Intel is set to introduce its next-generation desktop and mobile platform, the Nova Lake series, by the end of 2026. Leveraging an advanced 18A process technology (with certain models potentially integrating TSMC's N2 process), the Nova Lake series will boast a maximum configuration of 52 cores. This includes 16 performance cores, 32 efficiency cores, and 4 low-power cores, along with support for a substantial 288MB of shared cache. Notably, this series will be the first to incorporate Intel's proprietary bLLC large cache technology. However, such high specifications come at a cost: a notable surge in power consumption. The PL4 extreme power consumption could surpass 850W (compared to around 400W for current flagship models), while the PL2 power consumption for daily use is estimated to be approximately 500W. To tackle the cooling challenges posed by this increased power draw, users will require a power supply unit exceeding 2000W, with high-end enthusiasts potentially opting for even more powerful 2500W units. In terms of performance enhancements, the 18A process delivers a 25% performance boost or a 36% reduction in power consumption compared to the previous generation at 1.1V. Moreover, it maintains an 18% performance gain and 38% power savings in low-voltage scenarios (0.75V). The NPU computing power of the Nova Lake series reaches an impressive 74 TOPS, marking a 5.7x increase over its predecessor. Additionally, it supports DDR5-7200 memory and the AVX10 instruction set. The Nova Lake series is anticipated to be released in the second half of 2026.