Although Intel CEO Pat Gelsinger did not mention any information about this series of processors during the keynote speech, the official demonstrated it directly on the show floor the next day.

The host clearly mentioned that this is the first public appearance of pre-release hardware based on the Raptor Lake Refresh series. The demo system involves a desktop system for creating a human in the metaverse – an avatar that uses camera motion and model capture of a real person.

However, Intel did not announce the SKU and configuration information of this series of processors. The focus of this year’s event was on Meteor Lake and Lunar Lake, especially their AI acceleration capabilities.

Judging from the news, the first batch of Intel’s 14th generation Core Raptor Lake Refresh series processors is expected to include 6 models: i9-14900K (F), i7-14700K (F), i5-14600K (F), and more The non-K 65W model will be launched at CES 2024.

• 24-core 32-thread 6GHz Core i9-14900K (F)
• 24-core 32-thread 5.8GHz Core i9-14900 (F)
• 20-core 28-thread 5.6GHz Core i7-14700K (F)
• 20-core 28-thread 5.4GHz Core i7-14700 (F)
• 14-core 20-thread 5.3GHz Core i5-14600K (F)
• 14-core 20-thread 5.2GHz Core i5-14600
• 14-core 20-thread 5.0GHz Core i5-14500
• 10-core 16-thread 4.7GHz Core i5-14400 (F)
• 4-core 8-thread 4.7GHz Core i3-14100 (F)

Judging from the current situation, the first models of Intel’s 14th generation Core series desktop CPUs are expected to debut on October 17 and may increase in price compared to the previous generation.

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 Advertiser unblocking: October 16th at 6:00 PST

 Sellers and reviewers will be unblocked: October 17, 6:00 PST

According to reports, the K series and KF series desktop processors will be released on that day, including the 24-core Core i9-14900K, the 20-core Core i7-14700K and the 14-core Core i5-14600K, as well as the corresponding KF without integrated graphics. series. These are all 125W products and non-K series products with 65W or less power consumption may have to wait until CES 2024 next year.

It was previously reported that blogger “YuuKi_AnS” has now exposed the model of Intel’s upcoming Core 14th generation desktop processor.

According to reports, the Core 14th generation desktop processor model in the picture above is based on the QS sample and may be different from the official version. The i5-14400 in the picture may have a B0 version with 6 large cores + 4 small cores or 6 large cores. + C0 version with 8 small cores.

Overall, the Core 14th generation desktop processor is an increased frequency version of the 13th generation. The 14th generation Core i7 models have been modified with the addition of 4 smaller cores. In addition, a replacement for the Pentium Celeron has appeared in the Core 14th generation lineup – the Intel 300/300T model, which is a dual-core four-thread specification.

The K series of Intel Core 14th generation desktop processors are expected to launch in October this year and are compatible with 600/700 motherboards.

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The Intel Core i9-14900K processor will be the strongest chip in the 14th generation Raptor Lake series, with similar specifications to the existing Core i9-13900K, but with higher frequencies and power consumption, resulting in a certain level of performance Improvement, which is also the essence of the 14th generation Raptor Lake series.

In terms of specifications, the Intel Core i9-14900K processor will adopt an 8+16 configuration, with 24 cores and 32 threads, will be equipped with a smart cache of up to 36 MB, and a basic power consumption of 125W (PL2 of 253W). 3.2 GHz base frequency, boostable to 6.0 GHz with TVB technology. That’s 200 MHz more than the Core i9-13900K and the same as the Core i9-13900KS.

In terms of performance, the Intel Core i9-14900K processor benchmark results from @wxnod show that the chip can run at 6 GHz, the same as the Core i9-13900KS. Note that this chip is marked as an “engineering sample,” so the final performance may vary somewhat, but it should be close. With a score of 978 on the single-core test (9% faster than the 13900K) and a score of 18,117.5 on the multi-core test, this processor surpasses all current desktop processors and will be the fastest single-core and multi-core chip ever released.

The Core i9-14900K will be announced at an innovation event later this month.

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Of course, all DDR5 memory currently on the market should, unsurprisingly, support Intel’s next-generation products, but no manufacturer has yet publicly mentioned what memory speeds are supported by default for the 14th-generation Core series processors.

Judging from the product specifications given by ADATA, the 14-generation Core series mentioned here is likely to be Raptor Lake Refresh instead of Meteor Lake (existing news suggests that both belong to the 14-generation processors).

