The new 5nm Zen4 architecture blessing, Ryzen 7000 epoch -making upgrades are super fierce!

Four AMD Ryzen 7000 table processor starting evaluation

On August 30 this year, AMD officially released the Ryzen 7000 -type machine processor based on the 5nm Zen4 architecture. The first debut of the lineup includes four main models from 16 to 6 cores. In addition to the increase of IPC by 13%, the Ryzen 7000 series has also been hugely upgraded. Compared with Ryzen 5000, it has increased by 800MHz, which provides up to 29%of the single -threaded performance increase. At the same time, the Ryzen 7000 is also equipped with a new AM5 platform, which provides support for new specifications such as PCIE 5.0, DDR5, and USB 4. Compared with the Zen3 Ryzen 5000, which has been in the past three years, it is a comprehensive upgrade.

↓↓↓ Click the video to understand the test details ↓↓↓

Zen3 to Zen4, process progress architecture upgrade

The Zen4 architecture has evolved again, 5nm process, new front end, and AVX-512 brought great performance improvement

Taken together, the Zen4 architecture brings 13%IPC improvement, the maximum acceleration frequency is increased to 5.7GHz, and the highest performance of the single -core performance has increased by 29%

Since the birth of the Zen architecture Ryzen processor, each upgrade and replacement AMD will improve the architecture significantly. Among these improvements, the most representative includes the design of independent I/O DIE from Zen to Zen2 for the first time, from Zen2 to Zen3 to share the 16MB three -level cache every 4 cores to 8 core sharing 32MB three caches. These are ultimately reflected in the actual performance of the Ryzen processor, making it a good record in the confrontation with competing products, and even created the miracle of Zen3's "three -year war and three generations" in the competition. So, what surprises will Zen4 give us this time? Judging from the data released by AMD before, the Zen4 architecture brought up to 13%of the IPC improvement compared to the same frequency. Thanks to the industry's leading 5nm process, the Zen4 architecture can provide a acceleration frequency of up to 5.7GHz. In summary, the single core performance has been improved by up to 29%. How did these improvements come true from the perspective of micro -architecture? AMD also gave a detailed introduction.

First take a look at the summary of the key point of the Zen4 micro -architecture.

● Branch prediction has been upgraded

● Big operation cache

● Big instructions failure queue

● Big integer/floating -point register file

● Deeper buffer penetrates the core

● Floating point unit provides high energy efficiency AVX-512 support

● Improvement of loading/storage efficiency

● The secondary cache is increased to 1MB/8-WAY

From an overview, it can be seen that the front end, execution engine, loading/storage and cache of the Zen4 micro-architecture have been upgraded, and the AVX-512 instruction set that can greatly improve the performance of floating-point performance is also added. AI acceleration can get great performance growth. Let's take a look at the detailed introduction below.

In the front -end part, Zen4 focuses on raising the branch forecast, from 1 upgrade to 2 per cycle of Zen3, and the branch target buffer (BTB) has also increased. The L1 BTB increased by 50%(2 × 1K upgraded to 2 × 2 × 1.5K), L2 BTB also increased by nearly 8%(2 × 6.5K upgraded to 2 × 7K). The operation cache (OP CACHE) increased by 68%, and 9 macro operations can be performed per cycle (zen3 is 8). Provide 6 operations between 6 cycles between integer and floating points.

Execute the engine part, an increase of 25%of the failure instruction queue, providing a larger integer/floating -point register file and a deeper buffer through the core. Realize the distribution bandwidth of 10 integers+6 floating -point per cycle.

The load/storage part increases the queue by 22%, the data cache port conflict has been further decreased, and the L2 DTLB increases by 50%. 3 memory operations can be completed per cycle, up to 3 times and 2 storage can be achieved, and 6 Table Walkers can be provided.

The cache hierarchical structure part, the second -level cache of 1MB of 1MB brings high efficiency. Each core can support more unpopular hits from the secondary cache to the third -level cache from the third -level cache to the memory. In addition, like Zen3, Zen4 is also a 32MB three -level cache in the 8 cores of CCX.

