The speed of the Intel processor has been quite fast in these years. The reason is that everyone understands, but is only subject to architecture and technology, and I can't completely reverse AMD for a while.
Intel 11 generation cool Rui will be divided into three steps, Tiger Lake-U light thin books have been debuted, the Rocket Lake-S desktop series see the Tiger Lake-H for the game. It is expected to be in the first half of next year.
At present, the game this gamebook is a 14nm process, up to 8 core 16 threads, and the next Tiger Lake-h brings a 10nm process to the game this game, of course, the supporting chipset is separate, 14nm process.
Previously, Tiger Lake-h was divided into 35W, 45W two versions. The former maximum 4 core 8 thread, the latter up to 8 core 16 thread, and integrate up to 32 EU execution unit XE GPU architecture core graphics card .
According to the latest exact information, Tiger Lake-h does introduce 10nm Willow Cove CPU architecture core, up to 8 core 16 thread, three-level cache maximum 24MB.
The core graphics card of the XE LP architecture is up to 32 execution units that can output the HDR ultra HD video of the 8K60 specification, and support four-screen output, dual DP 1.4B, AV1 dual encoder.
Memory supports DDR4-3200, maximum capacity 128GB.
Extension supports PCIe 4.0, of which 20 channels, 24 chip groups, total 34, and up to 4 lightning 4 interfaces, Wi-Fi 6.
AMD is expected to release Railong 5000U, Ruilong 5000H series, introduced into Zen 3 new architecture on the CES 2021 of next year.
Intel desktop processor field, Rocket Lake 11 generation cool Rui still did not come, Alder Lake 12 generation cool Rui frequently showed, Meteor Lake 13 generation cool Rui or even up.
Now, NotebookChech discloses a lot of details of Alder Lake, which can be refined from the outside, can't be expected.
From the current information, Alder Lake has at least Alder Lake-S, Alder Lake-P, but is different from the current S-series only desktop, which may also span moving.
Alder Lake will adopt a size nuclear mix design, similar to ARM BIG.LITTLE on your phone, where the big core code Golden Cove (GLC) is now the upgraded version of Tiger Lake Willow Cove (WLC), the small core code gracemont (GRT), That is, now the upgraded version of Tremont.
Intel has also been experimenting on Lakefield, and the results can really save power consumption, improve energy efficiency, but performance is also limited, after all, there is no such design in the PC field, regardless of hardware coordination or system, software scheduling needs to be deeply optimization.
The Alder Lake-S series will have up to 8 large cores, 8 small cores, thermal design power consumption 125W, three-level cache up to 30MB; Alder Lake-P series is up to 6 large cores, 8 small cores, three Level cache is up to 24MB.
The big core supports Hyper-thread technology, the small core is not supported, that is, Alder Lake-S will have up to 16 physical cores, 24 logical cores.
Interestingly, the Alder Lake-S series may also be used in notebooks, BGA integration packages, and thermal design power consumption is controlled at 65W.
It is still unclear whether there will be Alder Lake-h used for gamebooks, or use Alder Lake-S directly to do gamebooks.
GPU core, Alder Lake will integrate XE LP architecture, support four-screen output, DisplayPort 1.4b, and integrate AV1 video encoders, GNA 3.0 Gauss network accelerator.
The Alder Lake-S series is up to 32 execution units, and the Alder Lake-P series is up to 96 - that is, the CPU core is much, the core is weak; the CPU core is less, and the nuclear is strong.
In terms of memory, Alder Lake will support DDR5 memory for the first time, the maximum frequency 4400MHz, the capacity Alder Lake-S 128GB, Alder Lake-P 64GB, while continuing to support DDR4-3200, the capacity is also divided into 128GB, 64GB.
PCIe, Rocket Lake natively supports PCIe 4.0, and Alder Lake will natively support PCIe 5.0.
Alder Lake-S CPU part supports 16 PCIE 5.0, 4 PCIe 4.0 x4, and the PCH chip group is partially supports 16 PCIe 4.0, 12 PCIe 3.0, total 48 channels.
The Alder Lake-P CPU part is half-8 PCIe 5.0, retains 4 PCIe 4.0 X4, and the PCH part is only 12 PCIe 3.0, with a total of 28 channels.
In addition, Alder Lake also supports Wi-Fi 6e 802.11axr2. If it is a notebook, Alder Lake-P supports up to 4 lightning 4 interfaces, an additional MAPLE RIDGE main controller, Alder Lake-S is two master.
Oh, the Alder Lake CPU part is a 10nm process, and the PCH chipset is a 14nm process, Alder Lake-S separately packaged CPU 45 × 37.5 mm, PCH 28 × 25 mm, Alder Lake-P integrated package 50 × 25 mm.
Have to say, Intel this knife method is also enough.
What about Alder Lake?
It is Meteor Lake, I heard this name a year ago, it is said to be the first 7nm process high-performance processor of Intel, fully covering the server, desktop, notebook, expect 2022-2023 The year is adopted, using a new CPU architecture, and still a size nuclear mix design, one is Ocean Cove, one is gracemont.
Now, Intel Engineers submit a special patch to the Linux 5.10 kernel, and the initial support for Meteor Lake is mainly involved in network card drivers.
More information No, but it is clear that Intel has begun research and development of the Meteor Lake platform. In fact, Intel has begun to recruit software engineers for the new platform.
According to the time node, Meteor Lake must face the impact of the AMD ZEN4 architecture, the latter will use the 5nm process of TSM.
Of course, Intel, TSMC's process process cannot be simply compared numbers, but it is expected that Zen4 will definitely be very powerful, coupled with the bonus of the Territory of the Tower, and Intel is still imagined. In the next few years, it will not be very good. .
Editor in charge: HAQ, read full text
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