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DESCRIPTION;LANGUAGE=en;CHARSET=utf-8: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 delivering high-quality end-user experiences. Learn about the Bluetooth stack’s architectural changes, integration with the power management framework, new vendor-specific customizations, and best practices for integrating such Bluetooth controllers into your systems.
LOCATION;LANGUAGE=en;CHARSET=utf-8:St. Helens
SUMMARY;LANGUAGE=en;CHARSET=utf-8:Integrating Bluetooth on low-power buses
CONTACT;LANGUAGE=en;CHARSET=utf-8:Abhinav Gupta
UID:Code: HW-255T
X-ALT-DESC;FMTTYPE=text/html: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 delivering high-quality end-user experiences. Learn about the Bluetooth stack’s architectural changes, integration with the power management framework, new vendor-specific customizations, and best practices for integrating such Bluetooth controllers into your systems.
DTSTART;VALUE=DATE-TIME:20110915T213000Z
DTEND;VALUE=DATE-TIME:20110915T223000Z
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