What is Mid Range Wi-Fi?

Mid Range Wi-Fi refers to wireless networking solutions that operate in the 2.4 GHz and 5 GHz frequency bands, offering coverage and performance suitable for medium-range IoT and M2M deployments. Unlike short-range protocols such as NFC or BLE, Wi-Fi supports higher bandwidth for data-intensive applications, while still providing mobility and scalability. Advances in Wi-Fi standards, including Wi-Fi 6 and Wi-Fi 6E, improve efficiency by supporting more devices with lower latency and optimized energy usage.

When integrated with RFID technology, Mid Range Wi-Fi enables organizations to collect and transmit asset and inventory data across distributed environments in real time. BLE complements this by offering low-energy, short-distance communications for wearables, tags, and sensors. Together, these technologies create hybrid IoT ecosystems that improve operational visibility, reduce costs, and support smarter decision-making.

At GAO RFID Inc., headquartered in New York City and Toronto, Canada, we specialize in providing tailored solutions that combine Mid Range Wi-Fi with RFID and BLE to address diverse industry needs. Ranked among the top 10 global suppliers of RFID and BLE, GAO invests heavily in research and development, ensuring our products remain innovative and reliable. With a stringent quality assurance process and the ability to provide expert support both remotely and onsite, we help organizations across the U.S. and Canada—including Fortune 500 enterprises, government agencies, universities, and R&D firms—leverage Mid Range Wi-Fi for their IoT and M2M initiatives.

International Standards

Mid Range Wi-Fi technologies must comply with global wireless communication standards to ensure interoperability, reliability, and security. Key international standards include:

• IEEE 802.11 Standards (Wi-Fi Protocols) – Define the core technical specifications for wireless networking.
• Wi-Fi Alliance Certification – Ensures product interoperability, security, and performance across Wi-Fi devices.
• ISO/IEC 8802-11 – International standard equivalent to IEEE 802.11.
• ITU-T Recommendations – Guidelines for global telecommunication frameworks supporting wireless networking.

U.S. and Canadian Regulations

To deploy Mid Range Wi-Fi for IoT and M2M, compliance with national regulations is essential:

• Federal Communications Commission (FCC) – U.S. Regulates spectrum use, device certification, and RF emissions.

• Innovation, Science and Economic Development (ISED) – Canada Oversees spectrum allocation, licensing, and technical standards for Wi-Fi devices.

• Industry Canada RSS Standards – Define radio frequency compliance for wireless communication products.

Applications of Mid Range Wi-Fi

GAO RFID integrates Mid Range Wi-Fi with RFID and BLE to power diverse IoT and M2M applications, including:

• Smart Facilities Management – Real-time monitoring of assets, utilities, and security across medium-scale environments.
• Healthcare IoT – Patient tracking, medical device integration, and wireless data transfer in clinics and hospitals.
• Manufacturing and Warehousing – Inventory management, equipment tracking, and wireless sensor integration.
• Research and Academia – Supporting data-intensive IoT projects and collaborative environments.
• Government and Public Sector – Secure connectivity for infrastructure monitoring, defense, and city management.

GAO Case Studies

• New York City, New York – A university campus deployed Mid Range Wi-Fi integrated with RFID to manage research equipment and track student-use assets.
• Boston, Massachusetts – A healthcare network implemented Wi-Fi-enabled RFID and BLE systems for patient monitoring and staff coordination.
• San Jose, California – A technology R&D firm used Wi-Fi with RFID to enhance visibility of high-value prototype components.
• Chicago, Illinois – A Fortune 500 company leveraged Mid Range Wi-Fi with BLE for warehouse asset tracking and workflow optimization.
• Houston, Texas – A government agency utilized Wi-Fi and RFID for secure inventory management of critical supplies.
• Seattle, Washington – A leading manufacturing facility integrated Wi-Fi IoT solutions for equipment maintenance and production monitoring.
• Atlanta, Georgia – An academic research center adopted Mid Range Wi-Fi with RFID for project collaboration and laboratory efficiency.
• Denver, Colorado – A logistics company deployed hybrid Wi-Fi and BLE systems for fleet and container tracking across distribution centers.
• Toronto, Ontario – A provincial government office used Mid Range Wi-Fi with RFID and BLE integration to manage IT assets and enhance building security.