Intel’s website shows that the latest 13th-generation Core HX series processors support memory up to DDR5-5600. some models of Lenovo’s new generation of Legion laptops ship with DDR5-6000 overclocked models of memory, providing higher memory speeds.

The 13th generation Core HX series processors support memory XMP overclocking as well as the desktop side, and other branded models should be able to use overclocked memory if supported by the motherboard.

Not long ago, Kingston demonstrated the latest DDR5-5600 specification FURY Impact laptop memory, and it is expected to release DDR5-6000 or higher frequency laptop memory in the future to meet the upgrade needs of the new generation of gaming laptops.

Lenovo’s new savior laptop is expected to be available in March, starting at $1,699 (about 11,689 yuan) and $2,799 (about 19,257 yuan) overseas.

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According to material previously shared by Intel, the next generation of Meteor Lake will use Intel 4 process and external processes, and for the first time introduce a “Tile” design with integrated CPU, SOC, core graphics and IOE chips.

Intel has not confirmed whether Meteor Lake is available for desktop platforms. Rumors suggest that Intel’s next-generation desktop processors will be a Refresh version of the 13th generation Core Raptor Lake, with only the mobile side being upgraded to Meteor Lake.

Intel Lunar Lake is expected to be a 15W low-power mobile CPU with a redesigned architecture that focuses more on performance per watt for mobile devices.

On the process side, Intel announced that Intel 7 process is in mass production, Intel 4 production is ready, and Intel 4 capacity will increase in the second half of this year with the launch of Meteor Lake. Intel 3 process is progressing as planned, and Intel 20A and 18A process test chips are already flowing.

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According to reports, the 2023 ThinkBook 14/15, 14+/16+ will use a new generation of processors (Intel 13th generation/AMD 7000 series), with RTX 3050 graphics cards; use 32G LPDDR5 high-speed large memory to speed up reading and writing; equipped with 120Hz refresh rate, 2.8K resolution.

In October last year, Lenovo ThinkBook 14+/16+ released the Intel Core i9-12900H version.

In early January this year, Lenovo released the new Thinkbook 16p overseas, equipped with the latest 3.2K 120Hz Mini LED specification screen, and the configuration has also been upgraded to the 13th generation Core + RTX 40 graphics card. The highest optional Core i9, the highest optional RTX 4060 graphics card, optional 16 GB DDR5 memory, and dual M.2 slots built into the laptop.

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i5-1340P core display

As shown in the figure above, the core display of i7-1360P is 96EU, and the GPU frequency can reach 1500MHz; the i5-1340P is 80EU, and the GPU frequency can reach 1450MHz.

For comparison, the current i7-1260P core display is 96EU, and the GPU frequency can reach 1400MHz; the i5-1240P core display is 80EU, and the GPU frequency is 1300MHz.

AMD mobile processor core display has improved significantly in recent years. The current RDNA2 architecture Radeon 680M has 12CU, and its performance is doubled compared to the previous generation Vega core display. The upcoming Ryzen 7000 mobile processor will take it to the next level, equipped with RDNA3 core display, and its performance is expected to increase by 50%.

Intel is expected to adopt a larger core display on the 14th generation Core Meteor Lake mobile processor. It is reported that Meteor Lake’s nuclear display will adopt the Xe-LPG architecture, which is a simplified version of the Xe-HPG architecture of the independent display. It is unclear how many EUs (execution units) the Xe-LPG core display of the 14th generation Core has. The earliest news said that it could reach 192 EUs, but recent news said that there may be only 128 EUs.

Meteor Lake

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• Raptor Lake-H / HX: 2023/1/3 6:00 released for sale
• Raptor Lake-P: 2023/1/3 6:00 release, 2023/1/29 6:00 launch
• Raptor Lake-U: 2023/1/3 6:00 release, 2023/3/1-3/15 on sale
• Alder Lake-N: 2023/1/3 6:00 released for sale

The information also coincides with the previous CPU-Z exposure, including a variety of 13th-generation H / HX series processors.

The Intel H and HK series are 45W TDP mobile processors, while the HX series is a higher-end model with 55W TDP. In terms of core count, it is expected that the H series 45W processors will have the same number of cores as the previous generation, up to 6 large cores + 8 small cores. 13 generation Core HX series is expected to be consistent with 13 generation Core desktop models, up to 8 large cores + 16 small cores.

Intel is expected to unveil the 13-generation Core mobile processors and non-K-series desktop processors at CES in early January next year. Gaming notebooks with 13th Gen Core H-Series processors are expected to be available in the first quarter of next year.

