AI-Specific NPU
A neural network chip for artificial intelligence that can be applied to continuous AI workloads such as streaming media playback or video conferencing with lower power consumption. It reduces the pressure on CPU and GPU and enables efficient power saving.
Accelerated video keying
1-second text-generated images
Conference background replacement/defocusing
Digital Human Motion Sensing
New low-power island - even more energy savings
Improve your usage time by performing tasks with the LP-E Core. Theoretically, the playback time of local videos can be increased by about 60% compared to the 13th generation Core
AI Chip - No need for CPU and GPU to work.
Low Power Efficiency (LP-E Core) - Puts the P and E cores into sleep mode and operates independently with low power consumption.
Video playback chip - Puts the graphics card into sleep mode to save power.
AI-Specific NPU
A neural network chip for artificial intelligence that can be applied to continuous AI workloads such as streaming media playback or video conferencing with lower power consumption. It reduces the pressure on CPU and GPU and enables efficient power saving.
Accelerated video keying
1-second text-generated images
Digital Human Motion Sensing
Conference background replacement/defocusing
New low-power island - even more energy savings
Improve your usage time by performing tasks with the LP-E Core. Theoretically, the playback time of local videos can be increased by about 60% compared to the 13th generation Core
AI Chip - No need for CPU and GPU to work.
Low Power Efficiency (LP-E Core) - Puts the P and E cores into sleep mode and operates independently with low power consumption.
Video playback chip - Puts the graphics card into sleep mode to save power.
