1. Introduction
With the advancement of manufacturing processes and technology, DDR5 memory has made great progress in frequency and performance compared to when it was first launched. At the same time, the styles are becoming more and more abundant, and various high-frequency strips and light strips have sprung up like mushrooms after a rain.
Of course, most of the time, you get what you pay for in electronic products. The higher the specification, the higher the price. For wealthy players, they can naturally ignore the price, but for ordinary players, they must consider the specifications and price comprehensively to find a balance point.
So, is there any DDR5 memory that can take into account both specifications and price in the near future? The answer is of course yes. Acer Predator has launched a DDR5 - Vesta II DDR5 6000 RGB 16G×2. This memory has solid workmanship, great heat dissipation, powerful performance and cool lighting effects. The third brother will share it with you below!
2. Unboxing the
memory. The outer packaging is dressed in cool black. The pattern on the front is a rendering of the memory when it is working, giving people a feeling of coolness and unlimited technology.
The back is an introduction to the technical features of the product.
memory is placed in anti-static blister packaging, and the inner box is equipped with shock-absorbing foam, which is very protective.
memory adopts black and white aluminum alloy frost cooling vest, which has good appearance and good heat dissipation effect. At the same time, it has a temperature sensor inside to support real-time monitoring of memory temperature, which provides guarantee for safe operation of memory.
A close-up, the frosted metal heat sink looks very high-quality. The lower side of the heat sink adopts a grooved design, which can increase the surface area of the heat sink, thereby improving heat dissipation efficiency.
A view of the back of the memory.
memory uses carefully selected original chips and supports Intel XMP 3.0 and AMD EXPO technology. The frequency can reach 6000MHz. At the same time, its timing control reaches CL 36-38-38-76, which is a relatively excellent level.
memory supports immersive RGB light effects, which can achieve 16.8 million colors. It also supports the lighting control software of major board manufacturers, enabling various gameplays.
LOGO close-up.
end close-up.
3. Testing and experience The
test platform configuration is as follows:
test uses an open platform.
A close-up picture shows that the memory vest is still a bit high. When used with a dual-tower radiator like the Kyushu Fengshen AK620, the front fan needs to be slightly raised to make it compatible.
Since it is a light bar, it is natural to check the lighting effect. The effect is still very good.
The lighting effect of the logo on the right side is full of atmosphere.
also looks good if adjusted to all white.
Look at the CPU-Z hardware information again. The default frequency of the memory is DDR5 4800MHz (CL 40-39-39-76).
After turning on XMP, the frequency reaches 6000MHz (CL 36-38-38-76).
starts testing below, CPU-Z benchmark test.
It can be seen that when XMP is turned on, single-core and multi-core performance are improved to a certain extent compared to silent frequency.
chess benchmark test, since the software can only test a maximum of 16 threads , and the number of threads (24) of 13700K far exceeds 16, so only its single-thread performance is tested here.
It can be seen that the single-thread performance of the CPU is significantly improved when XMP is turned on compared to silent mode.
7-ZIP compression and decompression benchmark test.
In this test, when XMP is turned on, the system's compression and decompression performance are greatly improved compared to silent mode.
AIDA64 memory and cache benchmark.
In this test, when XMP is turned on, memory reading, writing, and copying performance are greatly improved compared to silent mode.
latency is also significantly reduced.
graphics theoretical performance, 3Dmark Fire Strike benchmark.
It can be seen that when XMP is turned on compared to silent mode, the total score and graphics score are improved to a certain extent.
Dmark Time Spy benchmark.
It can be seen that when XMP is turned on compared to silent mode, the total score and graphics score are improved to a certain extent.
However, after all, the theoretical test is somewhat different from the actual game scene, so here we selected games that are sensitive to memory frequency such as "PlayerUnknown's Battlegrounds", " Far Cry 5", " Far Cry 6", "Total War Legend: Troy", " Civilization 6" and "Rainbow Six: Siege" for testing.
It can be seen that when XMP is turned on compared to the silent frequency, the frame rate of each game has been greatly improved. Among them, the larger ones include "Rainbow Six: Siege", "PlayerUnknown's Battlegrounds" and "Far Cry 6", etc. The frame rates have been improved to 53.00, 29.05 and 25.00 respectively, so players who like to play such games should use high frequency bars as much as possible.
In addition to improving the average frame of the game, the high-frequency bar can also greatly improve the lowest frame, making the game's frame rate more stable.
overclocking test shows that this memory has great overclocking potential. After some exploration, it can easily reach DDR5 7200MHz.
Add some timing appropriately. After many attempts, it can be stabilized by adding CL 36-44-44-96.
is successfully lit.
Try running AIDA64. It can be seen that the reading speed directly breaks through the 100GB/s mark, and the writing and copying speeds also exceed 90GB/s. Comparing
, it can be seen that the memory reading, writing and copying performance are further improved after overclocking.
Latency has also been reduced.
4. Summary
As the saying goes, a good horse comes with a good saddle. The performance of the recent Intel 13th generation and AMD ZEN4 platforms is obvious to all. However, to give full play to the performance advantages of the new platforms, it is not enough to rely on the CPU alone. After all, the PC is a whole and is limited by shortcomings. Other accessories must also keep up.
can be seen from the test that the memory performance adds a lot to the overall performance of the system. Whether it is daily applications, productivity applications or gaming and entertainment, the performance of high-frequency memory is significantly improved compared to low-frequency memory. Therefore, I personally recommend that you try to choose high-frequency memory if possible.
In this test, the Acer Predator Vesta II DDR5 6000 RGB 16G×2 memory not only has solid workmanship and good appearance, but also has excellent performance. This memory uses carefully selected original chips and supports Intel XMP 3.0 and AMD EXPO technology. The high frequency of 6000MHz and the 13700K+RTX4080 high-end platform can perfectly unleash its performance. At the same time, this memory also has considerable overclocking potential, which can be easily overclocked to 7200MHz, further enhancing the overall performance of the system.
and above are shared here. I hope it will be helpful to everyone when choosing memory. Thank you for your appreciation!