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The purpose of this work is to improve the performance and efficiency of Intel’s 12th Generation “Alder Lake” and 13th Generation “Raptor Lake” processors. Given that previous proposals around the introduction of IPC classes for load balancing did not receive any strong opposition, the project removed the Request for Comments (RFC) tag, and the next phase aims to be integrated into the Linux Mainline kernel.

On hybrid processors, the microarchitectural properties of different types of CPUs cause them to have different instruction-per-cycle (IPC) capabilities. On some CPUs, the IPC priority of advanced instructions can be higher. A load balancer can discover whether advanced instructions are used and give preference to CPUs with higher IPC for tasks running those instructions.

Hardware is free to divide its instruction set into any number of categories. But there must be a mechanism to identify the class of tasks currently running and tell the kernel how each class of task will perform on each class of CPU.

The patch set released by Intel on Monday introduced the concept of task categories, clarified the interfaces required for hardware implementation, modified the load balancer, and used asymmetric packaging to better utilize this additional information to achieve enhanced performance. Purpose.

Since the release of the original patch, some code improvements have been made based on code review and testing. The CONFIG_SCHED_TASK_CLASSES option was renamed to CONFIG_IPC_CLASSES. This patch series also drops the CONFIG_INTEL_THREAD_DIRECTOR knob. But the rest of the changes are mostly low-level changes.

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Looking at these numbers, most of Intel’s 13th generation Core high-end mobile processors have seen a nice bump, at least in terms of frequency, but some models will also come with more cores.

He also revealed the specifications of the Core i7-13650HX (14 cores), i5-13500HX (14 cores) and i5-13450HX (10 cores) models that never appeared before.

i9-12950HX → i9-13900HX: 8 new E cores added, 400 MHz increase

i7-12850HX → i7-13700HX: 200 MHz increase

i7-12650HX → i7-13650HX: 200 MHz increase

i5-12600HX → i5-13500HX: 2 new E cores added, 100 MHz increase

i5-12450HX → i5-13450HX: 2 new E-cores, 200 MHz increase

Some models will also reportedly support faster DDR5-5600 memory, while also retaining compatibility with DDR4-3200.

Unfortunately, there is no news on PBP (processor base power) or MTP (maximum accelerated power). But we can assume that it should be the same as the 12th generation Core-HX series, with 55W and 157W respectively, so we think there should be some surprises.

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As you can see above, the i9-13900HK is a 14-core, 20-thread processor with 5.2GHz and 24MB of Level 3 cache. For comparison, Intel’s current i9-12900HK is a 14-core, 20-thread, 5.0GHz, 24MB Level 3 cache.

In terms of parameters, the i9-13900HK features the latest Raptor Lake cores with the same number of cores and higher frequency.

In terms of runtime scores, the i9-13900HK in the above chart has a low score and is not a reference value. Here is the runtime information of the i9-12900HK.

Intel’s 13th generation Core desktop processors are now available, and the 13th generation Core processors for mobile platforms are expected to launch early next year for the latest generation of gaming notebooks.

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On the Intel side, Microsoft Windows 11 22H2 has added support for 13th-generation Core processors, including i3 / i5 / i7 / i9 products, including multiple unreleased processor products.

On the AMD side, Microsoft Windows 11 22H2 has added support for the Ryzen 7000 series processors, including a number of R3 / R5 / R7 / R9 products, including a number of Ryzen 7000 series mobile processors.

For Qualcomm, the processors supported by Microsoft Windows 11 22H2 are as follows.

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He used a set of Corsair iCUE H150I RGB Elite water-cooling radiator, plus Violent Bear liquid metal heat dissipation silicone grease, with ROG MAXIMUS Z690 APEX motherboard, G.SKILL DDR5-6000 CL36 32GB memory, in one fell swoop, the i9-13900KF ultra-high-speed core with fully open core threads At the height of 6.2GHz, the voltage is 1.52V.

What’s even more amazing is that Codiee1337 also revealed that due to time constraints, he did not fine-tune the parameters, but directly used the AI overclocking function that comes with the ASUS motherboard. He did not expect the effect to be so good.

In addition, the temperature control of the 13th-generation Core is also good, and it did not exceed 75 ℃ after overclocking, but the power consumption was not examined.

The overclocked i9-13900KF has stably passed CineBench R23, 3DMark and other tests, of which the R23 single-core score is 2352, which currently ranks seventh in the world.

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