What is Long Range Z-Wave?

Long Range Z-Wave is an advanced extension of the Z-Wave wireless protocol, designed to extend communication distances up to several miles while maintaining backward compatibility with standard Z-Wave devices. It operates in sub-GHz frequencies, reducing interference and ensuring robust communication even in challenging environments. Long Range Z-Wave supports direct-to-hub and hub-to-cloud architectures, making it a versatile solution for IoT and M2M ecosystems.

When combined with RFID, Long Range Z-Wave enables organizations to achieve high levels of asset tracking and security monitoring by transmitting identification and location data across wide areas. BLE integration further enhances these capabilities, providing cost-efficient, low-energy solutions for proximity detection, mobile access, and wearable technology support. This combination creates hybrid networks that can support applications such as facility management, supply chain optimization, energy management, and connected healthcare.

At GAO RFID Inc., headquartered in New York City and Toronto, Canada, we specialize in building comprehensive IoT and M2M solutions that leverage Long Range Z-Wave alongside RFID and BLE. Ranked among the top 10 global suppliers of RFID and BLE, GAO RFID has invested heavily in research and development to create robust and future-ready products. Our rigorous quality assurance processes and dedicated expert support—delivered both remotely and onsite—ensure reliable deployment and integration. Serving customers across the U.S. and Canada, including Fortune 500 companies, government agencies, research institutions, and universities, we help organizations harness the power of Long-Range Z-Wave to unlock operational excellence and innovation.

International Standards for Long Range Z-Wave

Long Range Z-Wave devices and systems are designed to follow international standards that ensure security, interoperability, and global compatibility for IoT and M2M applications:

• Z-Wave Alliance Long Range Specification
• ITU-T Standards for IoT and Smart Homes
• ISO/IEC Standards for IoT and RFID Integration
• IEEE Wireless Standards for Low-Power Wide-Area Networks (LPWANs)
• ETSI Standards for Short-Range Device Communications

U.S. and Canadian Regulations for Long Range Z-Wave

Long Range Z-Wave systems in North America must comply with spectrum allocation, safety, and device certification requirements:

• Federal Communications Commission (FCC), U.S. – Regulates wireless device certification, frequency allocations, and interference compliance.
• Innovation, Science and Economic Development (ISED), Canada – Oversees spectrum management and technical standards for wireless communication.
• Privacy and Data Protection Regulations – Both U.S. and Canadian laws govern secure data handling and storage, particularly for IoT and M2M solutions.

Applications of Long-Range Z-Wave

Long Range Z-Wave delivers strong IoT and M2M capabilities across industries. Common applications include:

• Smart Building Automation – Lighting, HVAC, and energy efficiency management over extended ranges.
• Healthcare & Assisted Living – Patient monitoring, connected medical devices, and wearable integrations with BLE.
• Industrial Asset Tracking – RFID-enhanced solutions combined with Z-Wave for wide-area asset visibility.
• Logistics & Supply Chain – Real-time tracking of goods, vehicles, and storage conditions across large networks.
• Agriculture & Environmental Monitoring – Precision farming, irrigation control, and sensor-driven land management.
• Public Infrastructure & Utilities – Smart grid systems, water management, and connected public safety equipment.

At GAO RFID Inc., we integrate Long Range Z-Wave with RFID and BLE to create hybrid IoT ecosystems that serve the complex needs of technical professionals. Our team, headquartered in New York City and Toronto, brings advanced R&D, rigorous quality assurance, and industry-leading expertise to every deployment. Whether serving Fortune 500 companies, universities, or government agencies across the U.S. and Canada, GAO delivers dependable solutions that scale with your operational needs.

GAO Case Studies

U.S. Case Studies

• New York City, New York, U.S. – GAO implemented a Long-Range Z-Wave and RFID solution for asset tracking and environmental monitoring across multiple facilities.
• Los Angeles, California, U.S. – Deployed a hybrid Z-Wave and BLE system to support smart building management and occupancy monitoring.
• Chicago, Illinois, U.S. – Designed a scalable Z-Wave-based IoT infrastructure integrated with RFID for warehouse logistics and supply chain optimization.
• Houston, Texas, U.S. – Delivered a real-time monitoring system for industrial equipment using RFID-enabled Z-Wave devices and BLE for worker safety.
• Boston, Massachusetts, U.S. – Supported a research institution with a Z-Wave IoT deployment to track laboratory assets and enhance energy efficiency.
• Seattle, Washington, U.S. – Built a government-focused IoT solution combining RFID and Z-Wave to improve operational oversight and security monitoring.
• Detroit, Michigan, U.S. – Developed a Z-Wave fleet monitoring system with RFID integration to enhance diagnostics and predictive maintenance for vehicles.
• Atlanta, Georgia, U.S. – Installed a healthcare monitoring solution leveraging Z-Wave, RFID, and BLE for patient safety and connected device integration.

Canada Case Study

• Toronto, Ontario, Canada – GAO deployed a Z-Wave-enabled IoT network for an R&D organization, integrating RFID and BLE to manage assets and optimize facility operations.