Microsoft Will Play Well With Intel, AMD and ARM
After Intel made their next generation processor announcement this morning at CES, it should come as no surprise that Microsoft would make an announcement as well stating that they love all processor manufacturers, including Intel, and will continue to support and build software optimized for those various manufacturers.
With that, Microsoft announced today that the next version of Windows will support System on a Chip (SoC) architectures, including ARM-based systems partners NVIDIA Corp., Qualcomm Inc. and Texas Instruments Inc. On the x86 architecture, Intel Corporation and AMD continue their work on low-power SoC designs that fully support Windows, including support for native x86 applications.
At today’s announcement, Microsoft demonstrated the next version of Windows running on new SoC platforms from Intel running on x86 architecture and from NVIDIA, Qualcomm and Texas Instruments on ARM architecture. The technology demonstration included Windows client support across a range of scenarios, such as hardware-accelerated graphics and media playback, hardware-accelerated Web browsing with the latest Microsoft Internet Explorer, USB device support, printing and other features customers have come to expect from their computing experience. Microsoft Office running natively on ARM also was shown as a demonstration of the full depth and breadth of Windows platform capabilities on ARM architecture.
“With today’s announcement, we’re showing the flexibility and resiliency of Windows through the power of software and a commitment to world-class engineering. We continue to evolve Windows to deliver the functionality customers demand across the widest variety of hardware platforms and form factors,” said Steven Sinofsky, president of the Windows and Windows Live Division at Microsoft.
SoC architectures consolidate the major components of a computing device onto a single package of silicon. This consolidation enables smaller, thinner devices while reducing the amount of power required for the device, increasing battery life and making possible always-on and always-connected functionality.