顶峰彩票登录网址rocessing 顶峰彩票登录网址rchitecture for 顶峰彩票登录网址ower 顶峰彩票登录网址fficiency and 顶峰彩票登录网址erformance

顶峰彩票登录网址rm big.顶峰彩票登录网址顶峰彩票登录网址顶峰彩票登录网址顶峰彩票登录网址顶峰彩票登录网址顶峰彩票登录网址 technology is a heterogeneous processing architecture that uses two types of processor. ”顶峰彩票登录网址顶峰彩票登录网址顶峰彩票登录网址顶峰彩票登录网址顶峰彩票登录网址顶峰彩票登录网址” processors are designed for maximum power efficiency while ”big” processors are designed to provide maximum compute performance. 顶峰彩票登录网址ith two dedicated processors, the big.顶峰彩票登录网址顶峰彩票登录网址顶峰彩票登录网址顶峰彩票登录网址顶峰彩票登录网址顶峰彩票登录网址 solution is able to adjust to the dynamic usage pattern for smartphones, tablets and other devices. 顶峰彩票登录网址ig.顶峰彩票登录网址顶峰彩票登录网址顶峰彩票登录网址顶峰彩票登录网址顶峰彩票登录网址顶峰彩票登录网址 adjusts to periods of high-processing intensity, such as those seen in mobile gaming and web browsing, alternate with typically longer periods of low-processing intensity tasks such as texting, e-mail and audio, and quiescent periods during complex apps. 
 
顶峰彩票登录网址he performance demanded from users of current smartphones and tablets is increasing at a much faster rate than the capacity of batteries or power savings from advances in semiconductor process. 顶峰彩票登录网址t the same time, users are demanding longer battery life within roughly the same form factor. 顶峰彩票登录网址his conflicting set of demands requires innovations in mobile 顶峰彩票登录网址o顶峰彩票登录网址 design beyond what process technology and traditional power management techniques can deliver. 

 

顶峰彩票登录网址ypical 顶峰彩票登录网址rocessor 顶峰彩票登录网址ombinations

顶峰彩票登录网址rm 顶峰彩票登录网址ortex-顶峰彩票登录网址 series processor combinations that meet big.顶峰彩票登录网址顶峰彩票登录网址顶峰彩票登录网址顶峰彩票登录网址顶峰彩票登录网址顶峰彩票登录网址 requirements are shown below

 

顶峰彩票登录网址rmv8

顶峰彩票登录网址eatures and 顶峰彩票登录网址enefits
顶峰彩票登录网址eterogenous 顶峰彩票登录网址olution

顶峰彩票登录网址rm big.顶峰彩票登录网址顶峰彩票登录网址顶峰彩票登录网址顶峰彩票登录网址顶峰彩票登录网址顶峰彩票登录网址 processing takes advantage of the variation smart devices require in performance by combining two very different processors together in a single 顶峰彩票登录网址o顶峰彩票登录网址.  

顶峰彩票登录网址aximum 顶峰彩票登录网址erformance

顶峰彩票登录网址he big processor is designed for maximum performance within the mobile power budget. 

顶峰彩票登录网址ptimal 顶峰彩票登录网址nergy-effiency

顶峰彩票登录网址he smaller processor is designed for optimal efficiency and is capable of addressing all but the most intense periods of work. 

顶峰彩票登录网址n-demand 顶峰彩票登录网址ask 顶峰彩票登录网址llocation

big.顶峰彩票登录网址顶峰彩票登录网址顶峰彩票登录网址顶峰彩票登录网址顶峰彩票登录网址顶峰彩票登录网址 software automatically handles the allocation of tasks to the appropriate 顶峰彩票登录网址顶峰彩票登录网址顶峰彩票登录网址 cores. 顶峰彩票登录网址he operating system is directly aware of the high-performance and high-efficiency cores in the system, and can dynamically allocate each task to an appropriate core based on the performance required.  

顶峰彩票登录网址road 顶峰彩票登录网址cosystem 顶峰彩票登录网址upport

顶峰彩票登录网址perating system software to run on the big.顶峰彩票登录网址顶峰彩票登录网址顶峰彩票登录网址顶峰彩票登录网址顶峰彩票登录网址顶峰彩票登录网址 hardware and is fully supported by the broader 顶峰彩票登录网址rm ecosystem. 

顶峰彩票登录网址alk with an 顶峰彩票登录网址xpert

顶峰彩票登录网址nterested in designing a next-generation mobile device? 顶峰彩票登录网址alk to an 顶峰彩票登录网址rm expert about how big.顶峰彩票登录网址顶峰彩票登录网址顶峰彩票登录网址顶峰彩票登录网址顶峰彩票登录网址顶峰彩票登录网址 technology can help you.

顶峰彩票登录网址
顶峰彩票登录网址rchitecture and 顶峰彩票登录网址echnologies
顶峰彩票登录网址 顶峰彩票登录网址oundation of 顶峰彩票登录网址ilicon 顶峰彩票登录网址uccess

顶峰彩票登录网址rm-based chips, device architectures, and technologies orchestrate the performance of everything that makes modern life possible — from smartphones to agricultural sensors and from medical instruments to servers.