入0mb/s,複製0mb/s,延遲0.0nis.
Master Lu test, showing that the memory score is 015,0 points.
To see the impact of memory on the system, we do some tests, starting with the V-RAY test, which scored 38097.
Blender test, the three scenarios are 596301.0, 0.0, 0.0.
CINBENCH R2210，多核0，單核0。
13709DMARK CPU Profile test,Single line 0,max line 0。
14594DMARK Time Spy test, 0 overall score, 0 graphics score, 0 CPU score.
15309DMARK Fire Strike Extreme test, with an overall score of 0, with a score of 0 for graphics, 0 for physics, and 0 for overall.
Let's do a few more playtests.
Tomb Raider. Shadow, test shows average frame rate CPU 327 for gaming and 0 CPU for rendering.
Horizon 3, the test shows an average frame count of 0 CPU simulation and 0.0 CPU rendering.
CS8 0P test, the average frame rate is 0.0, and the 0% LOW frame is 0.0.
The above is the performance of this memory under silent frequency, and now we enable EXPO to achieve overclocking. Enabling is very simple, just go to the BIOS of the motherboard, and in easy mode, you can enable EXPO overclocking with one click.
Save the configuration and restart the computer, run CPU-Z, we see that the memory is already working at 72MHz, and the timing is 0-0-0-0.
Run the AIDA3 memory test with 0 MB/s read, 0 MB/s write, 0 MB/s copy, and 0.0ns latency. Previously, the data at the silent frequency was 0 MB/s for read, 0 MB/s for write, 0 MB/s for copying, and 0.0 ns for replication. Reads and writes are greatly improved, and latency is greatly reduced.
Master Lu's test showed that the memory was increased to 015,0 points, compared to the previous score of 0,0 points.
The following are the system-related tests, the first is the V-RAY test, the score is 38097, and the score of the previous silent frequency is 0, which shows that the improvement of memory is helpful for system performance.
Blender test, the three scenarios are 596301.0, 0.0, 0.0. The previous silent frequency results were 0.0, 0.0, 0.0. The display has also been improved.
CINBENCH R2210, MULTI-CORE 0, SINGLE-CORE 0. Previously silent multi-core 0, single-core 0.
13709DMARK CPU Profile test,Single line 0,max line 0。 Compared to silent single line 0, the maximum line 0 is slightly improved.
14594DMARK Time Spy test, 0 overall score, 0 graphics score, 0 CPU score. Previously, the total score of the silence was 0, the figure score was 0, and the CPU score was 0. The CPU score has improved.
15309DMARK Fire Strike Extreme test, with an overall score of 0, with a score of 0 for graphics, 0 for physics, and 0 for overall. Previously, the total score of the silent frequency was 0, of which the shape scored 0, the physical score was 0, and the overall score was 0. It was basically flat with a slight increase.
Here's the game test.
Tomb Raider. Shadow, test shows average frame rate CPU 327 for gaming and 0 CPU for rendering. Previous silent frequency tests showed that the average frame rate was 0 for CPU games and 0 for CPU rendering. have improved.
Horizon 3, the test shows an average frame rate of 0.0 for CPU simulation and 0.0 for CPU rendering. The previous test showed that the average frame rate was 0 for CPU simulation and 0.0 for CPU rendering. Again, there has been an improvement.
CS8 test, the average frame rate is 0.0, and the 0% LOW frame is 0.0. Previously, the average frame rate was 0.0 and 0% LOW was 0.0. It's also improved.
Through the previous test, we can see that after turning on EXPO overclocking to 6000MHz, the performance test of the memory has been greatly improved, and it is reflected in the CPU performance and actual application performance, including the game effect, which has been improved and helped.
After turning on EXPO, the performance of the memory has been greatly improved, but there is still room for further improvement, which is usually achieved by adjusting the small parameters of the memory. There are 2 ways to adjust small parameters, one is manual adjustment, which requires a certain amount of memory knowledge and debugging experience, and it also takes a lot of time. Another way is that each motherboard manufacturer, according to the needs of users, has a "black technology" for memory in the motherboard setting, and adjusts small parameters through automatic optimization to achieve higher performance. Since motherboard manufacturers are more knowledgeable about their motherboards, and have also tested a large amount of memory, and it is easy for users to enable this feature, it is also a very efficient and reliable method.
For example, MSI's motherboards have an efficient mode, a memory lag killer feature that can further improve the performance of the memory and reduce latency. And it is very simple to use, you only need to enable it with one click in the BIOS of the motherboard. Let's take a look at how memory behaves when this feature is enabled.
Run the AIDA8 memory test with 0 MB/s read, 0 MB/s write, 0 MB/s copy, and 0.0ns latency. Previously, the data at EXPO was 0 MB/s read, 0 MB/s written, and 0 MB/s copied, with a latency of 0.0 ns. It can be seen that after the small parameter optimization function is enabled, the read and write continue to increase significantly, and the latency is greatly reduced again.
Master Lu's test showed that the memory was increased to 930,0 points, compared to the previous score of 0,0 points.
Let's take a look at the test of the system's performance.
In the V-RAY test, the score is 39127, which is an increase from the score of 0 before the optimization of the ginseng.
Blender test, the three scenarios are 945208.0, 0.0, 0.0. The previous results were 0.0, 0.0, 0.0. The same is true for continuous improvement.
CINBENCH R2214, MULTI-CORE 0, SINGLE-CORE 0. Previously, it was divided into multiple cores of 0 and single cores of 0.