As of now, we still haven’t seen any news about Raptor Lake Refresh memory spec support, but ADATA shows that their DDR5 6400 CKD DIMM memory is supported by the 1.1V low voltage of the Gen 14 Core platform, which means that DDR4 6400 could be the new default speed.

Let’s review the Intel platform support for DDR5 memory. First, Intel first supported DDR5-4800 memory with the first generation LGA1700 platform codenamed “Alder Lake”, and with the Z690 motherboard, it also allowed for greater overclocking performance.

With the introduction of Intel’s 13th generation Core “Raptor Lake” series processors, we have been able to see support for DDR5 5600 and DDR4 3200 default frequencies. Later, Intel and board manufacturers enabled support for non-binary memory, enabling 24GB / 48GB and 96GB memory support.

It was also previously revealed that Intel will launch Meteor Lake-S processors in the first half of 2024 and that MTL-S base frequency support could reach DDR5-6400, a specification we believe will also be supported by Raptor Lake Refresh, which is also a 14th-generation processor.

According to @SquashBionic, the MTL-S (6+8) currently in circulation supports 5600 MT/s, while the MTL-S (6+16) supports 6400 MT/s. However, there was later news that the MTL-S (6+8) chip has been canceled or renamed, so it seems likely that DDR5-6400 will be the base memory for the 14th-generation CPUs. The specification.

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As the first Intel 4 (formerly 7nm) based product, Meteor Lake is likely to debut on laptops, followed by a handful of desktop products, but it could also be the first to launch a model for desktops.

Two new laptops have appeared in SiSoftware’s score database, showing an unknown Genuine Intel (R) 0000 chip, one with a 14-core, 3.26GHz, 7x 2MB L2, 16MB L3 design, and the other with a 16-core design, apparently a Meteor Lake hybrid architecture. processor.

Meteor Lake will be a small-chip design that will leverage the Redwood Cove performance core (P-core) to handle heavy workloads while using the energy-efficient Cresmont efficiency core (E-core) for simpler tasks to maximize performance without sacrificing power.

It is also possible that Meteor Lake will feature a third type of core, the rumoured 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.

Meteor Lake, like the previous hybrid chips, will look good on paper parameters due to the overall high core count.

The first Meteor Lake sample revealed today contains 14 cores and probably follows the 4P + 8E design, while the second Meteor Lake sample features 16 cores and should follow the previous 6P + 8E layout, while both ES processors contain two LP E cores, after all, the SoC part is the same.

The data shows that the 14-core Meteor Lake chip has 14 MB of L2 cache and 16 MB of tertiary cache at 3.26 GHz, most likely the recently leaked Core Ultra 5 1003H, while the 16-core model appears to have 18 MB of L2 cache and 24 MB of tertiary cache, with a base frequency of 3.07 GHz and an accelerated frequency of 4.2 GHz.

The first Meteor Lake sample appears to have 14 cores and probably adheres to a 4P + 8E design, while the second Meteor Lake sample has 16 cores and should adhere to a 6P + 8E layout. The remaining two cores in the two engineering example (ES) processors are from LP e cores. The 14-core Meteor Lake chip reportedly has 14MB of L2 cache and 16MB of L2 cache. The processor is likely to be the recently leaked Core Ultra 5 1003H. On the other hand, the 16-core version appears to have 18mb of L2 cache and 24MB of L2 cache and 24MB of L2 cache. It has a base clock of 3.07 GHz and an enhanced clock of 4.2 GHz.

Unfortunately, sissoftware does not give the L4 cache (ADM or Adamantine) for Meteor Lake. Although Intel’s patent does not specifically mention Meteor Lake, early Linux patches have indicated that Intel will provide ADM designs for this generation of 7nm processors.

It’s worth noting that Intel will be hosting a series of Vision 2023 regional events this month, the first of which will be held in Orlando from May 8-10, followed by Taipei (May 24-25), Shanghai (May 30-31) and Amsterdam (June 13-14). 14 June).

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Bernard Fernandes, Intel’s director of global communications, responded late this evening to confirm that the upcoming Meteor Lake processors will change the way they are named.

 Yes, we are changing the brand as we are at an inflection point in our customer roadmap in preparation for the upcoming Meteor Lake processors. We will provide more details on these exciting changes in the coming weeks.

It is unclear whether the Meteor Lake processor will change all i9 / i7 / i5 / i3 to Ultra 9/7/5/3, and the whistleblower Bionic_squash said that the products of the Raptor Lake Refresh architecture will not be changed to the “Ultra” name.