Zen4's newly added support for AVX-512 is a point that everyone is more concerned about. From the perspective of official data, compared with Zen3, in the performance test of the onnx of AVX-512 131%, multi -threaded INT8 integer performance can be increased by 247%. Moreover, the Zen4 processor will not reduce frequency when performing the AVX-512 instruction set (it will not need a lower AVX-512 Offset frequency like Intel processor to ensure that it will not be overheated), which is also brought by 5nm advanced technology High -energy efficiency than dividends. Zen4 continues to adopt a small chip combination method of CCD chip plus IOD (I/O DIE), while the new IOD chip not only uses a 6nm process that is more advanced than the Zen3 IOD 12nm process, but also integrates the RDNA2 display unit for the first time. Of course It means that the entire Ryron 7000 unit processor will standardize the RDNA2 core display. In addition, Zen4's IOD also optimizes AMD Infinity Fabric bus, provides DDR5 memory controller, and has 28 PCIE 5.0 channels (16 is used for independent display, 8 items are used to go out of NVME, and 4 are used for the motherboards with the motherboard. Chip communication), also inherited the low power consumption mode derived from the mobile platform Ryzen 6000 series.

Let's take a look at the built -in RDNA2 core display in Zen4 IOD. It has two sets of computing cores, with a maximum acceleration frequency of 2.2GHz. It supports up to 4K/60Hz display output. It is also compatible with the Hybrid Graphics mode. It is completely competent as a low -power foundation display device. In addition, it also supports AV1 decoding, H.264/HEVC codec, DP 2.0 UHBR10 and HDMI 2.1 FRL, and multimedia functions are also excellent.

From the summary diagram of the upgrade of the Zen4 micro -architecture, it can be seen that there are 9 main upgrades of Zen4, of which the income queue increased from 72 to 88. Micro operations have been increased from 4K OPS to 6.75k OPS (+69%), each core 2 The grade cavity has been increased from 512KB to 1MB, L2 TLB from 2KB to 3KB (+50%), INT Regs increased from 192 to 224 (+17%), FP REG raised from 160 to 192 (+20%), ROB heavy sorting The cache increased from 256 to 320 (+25%), L1 BTB, and L2 BTB, respectively from 2 × 1K and 2 × 6.5K to 2 × 1.5K (+50%) and 2 × 7K (+8%). Of course, everyone may also notice that the L2 and L3 delay of Zen4 have increased slightly. In fact, this is also a change in other upgrades. What we need to pay attention to is actually the final performance improvement.

So how much performance improvement does the Zen4 architecture improve? Judging from the official data, in the case of 4GHz frequency, Zen4's IPC has increased by 13%, and from the schematic diagram on the right, it can be seen that the performance income ratio of the front end of the Zen4 micro -architecture is the highest, followed by the highest percentage of performance income, followed by the second, followed by, followed by, followed by, followed by, followed by, followed by, followed by, followed by, followed by, followed by, followed by the highest performance. The load/storage part and the branch prediction part are finally the secondary cache and execution engine with double capacity.

The core voltage of Zen4 of the 5nm process has further reduced by about 4.8%compared to Zen3, which is also very practical to improving the energy efficiency ratio. In terms of physical specifications, the 5nm process has greatly increased the integration of Zen4. Its CPU DIE has been reduced from 80.7mm2 of Zen3 to 70mm2, while the number of transistors has increased from 4.15 billion to 6.5 billion. Under the premise of a narrowing area of ​​3mm2, the number of transistors increased from 2.09 billion to 3.4 billion. So, will higher integration affect cooling performance? The subsequent measurement links will answer this question.

In general, thanks to the energy efficiency advantages of 5nm process, under the same performance, Zen4 is 62%higher than Zen3's energy efficiency; while the same power consumption, Zen4's performance is 49%higher than Zen3's performance. This upgrade range can be said to be quite powerful. Next, let's take a look at the specific products of the Ryzen 7000 unit processor processor.

