Views: 31 Author: Site Editor Publish Time: 2023-06-12 Origin: Site
ZigBee is a new wireless communication technology for use between a range of electronic devices with short transmission ranges and low data transfer rates. ZigBee wireless communication technology can be used to coordinate communication between thousands of tiny sensors, relying on a special radio standard, and is often referred to as Home RF Lite wireless technology or FireFly wireless technology. ZigBee wireless communication technology can also be used in small-scale wireless communication-based control and automation fields, eliminating the need for wired cables between computer equipment and a series of digital devices, and enabling wireless networking between a variety of different digital devices to communicate with each other or to access the Internet. The Smart Zigbee Switch uses Zigbee technology, so let's take a look at the advantages of the Smart Zigbee Switch.
Here is the content list:
Backward and forwards compatibility
Reduced reliance on the cloud
According to the Zigbee Alliance, a key highlight of the Smart Zigbee Switch certification is that they are designed to be compatible with older and future versions of Zigbee. The latest ZigBee 3.0 devices allow backward compatibility, while older Zigbee devices can be added to the Zigbee 3.0 network according to the allowed security policy and through over-the-air updates. Wi-Fi certainly doesn't quite have this advantage. While you can use Wi-Fi 6 with previous standards, there is no forward compatibility with devices designed for earlier versions of Wi-Fi.
Zigbee and Wi-Fi both follow a different network topology; Zigbee is arranged around a grid, with each node talking not only to the 'coordinator' but also to the other nodes, thus increasing fault tolerance. If one of the nodes is disturbed or damaged, it does not affect the rest of the network. Industrial automation uses networks like Zigbee and Z-wave for a reason, and the same benefits apply to the Smart Zigbee Switch. The same benefits apply to the Smart Zigbee Switch. If a Wi-Fi repeater in the network breaks, the failure is passed to all end-node devices connected to that repeater.
Zigbee allows each Zigbee node to act as a repeater rather than manually adding repeaters as in a Wi-Fi network. As soon as the ZDO is powered up, the Zigbee can act as a relay point and transmit the signal to the end node. Therefore, the more Smart Zigbee Switches you buy, the wider the coverage, although you should be concerned that too many Zigbee nodes will cause signal disruption.
Compared to Wi-Fi-compatible devices, Zigbee end-node devices are less dependent on the cloud for updates. While they do provide over-the-air (OTA) updates, all Smart Zigbee Switches run on their grid. In this way, they are vendor-independent. Therefore, we can know that if a device manufacturer stops supporting one or more features, the Smart Zigbee Switch will not affect the field operations of existing deployments.
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