Can you beat and surpass? Yingchi HOF Pro DDR5 8000 24G × 2 memory experience sharing

1、 Preface

Players who like to wrestle with hardware know that there was a very famous stem a few years ago, which roughly means that if anyone can exceed the main frequency of the CPU to 10G, then all mankind will thank you.

Over the years, although the main frequency of the CPU is getting higher and higher, the air cooling is still at the beginning of 6GHz, including liquid nitrogen limit The world record for overclocking is just over 9GHz, which is still far from the target of 10GHz. Instead, the memory was the first step to reach the goal of 10GHz. Even at the beginning, the 10GHz frequency of liquid nitrogen ultra is nothing. Later, the record of air-cooled ultra frequency has reached 11GHz.

For a moment, it seems that 10GHz has become a small goal, as if everyone can achieve the achievement of "all mankind should thank me".

San Ge, as a struggling player, is addicted to human food. He also wants to try to challenge small goals and experience the rush of "all mankind thank me". So he has a pair of Yingchi HOF Pro DDR5 8000 48GB (24G × 2) memory to see how much it can exceed.

First, let's reveal the overclocking results. One of the two memories has a slightly better physique, reaching 9GHz, and the other has a slightly worse physique, reaching 8.8GHz. Although this is still far from the achievement of "all mankind thank me", compared with the previous achievements of Brother San, it has undergone tremendous changes.

In the process of tossing, I was also deeply impressed by the memory of this pair of Yingchi HOF Pro DDR5 8000 48GB (24G × 2). Now I will share the process of tossing and overclocking with you, hoping to give some reference to the players who are like you.

2、 Unpacking Introduction

I have played with HOF Pro DDR5 7600 16G × 2 memory before. This time, the particles of HOF Pro DDR5 8000 24G × 2 have been replaced by the new M-DIE (3Gb) particles. This particle adopts the non-standard 3Gb specification, which has a larger capacity than the traditional 2Gb particles. At the same time, thanks to more advanced process, the voltage and power consumption are lower, so the overclocking potential is also stronger.

In terms of the external packaging of the memory, the style of the memory is the same as before, and it is still based on the extremely simple white color.

Back view.

The interior is placed in shock absorption foam, which is very protective.

The classic HOF pure white vest is adopted, and its appearance is treated by electrophoresis technology, so the texture and grade are directly pulled full.

Look at it from another angle.

HOF LOGO adopts the high light section shape, and after power on, there will be a circle of RGB light effect on, which has high appearance and full playability.

The back of the memory is basically the same as the front.

The close-up of the tag shows that the XMP frequency is directly given to 8000MHz, and its timing is also controlled to the lower C38-48-48-128, which is a rare high-frequency strip in the market.

The memory supports the dynamic RGB light effect. The top light guide bar and the hollowed out HOF LOGO outline on the side can create a flexible and beautiful through dynamic light effect. At the same time, the memory light effect also supports the light control of major board manufacturers Software Regulation and high playability.

The memory uses selected high-quality particles and is designed with 10 layers of PCB, which is the guarantee for its stable operation at high frequencies.

3、 Test and overclocking experience

The test platform is as follows.

It should be noted that for the 8000MHz+memory, if you want to support it normally, not only the IMC constitution of the CPU should keep up, but also the support of the motherboard. At present, the motherboards of 2 memory slots can support many frequencies up to 8000MHz+, but the motherboards of 4 memory slots can support fewer frequencies up to 8000MHz+. Take my existing accessories for example, try again and again. On the contrary, this Seven Rainbow iGame Z790D5 FLOW motherboard can perfectly support this pair of Yingchi HOF Pro DDR5 8000 memory. There are some problems with other four slot boards.

When loaded into the host, the style of HOF Pro memory perfectly matches the white host.

Close up one.

Try RGB lighting effect again, and see the overall effect first.

The memory light effect is also very cool.

From this angle, you can see the hollowed out HOF LOGO outline on the side.

Of course, pure white is YYDS.

To start the test, first check the memory specifications.

It can be seen that four groups of frequencies are preset for the memory SPD, of which the first three are JEDEC frequencies. The details are as follows:

The first group is JEDEC 4800MHz (CL 42-39-39-77), and the voltage is 1.1V; The second group is JEDEC 4800MHz (CL 46-39-39-77), and the voltage is 1.1V; The third group is JEDEC 4800MHz (CL 50-39-39-77), and the voltage is 1.1V.

The preset frequency of the fourth group is XMP 8000MHz (CL 38-48-48-128), and the voltage is 1.4V.

Now let's start the theoretical test, 7-ZIP compress 、 decompression Benchmarking starts.

In this test, the compression performance and decompression performance of XMP are significantly improved compared with the default frequency, and the compression performance is increased by up to 29.30%, which shows that the addition of high-frequency memory to office performance is very huge.

AIDA64 Cache&memory benchmark.

In this test, when XMP is enabled, compared with the default frequency, the read, write, and copy performance of the memory are significantly improved by 50.26%, 47.17%, and 59.76%, respectively.

The delay is also reduced by 23.8ns.

For the productivity application test, first try our media video transcoding performance.

In this test, the time spent in video transcoding is reduced by 15s when XMP is turned on compared with silent frequency, and the reduction is 15.15%, which is equivalent to an increase of 15.15% in editing efficiency. If it is a large batch of tasks, the total time saved is still considerable.

V-Ray CPU rendering test.

In this test, when XMP is enabled, the rendering speed is also improved compared with the default frequency.

To test the graphics performance, first look at the parameters of the graphics card used in the test.

In the 3Dmark series tests, when XMP is turned on, compared with the default frequency, the graphics scores are improved. Among them, the 3Dmark Fire Strike test has the largest increase of 8.33%.

