Z-Wave Long Range adoption surges as manufacturers target broader IoT applications and long-distance connectivity beyond the smart home
The Z-Wave Alliance, the standards development organization dedicated to advancing smart home and Z-Wave® technology, announced continued expansion of Z-Wave Long Range (ZWLR) certification across the ecosystem. With 125 ZWLR-certified devices now available, manufacturers are extending long-range, higher-capacity, and more reliable IoT connectivity to homes, multifamily properties, and commercial environments worldwide.
The latest wave of certified products demonstrates how ZWLR is being leveraged to improve range, security, and performance for next-generation smart home and building automation applications.
What Z-Wave Long Range Brings To Connected Environments
Z-Wave Long Range introduces several core advantages that distinguish it from traditional Z-Wave networks:
Significantly Extended Range
ZWLR supports direct wireless communication between the hub and devices over much greater distances than traditional Z-Wave—up to approximately 1.5 miles line of sight in ideal conditions—allowing outdoor and remote devices to remain connected without repeaters.
Star Network Topology
Unlike classic Z-Wave mesh networks that route messages through neighboring devices, ZWLR uses a star topology where each device communicates directly with the hub, reducing latency and simplifying network performance.
Massive Scalability
ZWLR expands the network addressing space, enabling a single hub to support up to 4,000 nodes, making it suitable for large smart home deployments and commercial environments.
Optimized Battery Life
Devices dynamically adjust transmit power based on distance requirements, reducing energy consumption and enabling battery lifespans of up to 10 years for many sensor types.
Unmatched Security
Z-Wave S2 provides advanced encryption, secure key exchange, and device authentication to protect communications between devices such as sensors, locks, and controllers.
Industry Adoption And Certification Momentum
Bettina Roll, Certification Program Manager at the Z-Wave Alliance, emphasized the scale of adoption:
“The pace of Z-Wave Long Range adoption this year has been remarkable. Manufacturers are not only embracing the performance benefits of ZWLR, but they’re also demonstrating how scalable, reliable connectivity can redefine smart home and building automation. With 125 certified ZWLR devices across 30 plus categories in the U.S. and EMEA market, and 80% of the products currently going through certification seeking ZWLR, the ecosystem’s growth underscores the strength of open standards and the continued innovation driving the Z-Wave community forward.”
Newly Certified Z-Wave Long Range Devices
Below is a curated selection of newly certified ZWLR products across security, safety, automation, and access control categories:
2GIG (a Nice brand)
The GC Touch Security Panel advances the GC2e platform with a modern 7-inch touchscreen, faster performance, and intuitive controls. With integrated Z-Wave 800 Series and Z-Wave Long Range, it delivers reliable whole-property coverage for sensors, automation devices, and professional monitoring across single-family homes, MDUs, and light commercial deployments.
Aeotec
SmokeShield becomes the first Z-Wave Long Range–certified device available in Europe. Designed to pair with Ei Electronics smoke detectors, it extends communication up to one kilometer, modernizing existing alarm systems without rewiring or replacing legacy infrastructure.
Alfred
The Alfred DB1 Pro Smart Door Lock introduces ZWLR to Alfred’s professional lineup, offering extended range, fast responsiveness, and enterprise-grade encryption. Modular support for Wi-Fi and ZWLR enables scalable access control across single-family, rental, and MDU properties.
SmartRent Alloy SmartHome
The Alloy Fusion (Gen 3) combines a smart hub and thermostat into a single device with a 7-inch touchscreen. Equipped with Z-Wave and ZWLR, it delivers extended reach, rapid performance, and integration across HVAC and automation systems using cellular, Wi-Fi, and Ethernet connectivity.
FireAvert
FireAvert’s Z-Wave Auto-Stove Shut-Off Device adds networked fire prevention with Z-Wave and ZWLR. The multi-channel device reports smoke-alarm activation, appliance status, and shut-off events, enabling customizable automation and enhanced safety in residential and multifamily settings.
Home Assistant
The Home Assistant Connect ZWA-2 adapter provides high-performance Z-Wave and ZWLR connectivity with a 31-centimeter antenna designed to optimize range, stability, and responsiveness while improving battery life for distant nodes.
Jasco
Jasco expands its Z-Wave 800-Series and ZWLR portfolio with the Slim Door and Window Sensor and the In-Wall Smart Dimmer. These products offer long-range communication, SmartStart onboarding, optional outdoor-rated housings, and enhanced lighting control for scalable installations.
Rently
The Smart Bolt Armor MDL is a clutch-based Z-Wave Plus and ZWLR-certified smart deadbolt designed for multifamily rental properties. It integrates with Rently’s Self-Guided Touring platform, supports code, fob, Bluetooth, and app access, and enables centralized management of hundreds of locks.
Shelly
Shelly’s Wave Series extends ZWLR to relays, dimmers, sensors, and smart plugs, providing long-distance connectivity, energy monitoring, fast local control, and Z-Wave S2 security across residential, MDU, and commercial environments.
Trident IoT
Trident IoT earns Z-Wave certification for its Z-Way Thin Gateway Controller SDK, enabling developers to build ZWLR-enabled gateways using lightweight RTOS platforms while accelerating time-to-market and strengthening ecosystem testing and certification.
ULTRALOQ
The ULTRALOQ Bolt Z-Wave combines ZWLR performance with Z-Wave Plus V2, S2 Security, and SmartStart. Built on Silicon Labs’ ZG28 platform, it offers mile-scale wireless reach, strong encryption, and seamless integration with Alarm.com, Home Assistant, and other Z-Wave ecosystems.
Yale / ADT
The Yale Assure Lock 2 Touch with Z-Wave 800 Series integrates fingerprint access, encryption, and modern design with the ADT Base hub. ZWLR readiness provides extended reach for unified entry, automation, and system management through the ADT+ app.
Zooz
Zooz expands its ZWLR portfolio with devices such as the RGBW Dimmer for LED automation and the Siren & Chime with custom audio playback, extending lighting, sensing, and alerting across larger properties.
Privacy And Local Connectivity
Z-Wave and ZWLR device adoption continues to grow as homeowners prioritize local, private smart home control without unnecessary reliance on third-party cloud platforms.
Z-Wave Alliance is a standards development organization dedicated to advancing Z-Wave® technology as an open, internationally recognized ITU standard (G.9959) for smart home and IoT solutions. With more than 4,500 certified interoperable devices, Alliance members deliver products that enhance comfort, convenience, energy efficiency, safety, and security.
Internal links URLs
https://www.security.world/physical-security/
External links URLs
https://z-wavealliance.org
Frequently Asked Questions (FAQs)
What is Z-Wave Long Range (ZWLR)?
ZWLR is an extension of the Z-Wave standard that enables direct, long-distance communication between devices and hubs, supporting up to 1.5 miles line-of-sight connectivity in ideal conditions.
How many ZWLR devices are currently certified?
There are 125 Z-Wave Long Range–certified devices now available across more than 30 categories in the U.S. and EMEA markets.
What makes ZWLR different from traditional Z-Wave?
ZWLR uses a star network topology, supports up to 4,000 nodes per hub, offers extended range, optimized battery performance, and maintains Z-Wave’s S2 security framework.
Which industries benefit from ZWLR beyond residential use?
Multifamily housing, hospitality, light commercial, property management, and building automation sectors benefit from ZWLR’s scalability and long-distance performance.
Why are manufacturers adopting ZWLR rapidly?
Manufacturers are leveraging ZWLR for improved reliability, interoperability, privacy-focused local control, and the ability to scale across large and complex deployments.