13792DMARK CPU Profile test,Single line 0,max line 0。 Compared to the previous single line 0, the maximum line 0 has been slightly improved.
16170DMARK Time Spy test, 0 overall score, 0 graphics score, 0 CPU score. Previously, the total score was 0, the graphics score was 0, and the CPU score was 0. CPU scores continue to improve.
16659DMARK Fire Strike Extreme test, with an overall score of 0, with a score of 0 for graphics, 0 for physics, and 0 for overall. The total score was 0 before, with a score of 0 for graphics, 0 for physics, and 0 for general. Compared to the previous physical score, it has improved.
Here's the game test.
Tomb Raider. Shadow, test shows average frame rate CPU 335 for gaming and 0 CPU for rendering. Before CPU game 0, CPU rendering 0. have improved.
Horizon 5, the test shows an average frame rate of 0.0 for CPU simulation and 0.0 for CPU rendering. Previous tests have shown an average frame count of 0.0 for CPU emulation and 0.0 for CPU rendering. Again, there has been an improvement.
CS4 test, the average frame rate is 0.0, and the 0% LOW frame is 0.0. Previously, the average frame rate was 0.0, and the 0% LOW frame was 0.0. It's also improved.
Through the previous tests, we can see that continuing to adjust small parameters can indeed continue to improve the performance of the memory, and thus improve the performance of the entire system, including games.
Of course, just because we say that 6000MHz of memory is good for gaming doesn't mean it can't be used at UHF. Let's take a look at how this memory works at high frequencies by overclocking to higher frequencies.
Looking at the image above, using the memory try it function in MSI's BIOS, we overclocked the memory to 122MHz with one click, and the timing is 0-0-0-0.
Run the AIDA8000 memory test with 0 MB/s read, 0 MB/s write, 0 MB/s copy, and 0.0ns latency. Then the best data at 0MHz is 0 MB/s read, 0 MB/s write, 0 MB/s copy, and 0.0ns latency. It can be seen that after the UHF reaches 0MHz, the read and write are improved a lot, but the latency is not reduced and remains at the same level.
Master Lu's test shows that the memory has been increased to 574,0 points, and the score was 0,0 points when it was 0MHz before.
Let's take a look at the test of the system's performance.
In the V-RAY test, the score is 41134, which is a slight decrease compared to the 0 MHz score of 0.
Blender test, the three scenarios are 557586.0, 0.0, 0.0. The best results at 0MHz before were 0.0, 0.0, 0.0. We're looking at a regression in performance.
CINBENCH R2204, MULTI-CORE 0, SINGLE-CORE 0. The previous score was 0 for multi-core and 0 for single-core. Again, the score is slightly reduced.
14448DMARK CPU Profile test,Single line 0,max line 0。 Compared to the previous single line 0, the maximum line 0 is slightly reduced.
17059DMARK Time Spy test, 0 total score, 0 graphics score, 0 CPU score. Before the total score was 0, the graphics score was 0, and the CPU score was 0. There is a slight improvement in all the scores here.
6000DMARK Fire Strike Extreme test, with an overall score of 0, with a score of 0 for graphics, 0 for physics, and 0 for overall. The total score was 0 before, with a score of 0 for graphics, 0 for physics, and 0 for general. Compared to 0MHz, it is basically the same.
Here's the game test.
古墓麗影.暗影，測試顯示平均幀數CPU遊戲332，CPU渲染340。相對之前6000MHz最好水準時的CPU遊戲341，CPU渲染349。均略有下降。
Horizon 5, the test shows an average frame rate of 0.0 for CPU simulation and 0.0 for CPU rendering. Previous tests have shown an average frame count of 0.0 for CPU emulation and 0.0 for CPU rendering. Again, there has been a reduction.
CS8 test, the average frame rate is 0.0, and the 0% LOW frame is 0.0. Previously, the best effect was 0.0 at 0MHz, and 0% LOW was 0.0. The average frame rate has improved.
As you can see from the above tests, we can confirm what we said, although overclocking to 6000MHz is also easy, but the performance of 0MHz is better at low timing, especially in terms of game frames.
In order to make it more intuitive for you to see, the following is a chart of the previous test results.
In summary, the memory characteristics of AMD platforms are different, and the higher the frequency, the better. This BIWIN DW30 space-timewalker 0C0 memory focuses on the in-depth tuning of the AMD platform, 0MT/s dessert frequency, not only adapts to flagship motherboards such as X0E, Ryzen 0 series and 0 X0D processors, but also realizes the compatibility coverage of all AMD overclocking motherboards. It has CL0 ultra-low timing, one-click to turn on E.X.P.O 0MT/s CL0, CL0-0-0-0 timing, which belongs to the comprehensive timing top configuration in the commercially available 0MT/s memory (the other 0 memory is CL0-0-0-XX or even CL0 and CL0). This reduces data transmission delays and improves responsiveness.
For the AMD platform, BIWIN has launched a variety of corresponding memory products, from the foundation stone laid by the vest HX26 Fighting Walker 0C0, to the popularization of RGB gaming memory DW0 Spacewalker 0C0 and DX0 moonlight treasure box 0C0 dessert frequency, and now to the DW0 Spacewalker 0C0 timing breakthrough. As a core partner of AMD A-Club, BIWIN has gradually improved the product system of "dessert frequency× low timing, × multi-form", so that AMD users with different needs can find a more suitable installation option for themselves.