Intel announced in its Q1 2023 earnings conference that it is accelerating mass production of its 14th-generation Meteor Lake Core processors, which are scheduled to launch in the second half of this year.

Meteor Lake will be mass-produced using the Intel 4 process node, and its transistor density (transistor-density) and performance per watt (performance / Watt) are said to be comparable to TSMC’s N5 and N4 series nodes.

It is worth noting that AMD has made significant changes to its mobile processor naming last year, accommodating as many as three Zen architecture and two RDNA architecture products under one series.

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Meteor Lake will be mass-produced using the Intel 4 process node, and its transistor density (transistor-density) and performance per watt (performance / Watt) are comparable to TSMC’s N5 and N4 series nodes.

The 14th generation Core Meteor Lake CPU will adopt a new small chip (Tile) architecture, mainly with 3 Tile: IO Tile, SOC Tile and Compute Tile.

Compute tiles include CPU tiles and GFX tiles. 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.

Intel also said in the release that it is advancing the Intel 3, Intel 20A, and Intel 18A process nodes.

it was previously reported that the top-of-the-line Meteor Lake processor is expected to adopt a 6P+16E configuration. The processor only has two series of Core i3 and Core i5, and there are no two series of Core i7 and Core i9.

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According to the latest pictures released by the whistleblower momomo_us, the OpenVPL (Video Processing Library) hardware support list shows that Intel’s 14th-generation Core processors are listed as MTL / Meteor Lake.

That is to say, Intel’s 14th generation Core will not be a small facelift product of Raptor Lake Refresh, so the new Raptor Lake Refresh desktop product that will be launched in the third quarter of this year will have another name, and the possibility of a new 13th generation Core model is not ruled out. The end Meteor Lake processor will not be released anytime soon.

According to previous reports, Intel’s upcoming Meteor Lake mobile processor has appeared in the UserBenchmark database.

As shown in the figure above, this processor is still in the ES stage, with parameters of 4 P cores and 8 E cores, a total of 12 cores and 16 threads. The core display is recognized as the Arc series, which should be the latest Xe-LPG architecture, which has improved performance compared to the current Xe core display.

According to Intel, the new generation of processor Meteor Lake (expected to be mobile) will be launched in the second half of 2023. Meteor Lake will use the Intel 4 process and external process, and introduce the “Tile” design for the first time, integrating CPU, SOC, nuclear display and IOE chips.

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The source leaf_hobby said that the 14th generation Core (Meteor Lake-S) has 20 PCIe Gen5 lanes, of which 16 lanes are dedicated to the GPU and 4 lanes are used for storage. He also said that the Z890 platform supports Wi-Fi 7 technology, which means that the Z890 motherboard will be equipped with Intel’s own latest Wi-Fi 7 wireless network card. Currently, Intel’s latest 13th generation Core only supports Wi-Fi 6E.

In addition, he also believes that the 14th generation Core and Z890 platforms support Windows 12.

At present, the release time of the 14th generation Core (Meteor Lake-S) desktop processor is unknown. It is reported that Intel will launch an upgraded version of the 13th generation Core in the third quarter of this year. The 14th-generation Core with an upgraded architecture will be released in the second quarter of next year.

It is reported that the 14th-generation Core will use the LGA-1851 socket, and its package size has not changed, and it is compatible with the LGA1700 socket radiator.

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Intel recently announced the architecture details of the 14th generation Core at the hotchips conference. CPU Tile module is produced by Intel 4 process, which is Intel’s first EUV process, IOE Tile and SoC Tile are produced by TSMC’s 6nm process, and Graphics Tile, which is the previously mentioned GPU module, is based on TSMC’s 5nm process.

There is also an intermediary layer, which is produced using Intel’s 22nm process.

Thus, it seems that without considering the intermediary layer, three of the four core units of the 14th generation Core are produced by TSMC, and the part produced by Intel itself only accounts for 1/4.

Such cooperation is beneficial to Intel and TSMC, Intel can quickly expand production capacity, but also reduce costs, TSMC is gaining important orders, 5nm and 6nm production capacity is not worried about excess.

However, for AMD, Intel joined the ranks of the 5nm capacity is not necessarily a good thing, Intel still holds 3/4 of the world’s x86 share, the annual sales are still much higher than AMD, TSMC will inevitably tilt to Intel’s capacity.

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