BUILD is a new event that shows modern hardware and software developers how to take advantage of the future of Windows. Learn how to work with the all new touch-centric user experience to create fast, fluid, and dynamic applications that leverage the power and flexibility of the core of Windows, used by more than a billion people around the world.
Hear how the UI was designed to work seamlessly with a diversity of devices and form factors. Go behind the scenes and learn all about the new app model that allows you to create powerful new apps. All while retaining the ability to use your existing apps. Web-connected and web-powered apps built using HTML5 and JavaScript have access to the power of the PC. Touch-optimized browsing, with the full power of hardware-accelerated Internet Explorer 10 transforms your experiences with the web. BUILD is the first place to dive deep into the future of Windows.
Featured
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Understanding Connected Standby
In Windows 8, Microsoft introduces Connected Standby - a new power state that enables compatible PCs to be always reachable and up-to-date. This session will provide an overview of Connected Standby, including key user scenarios, system architecture and technical requirements.
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Building great Windows 8 systems
Windows 8 introduces several new features that enable PC makers to build compelling systems that are fast, fun, secure, power efficient and connect to devices customers care about. This session will provide an overview of the Windows 8 touch, graphics, power, bus, sensor, networking and hardware-based...
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Introducing low-power buses for Windows 8
The world of System on Chip (SoC) has changed the way devices are connected inside a PC. Windows 8 introduces support for low-power internal buses such as I2C, SPI, GPIO, and High Speed UARTs. In this session, we will demonstrate the end-to-end story on how to integrate a device on the new buses and...
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Connecting Bluetooth Low Energy devices to Windows
Until now, low power wireless connectivity in PC’s has required using proprietary technologies that incur the cost and complexity of shipping an external dongle. Bluetooth LE enables these same low power scenarios using a standard Bluetooth radio and creates the opportunity to connect Windows with a...
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Integrating Bluetooth on low-power buses
Bluetooth technology enhances mobility by providing a low-power wireless connectivity option. For systems targeted at lower power consumption, transport connectivity of Bluetooth controllers plays a key role in designing an energy efficient platform. This means adding support for lower power buses while...
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Delivering great performance and battery life
Windows 8 runs efficiently on a broader range of systems. This session will cover how to create high-performance and energy efficient experiences on the full spectrum of Windows 8 platforms. You will learn software design and development practices that maximize the performance of apps and power consumption...
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Networking for connected standby
Windows 8 allows you to build PCs that are always connected to the Internet and deliver great battery life. This session will cover new network power management innovations that help PCs meet this goal with the help of the right network hardware.
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Improving battery life and energy efficiency
Offering long battery life is important for all mobile devices. This video will demonstrate how the Assessment and Deployment Kit (ADK) has made it easy to consistently measure battery life, as well as identify and fix energy efficiency issues. Through this video session, you will also learn how to configure...