All in place! The first evaluation set 4 Ryzen 7000 first watch the first to watch

The Ryzen 7000 series assessment set includes all 4 U, which will be officially released on September 27. The price of the RMB is 5499 yuan, 4299 yuan, 2999 yuan, and 2249 yuan, which are relatively preferential than the previous generation.

The Ryzen 7000 series is packaged with a new AM5, and the unique "octopus" shape is highly recognizable

Remove the top lid 7000, you can see two 5nm CCDs and a 6nm IOD

There are 4 products in the Ryzen 7000 family who debuted, and we have got all models. The flagship Ryzen 9 7950X has 16 cores and 32 threads, the basic frequency is 4.5GHz, the maximum acceleration frequency is 5.7GHz (F-MAX frequency can be further increased to 5.85GHz), with 16MB second cache (each core 1MB) and 64MB three cache (Each CCD is equipped with 32MB), TDP is 170W. From this specification, it can be seen that the Ryzen 9 7950X has surpassed the Core i9 12900KS 200MHz or more in terms of the highest frequency. The flagship Ryzen 9 7900X has 12 cores 24 threads, the basic frequency is 4.7GHz, the maximum acceleration frequency is 5.6GHz, and the TDP is also 170W. The cache part also meets the number of core quantities. The secondary cache is 12MB, and the shared tertiary cache maintains the maximum capacity of 64MB.

The main 8 -core main force this time is not the Ryzen 77800X that everyone previously speculated, but the Ryzen 77700X, the basic frequency of 4.5GHz, the maximum acceleration frequency of 5.4GHz, TDP is 105W, the cache configuration of a single CCD is naturally 8MB two Class cache+32MB three -level cache. Maybe AMD retains the position of Ryzen 77800X in the future to surprise players.

The dessert Ryzen 5 7600X that everyone is particularly concerned about is of course 6 -core and 12 threads, the basic frequency is 4.7GHz, and the maximum acceleration frequency is 5.3GHz. From the official data, the comprehensive game performance has even exceeded the Core i9 12900K. Maybe this Ryzen 5 5 Want to play a "silent second".

Ryzen 7000 can only be used with the 600 -series motherboard with the AM5 interface. The memory is only compatible with DDR5. It supports the EXPO technology launched by AMD for the DDR5 memory "one -click overclocking", which greatly improves the frequency of memory and reduce the delay of memory, so as to obtain better. Game experience. And AMD officially stated that when the DDR5 6000 (Fabric bus frequency is set to automatic), the frequency of the memory controller of the Ryzen 7000 is exactly 1 to 1. "Dessert" memory settings.

In addition, the Ryzen 7000 built -in 28 PCIE 5.0 channels, 16 articles for independent display, 8 articles for NVME solid state drives, 4 to communicate with the motherboard chip (X670 Extreme two motherboard chips with dual chips are also PCIE 4.0 between PCIE 4.0 × 4 bandwidth). This means that the AM5 platform can also provide up to two processors to provide up to two processors direct PCIE 5.0 × 4 m.2 sockets. Preparation of "Future".

For the motherboard part of the Ryzen 7000, AMD released four 600 -series motherboard chips (groups), including X670/X670 Extreme (using dual chip combinations) and B650/B650 Extreme. Among them, Extreme's version is facing fever players and high -performance users. For example, the top flagship X670 Extreme supports the dual PCIE 5.0 graphics card slot and the dual PCIE 5.0 m.2 socket. It also has the strongest overclocking capacity of the 600 motherboard. In addition, the X670 and B650 Extreme are equipped with at least 1 PCIE 5.0 graphics card slot and a PCIE 5.0 m.2 socket; the B650 is equipped with at least 1 PCIE 5.0 m.2 socket.

