⚡ 本页包含 AI 生成的分析内容，仅供参考
该论文实现了一款采用28nm高k金属栅极工艺的异构四核CPU，通过集成高性能核与高能效核，满足了移动设备对高性能和低功耗的需求。解决了传统同构多核在性能和能效平衡上的挑战。
Hoi-Jin Lee1, Dongjoo Seo1, Brian Millar2, Yohan Kwon1, Ravi Iyengar2, Min-Su Kim1, Ahsan Chowdhury2, Sung-Il Bae1, Inpyo Hong1, Wookyeong Jeong2, Aaron Lindner2, Ukrae Cho1, Keith Hawkins2, Jae Cheol Son1, Seung Ho Hwang1 Samsung Electronics, Yongin, Korea, 2 Samsung Electronics, Austin, TX 1 The proliferation of high-performance mobile devices is growing exponentially around the world. The essential driving force behind these ubiquitous devices is the high-performance CPU. To satisfy ever growing consumer demand for higher performance, a high-speed and multicore CPU configuration is mandatory, while energy efficiency is equally important for longer battery life. Furthermore, in order to support the wide range of performance (compute-intensive tasks, as well as less intensive tasks) required by today’s mobile devices, a heterogeneous dual-CPU configuration comprising a high-performance CPU and an energy-efficient CPU can be one of the most energy efficient solutions for accomplishing
Youngmin Shin1, Ken Shin1, Prashant Kenkare2, Rajesh Kashyap2,