
Intel accidentally confirmed the Nova Lake S/U (Mobile and Desktop, respectively) and details of Bartlett Lake. The confirmation was in a document on its Time Coordinated Computing (TCC) platform, highlighting how it enables real -time performance.
At the time of this publication, the document was taken downbut images were still captured by Videocardz and the X user, @instlatx64. And it fell on the net, it’s fish!
The accidental publication It is not a direct advertisement for products for consumers. It is an explanation of the company’s approach to support real -time workloads and general use in the same system and mentions desktop and mobile platforms not yet officially confirmed by Intel.

In this context, the document mentions the news, as Nova Lake-S (desktop) e Nova Lake-U (mobile)expected for after the launch of Arrow Lake, and details about the Bartlett Lake-S.
Bartlett Lake-S is listed with a 12-core configuration p-corea sku not yet released to any segment, but reinforces longtime rumors about its development. Another mention is the Wildcat Lake, possibly a new low -consumer mobile platform and possibly successor of Twin Lake.
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Bartlett Lake-S

The slide (hollow or published by accident) reinforced the existence of the Bartlett Lake-S line, which will be part of the “Core Series 2” family. These chips will only have p-coars and up to 12 p-core nuclei.
Unlike Arrow Lake, Bartlett Lake-S chips will keep SMT, enabling up to 24 threads, with variants reaching only two nuclei. They will be compatible with the LGA 1700/1800 sockets, but not with LGA 1854, which is exclusive to Arrow Lake-S and its renewed line.
Currently, there are no public plans for Intel to bring Bartlett Lake-S to the consumer segment. However, A 12-core processor for the LGA-1700 socket could facilitate the transition to Arrow Lake. Rumors indicate that both the Arrow Lake and New Lake Refresh may require a new socket and platform.
SKU Bartlett Lake-S | 65W Hibrido (ADL/RPL) | 45W Hibrido (ADL/RPL) | 125W only-P (BTL) | 65W only core-P (BTL) | 45W only core-P (BTL) |
Core 9 | N/D | N/D | 12 NÚCLEOS-P | 12 NÚCLEOS-P | 12 NÚCLEOS-P |
Core 7 | 8+16 (B0) | 8+16 (B0) | 10 Núcleos-p | 10 Núcleos-p | 10 Núcleos-p |
Core 5 | 6+8 (B0) | 6+8 (B0) | 8 Núcleos-p | 8 Núcleos-p | 8 Núcleos-p |
Core 5 | 6+4 (C0) | 6+4 (C0) | 8 Núcleos-p | 8 Núcleos-p | 8 Núcleos-p |
Core 3 | 4+0 (H0) | 4+0 (H0) | N/D | N/D | N/D |
Core | 2+0 (H0) | 2+0 (H0) | N/D | N/D | N/D |
Nova Lake

The Nova Lake-S family will succeed Arrow Lake-S, being compatible with the 1954 LGA Socket and offering a significant leap in nuclei. These processors should reach 52 nuclei, based on Coyote Cove P-Core and Arctic Wolf e-core architectures. This will be the true update for desktops.
Intel will also significantly increase nuclei counts on Nova Lake chips, bringing up to 16 p-coars and 32 e-cores to desktops and laptops.
In the mobile segment, Intel foresees the launch of Panther Lake processors in early 2026, followed by the arrival of Nova Lake-U, which will replace the mainstream and input platforms. Nova Lake-H and Nova Lake-HX models will be launched later, as increased production.
Way to return the top

After displaying Panther Lake on Computex, the company is planning several product families in the coming years. And, with the growth in demand for advanced chips, The manufacturing capacity dispute has become one of the main challenges (and opportunities) on the market.
However, Intel’s protagonism is difficult for the problems that the company has been facing in recent times. The historical low in actions is a reflection of this. In this context, the company tries not only to compete with TSMC, but also proving that it can still be a giant in the sector so as not to be bought by the competition.
In this context, Jim Keller, a former Intel man, said the company can still be worth $ 1 trillion as long as it can correctly execute its innovation strategies.

To this end, the company needs a victory with the 18th process. If Intel can maintain good income and deliver competitive chips, It can turn the dispute against TSMC.
The new CEO is aware of the challenges, and the opportunities. Lip-BU Tan took direct command of AI division and promoted a change in organizational hierarchy. At the same time, the waves of layoffs continue, with a new 20% cut announced in April.
CPU Family Intel | Manufacturing process | Processor Architecture | Graphic architecture | Nuts/Threads (Máx.) | Platform | Memory | SUPORTE PCIe | Launch |
Alder Lake (12th generation) | Intel 7 | Golden Cove (Núcleo-P) / Gracemont (Núcleo-E) | HD series 700 | 16/24 | LGA 1700/1800 | DDR5 / DDR4 | PCI Generation 5.0 | 2021 |
Raptor Lake (13th generation) | Intel 7 | Golden Cove (Núcleo-P) / Gracemont (Núcleo-E) | HD series 700 | 24/32 | LGA 1700/1800 | DDR5 / DDR4 | PCI Generation 5.0 | 2022 |
Raptor Lake Refresh (14th generation) | Intel 7 | Golden Cove (Núcleo-P) / Gracemont (Núcleo-E) | HD series 700 | 24/32 | LGA 1700/1800 | DDR5 / DDR4 | PCI Generation 5.0 | 2023 |
Arrow Lake (Core Ultra 200) | TSMC N3B | Lion Cove (Núcleo-P) / Skymont (Núcleo-E) | Xe1 (Alchemist) | 24/24 | LGA 1851 | Dr5 | PCI Generation 5.0 | 2024 |
Arrow Lake Refresh (TBD) | TSMC N3B? | Lion Cove (Núcleo-P) / Skymont (Núcleo-E) | Xe1 (Alchemist) | To define | LGA 1851 | Dr5 | PCI Generation 5.0 | 2025 |
Nova Lake (Core Ultra 400?) | To define | Coyote Cove (Núcleo-P) / Arctic Wolf (Núcleo-E) | To define | 52/52? | LGA 1954? | DR5? | PCI Generation 6.0? | 2026 |
Razer Lake (Core Ultra 500?) | To define | To define | To define | To define | LGA 1954? | To define | To define | 2027? |
Source: Videocardz and @instlatx64.

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Source: https://www.adrenaline.com.br/intel/intel-confirma-acidentalmente-nova-lake-s-u-e-detalhes-do-bartlett-lake-em-documento-oficial/