#Intel_chipsets

[phonemantra-blog]

This is the Emerald Rapids generation The first leak has appeared on the Internet regarding the new Emerald Rapids generation Intel Xeon Scalable processors, which will be presented on December 14 along with Meteor Lake . [caption id="attachment_79561" align="aligncenter" width="780"] Intel processor[/caption] The flagship Xeon Platinum 8592+ has been revealed, which will offer 64 cores, which does not yet look particularly impressive compared to AMD’s 96-core monsters. And relative to Sapphire Rapids, this is an increase of only 4 cores. All cores, by the way, will be large. Technically, these are Raptor Cove cores, like the current Raptor Lake. The new CPU will receive 320 MB of third-level cache. The total with the L2 cache is already 448 MB. This will be one of the main improvements over the current generation Xeon Scalable. [caption id="attachment_79562" align="aligncenter" width="760"] Intel processor[/caption] The peak power of this Intel processor can reach 922W. 64-core Xeon Platinum 8592+ appeared on the Internet The test sample had frequencies of 1.9-3.9 GHz, and all cores can simultaneously operate at 2.5 GHz. The production CPU is expected to operate at frequencies of 2.0-4.0 GHz. The power limits PL1 and PL2 are 350 and 420 W, respectively. The peak reaches 764 W, but the CPU can be configured so that the value reaches 922 W. [caption id="attachment_79563" align="aligncenter" width="483"] Intel processor[/caption] The test copy in the CPU-Z benchmark scored 610 and 25,741 points in single-threaded and multi-threaded modes, respectively, but the result is not very good, which is apparently due to the unavailability of the software.

[phonemantra-blog]

Only two additional small cores work Intel continues to drum up interest in its upcoming Meteor Lake processors, which will be released in December. In a new video, Intel showed how the CPU copes with 8K video playback. More precisely, we are talking about video in 8K resolution at 60 fps. Such a load, which not so long ago was difficult even for large GPUs, is quite tough for Meteor Lake. But that's not all. If we talk about Full HD video, it’s not the graphics cores or main CPU units that handle the load, but those same two small cores integrated into the SoC tile, which so far remain dark horses. [caption id="attachment_64134" align="aligncenter" width="1920"] Intel[/caption] Intel showed something completely new. This test shows what they can be used for and what they are capable of. Thus, when playing video, the main cluster of processor cores and GPU can be idle, and the load will be taken by only two separate cores, which consume very little energy. Considering that Meteor Lake is exclusively mobile processors, such a solution can have a very positive impact on battery life. https://youtu.be/S7U_OVv0un4 Watch a video of Meteor Lake in action on Intel Core Ultra laptops with integrated Intel Arc graphics. We traveled to Malaysia to see how the GPU-powered smooth playback of high-bitrate 8K60 video footage, a task that required workstation-class hardware just a few years ago. In another demo, Meteor Lake's disaggregated architecture and focus on power efficiency enables 1080p playback with the CPU and GPU tiles disabled, using low-power E-cores and video decoding built into the SoC tile.

[phonemantra-blog]

Not all the details are available yet Intel already has samples of Lunar Lake processors, because one of them appeared in the SiSoft Sandra database. [caption id="attachment_63783" align="alignnone" width="780"] Intel's[/caption] The CPU was identified by the platform code name - LNL-M LPP RVP1. The software speaks of support for LPDDR5 memory, that is, this is a mobile processor. The presence of 20 cores, a frequency of 3.91 GHz, and a rated power of 17 W is also indicated. Intel's "lunar" processor was tested for the first time. [caption id="attachment_63784" align="aligncenter" width="780"] Intel's[/caption] Of course, the release of these CPUs is still a long way off, so many parameters may change significantly. Let us remind you that first, we will see the release of Meteor Lake processors at the end of this year, then sometime next year Arrow Lake will be released, and after that, it will be Lunar Lake’s turn. At the same time, Lunar Lake processors are designed with an eye to low power consumption, that is, they can replace Meteor Lake and not be present in the desktop segment.