- CPUs Intel Nova Lake desktop processors could feature up to 52 cores in a 16P+32E+4LP configuration.
- The versions for portable They will have 28-core (8P+16E+4LP) and 16-core (4P+8E+4LP) configurations.
- They are expected to feature the new Coyote Cove performance and Arctic Wolf efficiency cores.
- Intel could introduce improvements in NPU with support for up to 75 TOPS in computing.
The latest leaks about the future generation of Intel processors, New Lake, have revealed interesting data about their possible core configuration. While there is no official confirmation yet, recently shared information suggests that these chips could reach up to 52 nuclei in its desktop version.
For months it has been rumored that the total number of cores in these processors would be around 48, but new data indicates that they will be added 4 LP cores low-power architecture, which would bring the final figure to 52. This would mark a significant leap compared to previous generations and reinforce Intel's commitment to a more efficient architecture with greater multitasking capabilities.
Nova Lake processor specifications
According to a well-known industry leaker, preliminary configurations of Intel CPUs Nova Lake S for desktop they contemplate a distribution of:
- 16 high-performance cores (P-Cores)
- 32 efficiency cores (E-Cores)
- 4 low-power LP cores
Meanwhile, the laptop versions will also receive significant improvements in cores and performance:
- Nova Lake-HS: 28 cores in a configuration of 8P + 16E + 4LP.
- Nova Lake-H: 16 cores distributed in 4P + 8E + 4LP.
These changes represent a significant redesign compared to previous generations and could lead to substantial improvements in energy efficiency and processing capacity.
New cores and AI improvements
One of the most relevant aspects of this architecture is the introduction of new performance cores y efficiencyNova Lake CPUs are expected to use:
- Coyote Cove as high-performance P cores.
- Arctic wolf as efficiency E cores.
Another significant improvement would come from the hand of the NPU 6, which could provide up to 75 TOPS of power for tasks of Artificial Intelligence. This would be a significant advance over previous generations, positioning Nova Lake as a more competitive option in the processing field. IA.
Advanced architecture and technology
Intel has been working on advanced technologies to improve the performance of its processors, and Nova Lake will be no exception. Some of the new features expected include:
- Using lithography Intel 18A for greater efficiency.
- Implementation of advanced techniques such as Foveros 3D to improve the interconnection between cores.
- Multi-device Compatibility AVX10.2 and APX to optimize performance in demanding workloads.
It is speculated that thanks to these innovations, Intel could regain ground against AMD in the high-performance processor sector.
Although there is still some time left for its official launch, the leaks have raised great expectations about what New Lake could bring to the industry. These processors are expected to not only increase their processing capacity with more cores, but also integrate innovations in artificial intelligence and advanced architecture.
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