In the interface part, the AMD 600 series motherboards are equipped with the AM5 processor socket of LGA1718, which can provide 230W TDP output. Although the new "octopus" shape of the Ryzen 7000 is different from the previous AM4 Ryzen, it is completely compatible in terms of radiator fastening. As long as the player's radiator can be used, it does not need to be replaced.

Gigabyte X670E AORUS MASTER Super Carving

As for the motherboard of the test platform, we chose Gigabyte X670E AORUS MASTER.它采用AMD 600系主板芯片中最高端的X670 Extreme双芯片组合，搭载了豪华的16+2+2相数字供电，其中16相处理器供电更是配备了105A MOSFET芯片，连2相核显供电和2 phase assisted power supply is also equipped with a 90A MOSFET chip to reach the level of the top flagship. In addition, the motherboard is also equipped with Gigabyte AOCT technology, which can intelligently switch the preset PBO and full -core manual overclocking mode. Whether it is a single -core performance game application or a multi -threaded professional application, it can make the Ryzen 7000 the most The good frequency state responds.

The motherboard is equipped with a powerful stacked heat dissipation fin for the VRM circuit. The built -in 8mm high -efficiency thermal tube and the advantageous heat conduction stickers are added to provide a reliable heat dissipation backing for the processor power.

In addition to the use of 8 -layer 2 ounces of copper PCB, the X670E super carving is also equipped with the PCIE 5.0 graphics card slot of the SMD process, and the alloy armor is installed, which not only increases the firmness, but also greatly improves the anti -interference ability. In terms of memory, the motherboard is also equipped with alloy armor, and also supports AMD EXPO one -click overclocking technology, and easily supports DDR4 6400+ high -frequency memory. In the storage system, it provides two direct PCIE 5.0 × 4 m.2 sockets, plus two PCIE 4.0 × 4 sockets, which can easily upgrade large -capacity high -speed SSDs. At the same time, on the first PCIE 5.0 × 4 socket, it is also equipped with an ultra -thick heat dissipation armor with 1.4cm, and the other three M.2 sockets are also equipped with extended heat dissipation armor to fully ensure the heat dissipation of high -speed SSDs.

Next, let's take a look at the actual performance of the Ryzen 7000.

Actual combat test: Zen4 has a huge comprehensive improvement, and productivity performance is particularly eye -catching

testing platform

Processor: AMD Ryzen 9 7950X

AMD Ryzen 9 7900X

AMD Ryzen 7 7700X

AMD Ryzen 5 7600X

Hedoristan: Gigabyte Water Carving PRO 360

Memory: Gigabyte AORUS DDR5 6000 16GB × 2

Motherboard: Gigabyte X670E AORUS MASTER

Graphics card: Gigabyte Radeon RX 6950XT GAMING OC 16G Magic Eagle

Hard disk: Gigabyte AORUS GEN4 7000S SSD 2TB Titanium Eagle

Power: Gigabyte UD1000GM PG5

Operating system: Windows 11 Professional Edition

In this test, we also chose the Core i9 12900K, Core i7 12700K, Core i5 12600K, and Ryzen 5000 in the 12th generation Core for comparison. In the test, the Resize Bar function is turned on in the motherboard, and the DDR5 6000 mode of memory is enabled.

Performance test

First look at the conditions of the benchmark. It can be seen that the CPU-Z single-core score of Ryzen 9 7950X has reached 807 points, which has increased by more than 100 points compared to the previous Ryzen 9 5950X, which has reached 15%; Ryzen 9 7900X, Ryzen 77700X, and Ryzen 7700X and Ryzen 7700X and Ryzen and Ryzen 7700X and Ryzen and Ryzen 7700X and Ryzen and Ryzen 7700X and Ryzel Ryzen 5 7600X also increased by about 100 points compared to the previous generation's pairing products, which was even greater.

