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Calculate the energy efficiency of the unit, which means a higher clock speed with the same power consumption and heat generation. Combining all of these improvements is expected to increase performance per watt between the 5000 and 6000 series by 54%. Other improvements to the

manufacturing process have also increased the energy efficiency of AMD computing units by 30%, which means higher clock speeds with the same power consumption and heat generation. Combining all of these improvements is expected to increase performance per watt between the 5000 and 6000 series by 54%.

software and drivers have always been an area where AMD has lagged behind Nvidia in the past. Although it seems that Nvidia still maintains this advantage, according to the exposure of the new 6000 series, this gap seems to be narrowing.

is different from the previous generation, the 6000 series is compatible with "DirectX 12 Ultimate", which will provide more protection for the latest graphics effect options that we can expect to appear in AAA games in the next few years. Especially compared to the 5000 series that does not support DX 12 Ultimate. Graphics features supported by the 6000 series include grid shading, variable speed shading, and sampler feedback, as well as Microsoft’s DirectStorage technology to reduce loading time. "Radeon Boost" and "Radeon AntiLag" technologies should also increase response time and reduce the latency of new cards. An important addition to the

back card is the inclusion of ray tracing support. Although early third-party tests indicated that the Nvidia version of the technology may be 33-59% more effective than the AMD version, some ray tracing is still much better than zero ray tracing, and the 5000 series does not have this technology at all. Similarly, DLSS (Deep Learning Super Sampling) is still a proprietary technology unique to Nvidia, which is lacking in new AMD cards. AMD mentioned that they are developing their own version of this technology, which essentially uses artificial intelligence to help scale high-resolution images, but we don’t know when this so-called "super resolution" will be available, nor do we know it How will the effect be. Proof: Either way, this is another advantage of the new graphics card over the previous generation of AMD.

Finally, the two functions of "Rage Mode" and "Intelligent Access Memory" (SAA) are the key points of this reveal. You can find more information about these two features here, but in essence, Rage mode is the one-click overclocking feature that the new card will come with, and SAA (the more interesting of the two) is the new card's emergence One way. Ryzen CPU interaction is more direct. With graphics card memory, improve performance. For those who have a Ryzen 5000 CPU and also have the necessary 500 series motherboards, improving this feature may mean that the FPS performance of the RX 6800 XT is increased by 2% to 13%, for example, exceeding the performance configuration of the card in different situations. Although we don't know how this extra FPS performance will be replicated to any low entry point cards that may be introduced for the 6000 series in the future, we can definitely expect them to have the same technology. If you plan to buy one of the new Ryzen CPUs, the additional investment that this may bring can be upgraded to the more attractive Ryzen 6000 series.

software and drivers have always been one of the areas where AMD has lagged behind Nvidia in the past. Although it seems that Nvidia still maintains this advantage, according to the exposure of the new 6000 series, this gap seems to be narrowing.

is different from the previous generation, the 6000 series is compatible with "DirectX 12 Ultimate", which will provide more protection for the latest graphics effect options that we can expect to appear in AAA games in the next few years. Especially compared to the 5000 series that does not support DX 12 Ultimate. Graphics features supported by the 6000 series include grid shading, variable speed shading, and sampler feedback, as well as Microsoft’s DirectStorage technology to reduce loading time. "Radeon Boost" and "Radeon AntiLag" technologies should also increase response time and reduce the latency of new cards. An important addition to the

back card is the inclusion of ray tracing support. Although early third-party tests indicate that the Nvidia version of the technology may be 33-59% more effective than AMD's, some ray tracing is still much better than zero ray tracing, and the 5000 series does not have this technology at all. Similarly, DLSS (Deep Learning Super Sampling) is still Nvidia's proprietary technology, missing from new AMD cards. AMD mentioned that they are developing their own version of this technology, which basically uses artificial intelligence to help update images to high resolution, but we do not know when this so-called "super resolution" will be available, or if it will be available. To test the effect of the graphics card, anyway, this is another advantage of the new graphics card over the previous generation of AMD graphics cards.

Finally, the two functions of "Rage Mode" and "Smart Access Memory" (SAA) are the key points of this disclosure. More information on these two features can be found here, but in essence, rage mode is the one-click overclocking capability that the new card will come with, and SAA, the more interesting of the two, is the more direct interaction of the card. new Ruilong CPU A way to combine graphics card with video memory to improve performance. For those who have a Ryzen 5000 CPU and also have the necessary 500 series motherboards, improving this feature may mean that the FPS performance of the RX 6800 XT is increased by 2% -13%, which is more than the one on the card. in different environments. Although we don’t know how this extra FPS performance will be replicated to any low entry card that may be launched for the 6000 series in the future,

If you plan to buy one of the new Ryzen CPUs, then upgrading to the Ryzen 6000 series may be more tempting. The

6000 series is AMD’s first real entry into the world of 4K gaming. According to AMD’s data, the performance is about twice as high as the previous generation. The RX 5700 XT is a popular product in the 5000 series and is the graphics card used by AMD in the benchmark test, although they did not specifically mention which 6000 series graphics card they compared it with.

