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AMD is not going to follow the path of Intel AMD is not going to follow the path of Intel

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AMD is not going to follow the path of Intel. The company believes that it makes no sense to develop processor cores of different classes

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AMD does not see the point in creating separate specialized processor cores for certain types of tasks.

AMD is not going to follow the path of Intel.  The company believes that it makes no sense to develop processor cores of different classes

At the conference, AMD Senior Vice Presidents Forrest Norrod and Ruth Cotter spoke about the company’s strategy in the server market. In particular, the topic of developing specialized cores for certain tasks and AMD’s vision of this direction was touched upon. Recall that Intel is preparing to release the second generation of heterogeneous consumer CPU Core with two types of different cores on different microarchitectures.

AMD believes that such an approach does not make sense either for itself or for its customers.

We don’t. It’s too hard for us. It’s too complicated for our clients. It’s simple… and it’s not necessary

However, in fact, AMD will also soon begin to release processors with slightly different cores. So far only in the server segment, but still. Recall that the Epyc CPUs of the Genoa line will rely on the usual Zen 4 cores, but the Bergamo CPUs will use slightly different Zen 4C cores. But the bottom line is that this is not a different microarchitecture – AMD just made some changes to the cores (there is evidence of less cache memory) to make them smaller. Now the company also explained that Genoa will be the main and universal line, and Bergamo will be focused primarily on cloud servers. In addition, there will also be some Ciena CPUs that we have not heard of before. AMD says that they will be very suitable for telecommunications companies and will be more affordable.

I think, first of all, we definitely see that the market is now wide enough and diverse enough to meet the needs of a cloud company running a large, scalable service like Google Search or Amazon Webstore.

This is very different from the needs of an enterprise, which may use a form of virtualization with 24 cores per server, so there are different points of optimization to provide the fastest, most efficient, and most efficient solution.

And so we have long thought that at some point we will have to start expanding our portfolio. And our analysis was, look, we can hit the middle of the waterway with essentially one product, one socket, one architecture, until we get about 20% market share (server). And then at that point we would — if we wanted to keep growing, which is our goal, we would have to expand the portfolio, which we did.

We’ve announced the Zen 4 generation, which we’re going to start announcing – start rolling out later this year with the Genoa CPU. So the Genoa is a 96-core lineup that’s great for sort of the center of the fairway and great for many cloud computing and HPC applications.

But then we also created the Bergamo line with an increased core count to 128 cores, which is heavily focused specifically on cloud applications and is really designed for such workloads, and then we are going to introduce the Ciena line, which is aimed at a cheaper platform, but still very suitable. for telecommunications companies, small and medium businesses.

The differences between these products do provide very well optimized platforms for each of these segments. But the products also have a lot in common. So it’s the same Zen 4 design. We make a different part design for each of the different segments. But all software, all code is the same.

Software that is compatible across the board, and it’s not like we have another kernel with a different instruction set architecture. We don’t. It’s too hard for us. It’s too complicated for our clients. It’s simple… and it’s not necessary. And so we tried to achieve as much similarity as possible in the basic elements, and then innovate in the configuration of these elements in order to optimize them for each of these segments.

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Very quiet, but very thick RTX 4070 Ti. Sycom GeForce RTX 4070 Ti Silent Master presented with Noctua fans

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Very quiet but very thick RTX 4070 Ti Sycom GeForce

Another video card with a Noctua cooler has appeared on the market. And she’s incredibly fat again.

Very quiet, but very thick RTX 4070 Ti.  Sycom GeForce RTX 4070 Ti Silent Master presented with Noctua fans

Sycom introduced the GeForce RTX 4070 Ti Silent Master, which received Noctua fans. As you can see in the photo, without fans this is a two-slot adapter, but with them it already takes up four slots. Actually, there are simply no high-performance models with Noctua fans for at least three expansion slots, although the same Sycom previously released a two-slot RTX 4060 Ti.

Like the lower-end cards, the new product uses Noctua NF-A12x25 PWM fans and a special frame for mounting them, developed by Nagao.

As the name implies, the new product should stand out primarily for its quiet operation. Compared to the MSI model, according to Sycom’s own measurements, the noise level is much lower: 43.6 versus 55.1 dB. Temperatures are also lower, but not as significantly: 74.5 versus 79.3 degrees.

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The old GeForce RTX 3060 will still fight. Nvidia is going to reduce the price of this video card and extend its lifespan to combat AMD

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The old GeForce RTX 3060 will still fight Nvidia is

Nvidia will extend the life of the GeForce RTX 3060 video card. Reportedly, this adapter will continue to be in service to better deal with AMD’s new products.

The old GeForce RTX 3060 will still fight.  Nvidia is going to reduce the price of this video card and extend its lifespan to combat AMD

created by DALL-E

IT Home resource says that the RTX 3060 will not be discontinued anytime soon. It will have to compete with the Radeon RX 6750 GRE. The latter was released in China at a price of 2200 yuan, that is, about $310, while the RTX 3060 in China costs about $280. At the same time, the AMD card is noticeably more productive, so, as expected, the RTX 3060 may become a little cheaper. True, in this case, Nvidia will create two problems for itself at once: reducing the price of the RTX 3060 will lead to the fact that it will be more attractive and the RTX 3050, which will cost quite a bit less, and at the same time the RTX 4060, which, although a little faster, will already be significantly more expensive than its predecessor . But, apparently, the prospects for good sales pay for all this. Besides, this is still a temporary solution.

Let us remind you that the RTX 3060 leads the Steam statistics, occupying almost 10%, and the RTX 4060 is still far from the success of its predecessor.

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Processors have become too multi-core. Default Linux Arm 64-bit core kernel build can’t handle a pair of 192-core Ampere CPUs

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Processors have become too multi core Default Linux Arm 64 bit core

While modern x86-compatible processors, thanks to AMD, have reached the mark of 128 cores per CPU, processors based on the Arm architecture have long since crossed this mark, and this has become a problem. As it turns out, the Linux operating system is not yet ready for this.

Processors have become too multi-core.  Default Linux Arm 64-bit core kernel build can't handle a pair of 192-core Ampere CPUs

photo: Ampere

The question was raised by Ampere, which released its 192-core CPUs on Arm. The problem is that two such processors in one system means 384 cores, and today the 64-bit main Linux Arm kernel build only supports up to 256 cores. To solve this problem, Ampere itself introduced a patch that proposes to increase the Linux kernel limit to 512 cores using the “CPUMASK_OFFSTACK” method. In fact, support can be increased to 8192 cores at once, but the limit of 512 was chosen for the sake of economy, since support for each CPU core adds about 8 KB to the size of the kernel image.

It is reported that without patches, support for more than 256 kernels in Linux will not appear until next year, when Linux 6.8 is released.

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