In the game test, six games are selected for comparison test, and these six games are considered to eat more memory frequency.

At 1080P resolution, when XMP is enabled, compared with the default frequency, the frame rate of each game has been greatly improved, with Rainbow 6: Siege as the most important, which has increased by 104.00 frames, with a percentage of 15.48%; Next are "Survival of the Jedi: Escape", "Island Horror 5" and "Island Horror 6". The increase values are 74.01, 52.00 and 46.67 frames respectively, with the increase percentages of 25.53%, 25.37% and 25.36%, which is very exaggerated.

After the resolution is increased to 1440P, the improvement of each game is still very fierce. Among them, "Jedi Survival: Escape" has an increase of 69.47 frames, with an increase of 24.10%; "Island Frightening 5" increased by 57.33 frames, with an increase of 28.96%; Lonely Island 6 has an increase of 46.67 frames, or 27.13%. Therefore, players interested in such games should not forget to upgrade their graphics cards to the flagship, but also their memory.

Overfrequency test.

Since the 14900K IMC I have is of average physique, we changed the U to 14600KF for the overclocking part. This is a small sculpture I just received with extra money recently. According to the seller, IMC has the strength of 9000MHz+. Let's try it now.

First, use the form of a single channel to try the limit After some debugging, the memory with the tail number of D83 can finally reach the high frequency of 9000MHz. Of course, this is just for exploring limit , so the timing is ignored.

The memory with the tail number of DB7 is a little inferior, and finally reaches 8800MHz.

Then combine the two memories and try dual channels.

My U IMC does have the strength of 9000MHz+, but it is only limited to the second channel. The first channel can only reach 8600MHz. Due to the short board effect, the dual channel can only reach 8600MHz at most. At this frequency, this pair of memories can pass the AIDA64 test, but due to the short board effect, the dual channel 8600MHz is not very stable.

So, I lowered the gear one more time, and when it reached 8400MHz, it was completely stabilized.

Voltage and small screenshots are attached.

AIDA64 has passed the test stably, and its memory performance is fairly good.

In this test, Yingchi RTX4090 metal master AIO OC graphics card and Yingchi HOF EXTREME 50 2TB SSD were also used. By the way, players interested in building a whole family bucket can refer to them.

First, take a look at the AIO OC graphics card of the RTX4090 Metal Master of Yingchi. Because it is a water-cooled version, the external package of the graphics card is relatively large, and its appearance pattern is quite like a metal mechanic, which is in line with the name of "Metal Master".

The attachment provides 12VHPWR power supply adapter cable, quality assurance card and cold exhaust fixing screw.

Due to the water cooling and heat dissipation, the main body of the graphics card is relatively small, and its shell is designed with pure white metal armor, with excellent appearance and texture.

The water inlet and the water outlet are located on the top of the graphics card, and they are both rotatable for angle adjustment. A 12VHPWR interface is set beside the water inlet and outlet.

The back plate is made of all metal and white sprayed.

The graphics card adopts the Cold Mist Star liquid cooling system. The white cold exhaust and fan have a high color value, and are equipped with a silent water pump and efficient 360 water cooling to ensure heat dissipation.

Close up of the fan. The cold exhaust is equipped with three 12cm 7-blade fans as standard, which can give consideration to both efficiency and noise.

The SSD selects the Yingchi HOF EXTREME 50 2TB. The SSD uses the PCIe 5.0 interface, and its continuous read and write speed can easily break ten thousand (10000MB/s), which is very suitable for fever level players.

The SSD outer packaging is still the classic HOF style, and the white appearance looks very simple and refreshing.

List of accessories. Considering that the SSD of PCIe 5.0 has a large heating capacity, a radiator with fan is provided in the accessories.

At a glance, the main control chip of the SSD is the group PS5026-E26, and the cache chip is Hynix LPDDR4, with a single capacity of up to 4GB.

Nand particles are Magnesia 232 layer 3D TLC, 512GB for a single chip, 4 for the front and back sides, forming a 2TB capacity.

There are two other Nand particles under the sticker on the back.

It looks very good when combined with the complimentary radiator.

A close-up shows that the texture of the radiator is really very good.

Run a CrystalDiskMark test to see that the SSD performance is still very strong. Whether it is continuous reading and writing, or 4K speed, it belongs to the top level.

4、 Summary

It can be seen from the test and overclocking experience that the memory of this pair of Yingchi HOF Pro DDR5 8000 24G × 2 is really very strong. In addition to maintaining the HOF Pro's consistent exquisite workmanship and good appearance, it is also very outstanding in performance. After XMP is enabled, compared with silent frequency, it has significantly improved in office, productivity, games and other applications. Of course, the most surprising thing is its excellent overclocking potential. Two memories, one has the potential of 8800MHz, and the other has the potential of 9000MHz. It is just a little short of achieving the achievement of "all mankind should thank me". I think it is very suitable for pursuing limit It is used by local tyrant players.

Of course, there are also some disadvantages. For example, there are high requirements for the CPU's IMC. I have five U's (one 13600KF, one 13700KF, one 14600KF, one 14700K, and one 14900K), and only three U's (13600KF, 14600KF, and 14900K) can directly light it. This memory also has high requirements for the motherboard. Many four slot boards cannot turn on XMP to light up, so if you want to use it well, you should try to use dual slot boards such as APEX or titanium engraving.

In addition, the price of this memory is also a little expensive for ordinary players, but I think its target is not ordinary players. For extreme players, this amount of money is nothing. After all, I have seen a rich man who bought 50 i9s in order to choose a carved U. You know, the 49 that he lost on his free fish are about 500 on average, The sum of money is enough to buy a 4090, so the small amount of money for memory is not a problem for them.

That's all for sharing. I hope it will be helpful for you to purchase memory. Thank you!