Gateway Overview
The GZ32M series ZigBee smart gateway can achieve various wired and wireless data transmission, featuring ZigBee, RS-485, Ethernet, 4G, WiFi, GPS, and other functionalities. It supports cloud connectivity through protocols like TCP, UDP, and MQTT, enabling rich network management capabilities in the cloud.
Functional Features
The value of the GZ32M smart gateway lies in helping users achieve intelligent management of wireless networks. It automates processes that can be automated, allows for remote resolutions when possible, and issues timely alerts for situations requiring manual intervention.
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Remote Network Management
The GZ32M smart gateway supports remote management functions such as remote networking and configuration. Once the devices are installed on-site, engineers can remotely control the gateway’s networking through the cloud without needing to visit the site. -
Remote Maintenance
With the GZ32M smart gateway, real-time monitoring of the network status of nodes is possible. After setting a threshold, if any node’s signal strength falls below this threshold, an alert will be sent to the administrator, notifying staff for timely maintenance. -
Remote Upgrades
When firmware upgrades are needed for nodes and gateways, remote upgrades can also be performed through the cloud platform during idle periods, eliminating the need for staff to go on-site.
Applicable Industries
1. Smart Street Lighting
With excellent RF performance, the GZ32M gateway and ZM32 series ZigBee modules achieve a communication distance of 3.3 km in open environments and 800 m in urban road conditions. Coupled with a robust Mesh network with up to 15 levels of routing depth, it fully meets the demands of street lighting applications.
2. Smart Factory
In smart factory applications, the convenience of networking and stability of the network are crucial. In practical tests, the GZ32M gateway and ZM32 modules completed the concurrent networking of 245 terminal nodes in just 1 minute. After manually cutting power to the routing node, its subordinate child nodes took a maximum of 7 minutes to re-establish communication with the parent node. The most common application mode in smart factories is non-sleep periodic reporting, with a tested reporting frequency of 50s per instance, achieving a 100% success rate for all nodes over 36 hours.
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