The Arctic officially confirmed that the Arrow Lake series of LGA1851 platform processors released by Intel next year can still use the existing LGA1700 radiator.

While Arctic hasn’t specified an exact release date for the LGA1851 socket, they have clearly mentioned that Arrow Lake will launch next year, killing the Meteor Lake-S series in some users’ imaginations.

LGA 1700 is Intel’s desktop processor socket for launch in 2021. It is designed to replace LGA 1200 and is compatible with the 12th generation processor Alder Lake, the 13th generation processor Raptor Lake and the 14th generation Raptor Lake Refresh, which is the 600/700 series. motherboard.

The Intel LGA 1851 socket is overall close to the existing LGA 1700, except that the number of pins has increased from 1700 to 1851.

At present, Intel is preparing to launch a new LGA1851 platform next year. The first product is the Arrow Lake series processor, which may be named Core Ultra 200.

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The leaked roadmap shows Intel’s plans for Week 18 (May 1 to May 7) of 2023, which includes the S, H, PX, M, U, and N series, suggesting Intel will offer a full range of new Core series products for gamers.

The 6P+8E core of Meteor Lake-S has been rumored several times before to be cancelled and replaced by Arrow Lake with the same configuration, and this roadmap update largely confirms those rumors.

Of course, the cancellation of the 6+8 models of MTL-S does not necessarily mean that the entire Meteor Lake-S lineup is being cancelled, as there have been reports that Intel may be preparing a 6P+16E sku that will be available alongside the 8P+16E configuration of Arrow Lake-S.

As far as we know, the next-generation Core processors may not have more cores than Raptor Lake, but thanks to the updates of Lion Cove and Skymont hybrid architectures, plus the new Intel 4 (note: the original 7nm) process, this new generation will have a good boost compared to the new generation.

Meteor Lake will feature a new small-chip design that will utilize the Redwood Cove performance core to handle heavy workloads while using the energy-efficient Cresmont efficiency core to perform simpler tasks, thus maximizing performance without sacrificing power consumption.

It is also possible that Meteor Lake will feature a third type of core, the rumored LP e core. Intel patents suggest that the SoC portion will contain two additional Cresmont cores, which appear to be manufactured using a slightly older process node.

Meteor Lake has four modules: graphics, SoC, CPU and IOE, while the LP e core is located within the SoC layer and is the functional equivalent of the I / O Die (IOD) in AMD Ryzen processors.

According to previously leaked documents, Meteor Lake will support “Low-power island CPU offload”, which means that the LP e core may work in idle or sleep mode to handle service processes. In other words, it will help reduce the power consumption of the laptop.

There are also ES samples of Meteor Lake mobile processors that appeared in the SiSoftware database a few days ago, with the two models featuring 4P + 8E + 2e and 6P + 8E + 2e layouts respectively. In other words, both ES processors contain two LP e cores, and a similar design is expected for desktop processors.

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Previously, an Intel engineer leaked a roadmap suggesting that the iGPUs in both Meteor Lake and Lunar Lake will use a similar Xe-LPG architecture.

• Xe – Alchemist GPU
• Xe2 – Battlemage GPU
• Xe3 – Celetistal GPU

Intel’s Meteor Lake, which is planned to be launched later this year, will feature Xe-LPG architecture cores, built on TSMC’s 5nm process, up to 128EU, up to 2.1GHz, with compute performance of over 4 TFLOPs, and support for DirectX 12 Ultimate and XeSS technologies.

In addition, this series of processors will have a new Adamantine L4 cache, which will bring a big boost to core performance, even theoretically close to RTX 3050, but in practice, I’m afraid it’s difficult. Comparatively, Arrow Lake may be upgraded to 192 EU, which is expected to bring some improvement in graphics.

As the successor to the Xe Alchemist iGPU, if it evolves normally, the 15th generation Core Lunar Lake may be the first to use the Battlemage GPU based on the Xe2 LPG architecture, while the Xe3 LPG on the 16th generation Core Panther Lake is expected to use the new Celestial GPU.

Of course, these successors will take years to launch, so, for now, we’ll look forward to seeing how the first-generation Xe GPUs in Meteor Lake and Lunar Lake perform, and hope it doesn’t disappoint.

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The video information says that the Intel Meteor Lake desktop processor (MTL-S) supports up to 14-core Core i5, including 6 performance cores and 8 efficiency cores. The Arrow Lake architecture will launch Core i7 and Core i9 SKUs.

Paul said the MTL-S entered the ES1 (engineering sample) stage last month, while the mobile MTL-P entered the ES2 stage in March 2023.

Paul said that the top-of-the-line Core i9 based on the Arrow Lake architecture will contain 8 Lion Cove P cores and 16 Skymont E cores.

Paul said that compared with Raptor Lake, the IPC improvement of the Arrow Lake architecture is about 18%-20%. This is roughly in line with the IPC lift figures reported by MLID in March (22-34%), and with Paul’s leaked data from February 2023 onwards.

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The video states that the 45% IPC improvement is primarily attributed to the performance core (P-core). The quantitative IPC improvement for the efficiency core (E core) is not disclosed in the video, except that it is “very impressive”.

Intel’s 15th generation Arrow Lake processor desktop chip called ARL-S, Intel can provide up to 8 performance cores and 16 efficiency cores, consumers can use up to 32 threads.

Intel’s 15th generation Arrow Lake processors will use the same LGA 1700 platform as Alder Lake and Raptor Lake, with the same package, socket and pin layout as its predecessor (Meteor Lake, or MTL-S).

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First of all, the 14th generation of Meteor Lake and its successor Arrow Lake will belong to the same generation of “client architecture”, they will both use the same design, namely socket and base (compatibility is unknown).

In addition, Intel detailed its first “tiling” or “modular” design and laid out its plans for the PC market over the next 3-5 years.

Starting with the 14th generation processor, each new generation will be a combination of different product solutions, similar to the above two models, which will use different process nodes, core architectures and core counts.

"By breaking down key computational elements, we can rotate IPs and have them find the right process at the right time. Different products require different core counts, different combinations of performance and efficient cores, and different cache sizes."

Intel says that this “disaggregated” design gives the flexibility to adjust for each market segment without breaking the rest of the design. This should mean that Meteor Lake and Arrow Lake are products for different market segments.

As can be seen from the figure, both Intel Meteor Lake (released in 2023) and Arow Lake will use Foveros (3D) and 36μm pitch packaging processes, based on Intel 4 (original 7nm) and 20A processes respectively (for TSMC N5, it is expected that mass production in the first half of 2024).

▲ ▼ In order to prevent the bar, attach the official PPT

Intel confirmed that Arrow Lake will use the exact same configuration as Meteor Lake, the P cores will be upgraded from Redwood Cove to Lion Cove, and the E cores will be switched from Crestmont to Skymont, the core count should increase to at least 32 (mostly E cores) .

Thanks to its modular design, Arrow Lake will be able to retain Meteor Lake’s barebones approach, including SoC and IO modules, thereby accelerating architectural and process upgrades while reducing costs.

The follow-up Lunar Lake is confirmed to be a Foveros, 25μm pitch packaging process, using the same LGA-1851 socket as Meteor Lake, in line with Intel’s principle of using the same design for every 2nd generation platform.

The 14th-generation Core Meteor Lake CPU will use a new chiplet (Tile) architecture, with three main tiles: IO Tile, SOC Tile, and Compute Tile. Compute Tile includes CPU Tile and GFX Tile. The CPU Tile will use a new hybrid core design to provide higher performance with lower power consumption, and the GPU is also a new architecture, up to 192 EU.

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