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Should you use a professional graphics card for gaming? Nvidia RTX A4000 benchmarks let you know what’s what

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It’s no secret that professional video cards from AMD and Nvidia technically practically do not differ from gaming ones. Is it advisable to use such an adapter for games? The source decided to find the answer to this question and test the Nvidia RTX A4000 (previously it would belong to the Quadro family).

Technically, this is almost a copy of the GeForce RTX 3070 Ti. It has the same 6144 CUDA cores, twice as much memory (16GB versus 8GB), but the GPU and memory frequencies are lower. Can the RTX A4000 even come close to the RTX 3070 Ti?

Should you use a professional graphics card for gaming?  Nvidia RTX A4000 benchmarks let you know what's what

Should you use a professional graphics card for gaming?  Nvidia RTX A4000 benchmarks let you know what's what

As you can see, no. Even an overclocked professional card lags behind the RTX 3070, and even more far from the RTX 3070 Ti. Without overclocking, the A4000 competes directly with the RTX 3060 Ti. Thus, the reduced memory and GPU frequencies are in no way compensated by the doubled memory size. On the other hand, even at 4K, on ​​average, a professional card provides 50-60 fps, which is very good.

Should you use a professional graphics card for gaming?  Nvidia RTX A4000 benchmarks let you know what's what

It’s also worth noting that the RTX A4000 uses a lot less power, and overclocking doesn’t really affect that. The card requires about 150 watts less power than its gaming counterpart, which is impressive. Even the Radeon RX 6600 XT is lagging behind in terms of consumption, and in fact it is also much less productive.

There is no point in buying an RTX A4000 instead of a gaming graphics card. Real prices in Europe start from 1300-1400 euros, and for this money you can now buy an RTX 3080 or Radeon RX 6900 XT, which are much more productive.

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Ryzen 5 2400 and GeForce GTX 1060 are required to play the “best game of all time” at Full HD resolution. Requirements for the PC version of God of War published

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The developers of God of War, recognized in October this year as the best game of all time, have published the system requirements for the PC version – it will be released on January 14. In general, to play at Full HD resolution and a frame rate of 30 fps, an average PC performance by today’s standards is sufficient: with 8 GB of RAM, a quad-core Core i5-6600K processor and a GeForce GTX 1060 video card. “Is a completely different story.

Ultra is 4K resolution and 60fps frame rate. This requires a processor of at least Intel Core i9-9900K or AMD Ryzen 9 3950X, 16 GB of RAM and a video card of at least GeForce RTX 3080. “Intermediate” quality settings High and Performance require video cards GeForce GTX 1070 and GeForce RTX 2070, respectively. For all quality levels, one thing is invariable – the presence of 64-bit Windows 10 and 70 free gigabytes on the SSD.

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AMD credited with ordering 4nm processors from Samsung

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Historically, AMD has worked with two semiconductor contract manufacturers: TSMC and GlobalFoundries. According to the latest report from Gokul Hariharan, an analyst at JP Morgan, AMD may soon bring in another manufacturing partner to release the processors. The point is that AMD can start cooperation with the South Korean giant Samsung and use the proprietary 4LPP technical process, which is the second generation of technical processes based on the use of 4 nm standards. It has been selected for AMD APUs for Google Chromebooks – mobile computers that require low power consumption to maximize battery life.

AMD may take this step in late 2022, since Samsung’s 4LPP process technology will be available in mass production by then. This means that the first AMD APUs from Samsung could hit the market in late 2022 or early 2023. Of course, the cooperation between the two companies can be much broader. AMD is allegedly evaluating the possibility of using Samsung’s 3nm manufacturing processes to launch other products from different segments in 2023 or 2024. The parties have not yet entered into appropriate agreements, therefore, the information provided by JP Morgan should be taken with a grain of salt.

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Why are Intel Z690 motherboards so expensive? Named a component that has risen in price three times in comparison with Intel Z590

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Motherboards for Intel Alder Lake processors based on the Intel Z690 chipset have noticeably increased in price compared to their predecessors: the most affordable models are estimated at about $ 250, and the cost of the top ones reaches 2,000 euros. But if everything is clear with the top-end ones, then with the basic and middle-level models – not very much. Did the revised power subsystem, DDR5 and PCIe 5.0 support lead to this?

Not really. The support for DDR5 and PCIe 5.0 had practically no effect on the price, but the power subsystem really came out more expensive. Intel Z690 uses IMVP 9.1 specifications instead of IMVP8 and uses SPS instead of DrMOS converters. Taken together, all the changes have resulted in each phase of the power supply of the Intel Z690 costing twice as much as in the Intel Z590.

Interestingly, the chipset itself is almost on a par with its predecessor: $ 50 – the price of Intel Z590 and $ 51 – the cost of Intel Z690. But there is one component that has tripled in price! And alas, without this component in any way. It’s about the socket itself. Surprisingly, about half the number of contacts has led to a threefold increase in the cost of the socket. If the processor socket for the LGA115x CPU cost about five dollars, then the LGA1700 cost 10-15 dollars, and this is the wholesale price when ordering a very large batch of chipsets.

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