What is Short Range Ultra-Wideband?

Short Range Ultra-Wideband is a radio technology that operates using a wide frequency spectrum to transmit small bursts of data over very short ranges. Known for its exceptional precision, Ultra-Wideband can pinpoint device locations to within a few centimeters, making it ideal for applications such as asset tracking, access control, and proximity detection. Unlike traditional wireless technologies, Ultra-Wideband minimizes interference, ensuring secure and reliable performance in densely populated environments.

Ultra-Wideband works together with RFID and Bluetooth Low Energy (BLE) to enhance IoT and M2M networks. RFID provides fast identification and authentication of tagged items, while BLE offers energy-efficient data transfer. When integrated with Ultra-Wideband, these technologies deliver a comprehensive solution for monitoring, communication, and real-time analytics.

At GAO RFID Inc., headquartered in New York City and Toronto, Canada, we leverage our extensive R&D investment and stringent quality assurance processes to deliver state-of-the-art Ultra-Wideband, RFID, and BLE solutions. Ranked among the top 10 global suppliers of RFID and BLE, GAO serves a diverse customer base, including Fortune 500 companies, research and development firms, universities, and government agencies across the U.S. and Canada. Our team provides expert support both remotely and onsite, ensuring seamless integration and optimized performance of our IoT and M2M solutions.

By combining Ultra-Wideband with our advanced RFID and BLE systems, we help businesses achieve unparalleled visibility, operational efficiency, and accuracy in critical applications such as supply chain management, industrial automation, and smart city infrastructure.

International Standards for Short Range Ultra-Wideband

Short Range Ultra-Wideband (Ultra-Wideband) technology follows globally recognized standards to ensure interoperability, safe operation, and reliable performance across industries. These standards govern how Ultra-Wideband devices communicate, minimize interference, and integrate with IoT and M2M systems.

International Standards

• IEEE 802.15.4a and 802.15.4z – Standards for Ultra-Wideband -based wireless communication and real-time location systems.
• ETSI EN 302 065 – European standards for short-range Ultra-Wideband devices and spectrum compliance.
• ISO/IEC 24730 – Guidelines for real-time locating systems (RTLS) utilizing Ultra-Wideband technology.
• FCC Part 15 Subpart F – Ultra-Wideband operations in the U.S. for unlicensed devices.
• ITU-R SM.1755 – Technical characteristics of Ultra-Wideband systems to support global spectrum management.

U.S. and Canadian Regulations for Short Range Ultra-Wideband

United States Regulations

• Federal Communications Commission (FCC) Rules – Part 15
  Governs the operation of Ultra-Wideband devices to prevent harmful interference and ensure reliable performance in commercial environments.
• National Telecommunications and Information Administration (NTIA) Guidelines
  Provides technical requirements for Ultra-Wideband deployment in areas where government systems are also in operation.

Canadian Regulations

• Innovation, Science and Economic Development (ISED) Canada – RSS-220
  Outlines the technical and operational requirements for Ultra-Wideband devices across Canada.
• Canadian Radio communication Regulations
  Covers the licensing and compliance standards for Ultra-Wideband device usage in various industries.

Applications of Short Range Ultra-Wideband

Short Range Ultra-Wideband technology is ideal for IoT and M2M solutions requiring accurate positioning, fast communication, and secure data transfer. Below are key areas where Ultra-Wideband delivers value:

• Asset Tracking & Inventory Management – Provides real-time visibility and precise location data for equipment and supplies.
• Industrial Automation – Enhances production processes by enabling seamless machine-to-machine communication.
• Healthcare Systems – Supports patient safety and medical equipment tracking in hospitals.
• Access Control & Security – Offers advanced security through proximity-based access and monitoring.
• Retail Operations – Improves stock management and customer experience with accurate location data.
• Smart Cities – Powers intelligent transportation systems and public safety solutions.
• Agriculture Technology – Helps track livestock and monitor farm machinery with high accuracy.
• Sports & Entertainment – Enables real-time performance tracking and immersive experiences.
• Vehicle Safety Systems – Supports collision prevention and secure keyless entry systems.

GAO Case Studies

GAO RFID Inc. has successfully deployed Ultra-Wideband, RFID, and BLE systems across North America for industries such as healthcare, logistics, education, and government. Below are examples of our work without disclosing client names or brands:

• New York City, New York, U.S.
  Implemented an Ultra-Wideband -based tracking system to monitor and locate medical devices, reducing asset loss and improving patient care in a large hospital network.
• Chicago, Illinois, U.S.
  Delivered an Ultra-Wideband and RFID integrated solution to streamline warehouse operations and boost logistics accuracy for a major distribution center.
• Houston, Texas, U.S.
  Installed Ultra-Wideband -enabled access control systems for a research and development facility to enhance security and controlled access.
• San Francisco, California, U.S.
  Supplied Ultra-Wideband solutions for smart city infrastructure, focusing on traffic flow optimization and pedestrian safety systems.
• Atlanta, Georgia, U.S.
  Introduced Ultra-Wideband and BLE tracking tools to a retail chain to optimize inventory management and improve the customer experience.
• Boston, Massachusetts, U.S.
  Developed an Ultra-Wideband -powered campus security system for a university to track sensitive laboratory equipment and improve student safety.
• Seattle, Washington, U.S.
  Implemented an Ultra-Wideband -based workflow tracking solution in a manufacturing plant to reduce downtime and increase productivity.
• Detroit, Michigan, U.S.
  Delivered vehicle safety solutions with Ultra-Wideband for collision prevention and secure vehicle entry during automotive testing.
• Toronto, Ontario, Canada
  Designed an Ultra-Wideband monitoring system for a government agency to track assets across multiple secure facilities and improve operational efficiency.