Qorvo Ultra-Wideband (UWB) Technology
Qorvo Ultra-Wideband (UWB) Technology expands the possibilities within mobile, automotive, industrial, and consumer IoT applications. Impulse radio UWB technology enables centimeter-accurate distance/location measurement and secure low-power, low-latency data communication. UWB is based on the IEEE 802.15.4a and 802.15.4z standards and delivers a highly accurate measurement of radio signals' Time of Flight.
UWB allows additional resources for semiconductor solutions, software, modules, and reference designs that enable real-time, ultra-accurate, ultra-reliable local area micro-location services.
Ultra-wideband delivers the "where" to enable contextual decision-making, reduced operating costs, increased safety, and greater security for data communication and assets. The technology capabilities have opened the door to a broad range of applications.
Features
- Integrated, multi-protocol solutions, including Wi-Fi®, BLUETOOTH® Low Energy, ZigBee®, and Thread – reducing time-to-market
- Filters to eliminate or minimize undesired interference between bands and wireless standards of other applications in the same device or externally
- Switches that allow device makers to design 3D Angle of Arrival solutions, enabling peer-to-peer location-awareness
- Manufacturing capabilities and other resources
Applications
- Mobile/mobile accessories, enabling keyless entry, secure payments, enhance navigation, and Find My Device
- Automotive where distance-bounding protocols are used to build secure communications between the key fob and the car to avoid car theft
- Connected homes to control smart devices based on the location of people
- Buildings to deliver turn-by-turn navigation services
- Factories to improve operational efficiencies or improve personnel safety
- Sports to deliver real-time performance analytics
- Drones for flight control
Specifications
- Ultra-accurate - centimeter accuracy
- Ultra-reliable - high immunity to multipath and interference
- Real-time - low latency 50 times faster than GPS
- Low power, cost-effective, low processing
- Secure - IEEE 802.15.4z compliant distance-bounding protocol