In terms of multi -core, the score of Ryzen 9 7950X has once again refreshed the record, which is close to 16,000 points. Compared with the Ryzen 9 5950X, it has increased by nearly 30%, and it is 38%higher than Core i9 12900K. It can be seen that its performance is really powerful. Ryzen 9 7900X's score also exceeds Core i9 12900K, which is similar to the Ryzen 9 5950X. Ryzen 5600X multi -core performance is also relatively great than the previous generation. The Core i5 12600K only maintains a certain advantage by relying on the 4 more small cores.

Let's take a look at the results of Cinebench R23. Here, the single -core score of Ryzen 9 7950X has successfully reached the top. Xiaosheng Core i9 12900K, but compared with the previous generation of Rylon 9 5950X, the increase has increased by more than 23%, which is very powerful. The single -core score of the mainstream Ryzen 5600X in R23 can also be flat or Xiao Sheng Core i7 12700K, which is in line with AMD's official R23 performance performance.

The performance of the R23 multi -core aspect is even more eye -catching. The Ryzen 9 7950X score has exceeded 38,000 points, which is more than 30%compared to the Ryzen 9 5950X. 5950X, they all surpassed Core i9 12900K. The Core i7 12700K and Core i5 12600K have maintained a certain advantage over the number of small nucleus compared to Ryzen 77700X and Ryzen 5 7600X. Cinebench R20 is similar to R23. I won't go into details here. In short, the Ryzen 9 7950X and Ryzen 9 7900X are far ahead, which can be called the ceiling -level existence. The 7-ZIP multi-threaded test is completely the world of Ryzen 7000. All models of Ryzen 7000 have significantly surpassed the competing products.

In GeekBench 5, which supports AVX-512, the performance of the Ryzen 7000 series is very strong, especially the single-core performance. All models are 10%stronger than Core i9 12900K. The advantages are overwhelming. In terms of multi -core performance, Ryzen 9 7950X and Ryzen 9 7900X are also riding, and throw Core i9 12900K far behind. Sisoftware Sandra's CPU comprehensive test also includes projects that support AVX-512, so the test results are similar to GeekBench 5. Ryzen 9 7950X and Ryzen 97900X far away from competing products. The difference is that this time Ryzen 7 7700X and Ryzen 5 7600X are also better than the right competing products.

In general, from the results of the benchmark test, it can be seen that the single-core performance of Ryzen 7000 is indeed very great than the previous generation, and in addition to the CPU-Z, the single-core performance in the actual rendering test exceeds the right competition competition. Product, performance is satisfactory. In terms of multi -core performance, Ryzen 9 7950X and Ryzen 9 7900X can be called invincible existence in the audience. Next, look at the performance of productivity, first of all, the ADOBE family barrel. PR is more core performance. In the PR, the Ryzen 9 7950X has undoubtedly won the first place. Ryzen 9 7900X ranked second, and Core i9 12900K ranked below. So friends who have to assemble the PR editing host know how to choose. The wave of multi -core performance of Ryzen 7000 is indeed too powerful.

Photoshop eats more core properties. In this project, although the previous Ryzen 5000 seemed to be a bit strenuous in front of the 12th generation Core, the Ryzen 7000 recovered the field immediately. The performance of Ryzen 7700X is close to Core i9 12900K, and Ryzen 9 7950X and Ryzen 9 7900X are tied for first.

Lightroom is more sensitive to the performance of cache and memory. Compared with the situation where Ryzen 5000 faces the 12th generation Core, it is difficult to win in the 12th generation of Core. The Ryzen 7000 that supports DDR5 can be said to be angry. 9 7900X is almost no opponent. Taken together, for designers using Adobe family buckets, you can return to AMD from Intel's arms.

Finally, let's take a look at the performance of Da Vinci 17. It can be seen that the previous Ryzen 5000 and the 12th generation Core basically could not open the gap, but after the Ryzen 7000 joined the battlefield, it immediately won with a relatively obvious advantage. Something is a bit surprising.

