PC Laptops in the Mobile Era
The lines between personal computing devices are blurring as PC laptops increasingly become LTE laptops. Work often takes place on a docked mobile device rather than a desktop, and with all data in one place, any location becomes a workplace. As a result, PC laptop designers face several challenges when choosing laptop processors for performance and battery life. For example, how to power 4K high-dynamic range (HDR) displays while running multiple windows of apps simultaneously. Furthermore, laptop form factors are becoming more “mobile-like” with cellular connection. Other essential requirements for Chrome and Windows on Arm are increased single-thread performance and higher compute density in smaller form factors.
Always On, Always Connected Laptops
Much like the smartphone, consumers now expect their laptop with cellular connection to be ‘always-on, always-connected’ for productivity anywhere. The latest premium personal computer technology includes built-in modems for constant connectivity, and an extended battery life of up to 30 hours. These devices require the fastest laptop processors within their thermal and power constraints, and Arm offers processor technology that delivers laptop-class performance with the power efficiency of a smartphone. Year-on-year Arm Cortex-A laptop CPUs are providing more performance at best-in-class efficiency.
Notebooks Offer Optimal Performance
With the release of the first Always On, Always Connected PCs, we witnessed the culmination of a user-driven shift in what it means to offer optimal performance and capability in a notebook processor. See how this second-generation of Always On, Always Connected PC based on Arm DyamIQ technology is moving the needle.
Consumer Demand for PC Form Factors
Consumers now expect their PC laptop experience to be the same as their smartphone. Read about the form factors, features, and experiences that consumers want from the next generation of laptops.
The Cortex-A processor series is designed for complex compute tasks, such as hosting a rich operating system platform and supporting multiple software applications.
Arm System IP enables system designers to configure and build high-performance, power-efficient SoCs while further differentiating with Arm processors and their own IP elements integrated via industry-standard AMBA interfaces.
Arm has been working with Qualcomm and Microsoft to deliver connected PC laptop technology on highly mobile, highly efficient processors for OEMs to reinvigorate the PC. See Windows 10 on Arm in action in this video from Mobile World Congress 2019 in Barcelona.
- Compiling Twice as Fast: Native Clang for Windows on Arm
- Showcasing the Third Generation of Windows on Arm
- Native Chromium Builds Available for Windows on Arm
- Delivering Electron 6 for Windows on Arm
- 5G: transforming user experiences on devices
- Boosting the Windows on Arm ecosystem with native port for Electron 6