

Components
Intel’s new mobile processors won’t really be new. Core i9-13900HK differs from Core i9-12900HK only in frequencies
The flagship mobile processor of the new generation lit up in Geekbench.
The Core i9-13900HK model has 14 cores, of which only six will be large. The software indicates frequencies of 2.6-5.2 GHz, but earlier there was evidence that the maximum frequency of the novelty will be 5.4 GHz, which will be 400 MHz more than the Core i9-12900HK. At the same time, judging by the amount of cache memory, we are actually talking about the same processor, that is, the Core i9-13900HK will not receive an updated architecture with large Raptor Cove cores. And even if the top-end CPU is like that, then even the younger ones are even more so.
Simply put, the entire new line of mobile 13th Gen Core CPUs will be a rebranded and somewhat accelerated 12th Gen Core line. True, the Core i9-13950HX model with 24 cores may still come out, but it is not a fact that it will receive a new microarchitecture.
Judging by Geekbench, the Core i9-13900HK is almost the same as its predecessor in terms of results.

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

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

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

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.
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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