All in all, in terms of video editing and image processing, the Ryzen 9 7950X and Ryzen 97900X can be said to be absolutely strong, and they have fully surpassed the 12th generation Core. Ryzen 77700X and Ryzen 5600X are more economical choices.

How about the 3D rendering test? It can be seen that whether in V-Ray, POV-Ray, Corona, or Blender, Ryzen 9 7950X and Ryzen 97900X are basically invincible. In fact, the 3D rendering performance of the Ryzen 5000 series is not afraid of the 12th generation Core, but the Ryzen 7000 is indeed too strong. Core i9 12900K is of course easier.

Of course, for this large nuclear architecture of AMD, the honesty -nuclear Ryzen 77700X and Ryzen 57600X are the application that is pursuing multi -nuclear performance. He Rui i5 12600K is a bit disadvantaged, but it is also a more economical choice on the new platform.

Finally came to the game testing session that the majority of players are most concerned about. First watch the e -sports online game. In the video test of "DOTA2", the Ryzen 7000 series can be said to be the best processor at the moment. Ryzen 57600X can also be the same as Core i9 12900K, which is really powerful. "World of Warcraft: Shadow Kingdom", as an ancient MMO game, eats CPU performance. From the test results, you can see that the 4 Ryzen 7000 clearly exceeds the Core i9 12900K, and the Ryzen 77700X and Ryzen 5600X performed better. In summary, the ancient engine of "World of Warcraft: Shadow Kingdom" is 8 cores The optimization should be the best. The overall gap between everyone in "Final Fantasy 14" is relatively small. The Ryzen 7000 series and Core i9 12900K are basically flattened. The game of "Legend of Total War: Troy" is not very optimized for the Ryzen series, but the Ryzen 7000 has tied the 12th generation Core, Ryzen 5600X and Core i5 12600K are the same.

Let's take a look at the traditional 3A masterpiece. In "Tomb Raider: Shadow" Ryzen 7000 fully won, obviously surpassed Core i9 12900K, Ryzen 9 7950X set a new high, and Ryzen 5 7600X all tied the Core i9 12900K. "Killer 3" is the game of Ryzen 7000's victory, and even Ryzen 57600X is also better than Core i9 12900K. Finally, let's take a look at the two racing games. The Ryzen 7000 series in "F1 2022" is close, all of which are better than the Core i9 12900K, and the advantages are relatively obvious. The situation of "Extreme Racing: Horizon 5" is similar to "F1 2022". The Ryzen 7000 series is also fully better than Core i9 12900K.

In summary, the game performance of the Ryzen 7000 of the Zen4 architecture is a lot compared to the Zen3 architecture, especially the previous Ryzen 5000 more weak games, which have made great progress. Although the Ryzen 9 7950X failed to beat the Core i9 12900K in all the tests, it has also achieved a large lead in superior games, the relative gap between the disadvantaged games has been reduced, and the comprehensive performance is still satisfactory. In fact, it is indeed the more interesting of Ryzen 57600X, which can get the game performance close to or even the small super Core i9 12900K in most games. Why can Ryzen 5 7600X do this? We can see that Ryzen 5 7600X's single -core maximum frequency can run to 5.45GHz, and it can even maintain a full -core 5.45GHz in the game, which provides sufficient guarantee for its game performance. For mainstream gamers, buying this U is indeed quite fragrant.

Power consumption and temperature performance

From the perspective of the Cinebench R23 test machine, the Ryzen 5600X, Ryzen 7700X, Ryzen 9 7900X and Ryzen 97950X are full of maximum power of 108.375W@功 5.25GHz, 134.726W@Full Core 5.1 GHZ, 188.901W@g g 5.1GHz and 215.622W@g 5.1GHz, which can maintain this power at this frequency, it can be seen that the energy efficiency ratio of the 5nm Zen4 architecture is very powerful. In addition, from the recommendation of AMD, a 240/280 water cooling can basically take Ryzen 7000. In terms of temperature, although the temperature is relatively high under the limit conditions of the test machine, the usual use is basically at the level of 60 ° C ~ 70 ° C (at about 28 ° C room temperature). no need to worry.