In the end, the 5000 series is only really used for 1440p displays; although 4K can be used, it will never be able to compete with Nvidia's highest product. The aforementioned Infinity Cache hardware enhancements and future support for SuperResolution controller technology should mean that even if the new 6000 series cannot completely beat Nvidia in the 4K and 8K areas, they will certainly bring challenges. If you consider 4K gaming, even at this stage, the choice to upgrade to the 6000 series seems clear. The

6000 series is AMD's first real entry into the world of 4K gaming. According to data from AMD, the performance is roughly double that of the previous generation. The RX 5700 XT is the most successful of the 5000 series and is the graphics card used by AMD in the benchmark test, although they did not specifically mention which 6000 series graphics card they are being compared to.

In the end, the 5000 series is only really used for 1440p displays; Although 4K can be used, it will never be able to compete with Nvidia's superior products. The aforementioned Infinity Cache hardware enhancements and future support for SuperResolution drive technology should mean that even if the new 6000 series cannot completely beat Nvidia in the 4K and 8K areas, they can certainly present challenges. If you consider 4K games, then even at this stage, the choice to upgrade to the 6000 series seems clear.

In addition to comparing the performance of the RX 5700 XT with the next-generation 4K FPS performance (shown above), AMD’s presentation did not further compare games between 5000 and 6000 series games. Although we cannot see any proper 1440p or 1080p benchmark comparisons before independent testers use the new GPU, we can draw some conclusions from the benchmark tests we have.

The lowest RX 6800 in the new 6000 series is compared with the Nvidia RTX 2080 Ti in many games, and the overall improvement in FPS ranges from slight to significant (although smart memory access is enabled). We know that compared with the most powerful 5700 XT in the AMD 5000 series, the FPS of the RTX 2080 Ti has increased by approximately 2530%. This illustrates the huge performance difference between the currently available 6000 series and 5000 series, which ultimately target different prices and target markets. In the end, before the release of the low-end RX 6000 card, direct benchmarking of the RX 5000 card with the RX 6000 series did not help much, and the card will provide more comparable products.

In addition to comparing the performance of the RX 5700 XT with the next-generation 4K FPS performance (shown above), AMD’s presentation did not further compare games between 5000 and 6000 series games. Although we cannot see any proper 1440p or 1080p benchmark comparisons before independent testers use the new GPU, we can draw some conclusions from the benchmark tests we have.

The lowest RX 6800 in the new 6000 series is compared with the Nvidia RTX 2080 Ti in many games, and the overall improvement in FPS ranges from slight to significant (although smart memory access is enabled). We know that compared with the most powerful 5700 XT in the AMD 5000 series, the FPS of the RTX 2080 Ti has increased by approximately 2530%. This illustrates the huge performance difference between the currently available 6000 series and 5000 series, which ultimately target different prices and target markets. In the end, before the release of the low-end RX 6000 card, direct benchmarking of the RX 5000 card with the RX 6000 series did not help much, and the card will provide more comparable products. Putting all of these together, we can say with certainty that the 6000 series provides substantial improvements in terms of architecture and the accompanying software and driver support compared to the 5000 series cards. If you are looking for AMD cards that perform well at 4K resolution, then the RX 6800, RX 6800 XT and 6900 XT are almost the only games in town. Similarly, if you plan to buy a new Ryzen 5000 series CPU from AMD anyway, the additional performance synergy provided by Smart Access technology seems worth considering upgrading to one of the newer Radeon RX 6000 series, assuming that your wallet can stretch so far.

However, at this stage, what is more uncertain is if you are not interested in 4K performance, or if you want to upgrade from a mid-range or low-end AMD card (basically the entire 5000 series, even RX 5700 XT) to a similar price. The three AMD 6000 cards currently available are designed to challenge Nvidia's most powerful card, not the mid-market one, and the cheapest (RX 6800) has an expected RRP of $ 579. If this is out of your price range, we suggest that you wait until early 2021, when we can better understand AMD's plans for cheaper entries in the 6000 series (if applicable). We will continue to provide you with the latest news

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