Setal performance performance

It is worth mentioning that this Ryzen 7000 series integrates the display unit of RDNA2, and players no longer need to buy a bright machine card. Although this RDNA2 set shows only 2 CUs, the frequency is as high as 2.2GHz, so the performance is not weak. The GPU score of 3DMark Timespy can even reach 733 points. The frame rate, low -quality 1080P resolution play the original God 3.0 can also be maintained at about 60fps in Sumi, so there is no big problem with lightweight gaming entertainment. In addition, the set display of Ryzen 7000 also supports the hardware codecs of AV1 decoding, H264 and H265, which can also be used at the same time as independent display. It is also very cool to assist the code when the game live. The delivery is in place.

Summary: Zen4 has a sincere upgrade, and the platform has stabilized for three years!

Let's summarize it briefly now. The Ryzen 7000 of the 5nm process Zen4 architecture is fierce? It is really powerful. The frequency of Ryzen 9 7950X ran to 5.75GHz at the default state. After the PBO is opened, the highest frequency can even reach 5.9GHz. This time, AMD can finally say that the frequency of competitive products is not high enough. In addition, the multi -threaded performance of the Consumer Consumer table processor also pulled the multi -threaded performance of the consumer -class desktop processor, and the performance of productivity creation is a great victory. Essence

In the game performance, Ryzen 7000 has obvious advantages compared to the 12th generation Core, especially in the game of "World of Warcraft: Shadow Country", "Tomb Raider: Shadow", "Killer 3" and other games. Large, and Ryzen 5 7600X even shows the performance that exceeds Core i9 12900K in some game masterpieces, which can be said to be very eye -catching. Don't forget, this is just the first show of the Ryzen 7000 gaming performance. Under the multiple optimization of drivers, operating systems, games, and motherboard BIOS in the future, there must be more potential to dig. For gamers who want to try the fresh Ryzen 7000, the Ryzen 77700X and Ryzen 57600X can be said to be the choice of desserts. The moderate core quantity and higher all -core frequency are more suitable for game applications, while Ryzen 9 7950X and Rui Rui Dragon 9 7900X is more suitable for designer users who pursue extreme productivity.

So what is the value preservation of the Zen4 platform? We know that AMD's AM4 platform has been last for more than 5 years. AMD users do not need to change the motherboard from Zen, Zen+, Zen2 to Zen3. This is also unique in DIY history. The AMD promises that the AM5 platform will last at least in 2025. It is equivalent to replacing the new platform for players to rest assured that it will not need to change the motherboard memory for 3 years. In this regard, AMD can be regarded as the industry's conscience and strength.

Moreover, in terms of the starting price, the four Ryzen 7000 processors are priced at 5499 yuan, 4299 yuan, 2999 yuan, and 2249 yuan, respectively. Relative to the previous generations of Ryzen 9 5950X, Ryzen 9 5900X, and Ryzen 7 5800X, they have lowered their down reduction. 550 yuan, 200 yuan, and 200 yuan, which is also a profit to consumers. Compared with the price increase of competitive products, it can be said that it is too sincere.

In addition, everyone noticed that the Ryzen 7000 supported DDR5 memory. Although the cost of upgrading was slightly higher in the early stage, from another aspect, this will undoubtedly accelerate the price reduction of DDR5 so that it will be popularized earlier.Although PCIe5.0 has not yet installed consumer -grade products, it is obvious that AMD will also play a certain role in promoting it.In general, these forward -looking "war futures" specifications of the AM5 platform play a positive role in the industry, and will also drive the industry's upgrade speed to a certain extent.All in all, AMD surrendered a satisfactory answer to Zen4 this time, which not only reached the promised performance increase, but also provided a set of stable platforms that gathered various advanced specifications and at least three years of failure to be outdated.Players start with the best choice of new computers.

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