物理层，它是用来指定家庭自动化系统，控制它。它有两个品牌的操作，如868 / 915 MHz和2450MHz频率。此外，用户可以支持应用层的OSI模型和让它睡眠模式。通过这种方式，它可以节省电池的消耗，并照顾在安全层。在应用层，ZigBee包括路由器、协调器、和终端设备。这是高度支持的网状路由，给出详细信息的路由协议，采用ZigBee技术。协调器中的RF信道具有一个合适的信道，该信道干扰使用的无线LAN频率。这是因为，无线局域网也工作在相同的2.4 GHz频段。这是广泛在所有16个通道，并称为能量扫描。这个物理网络分配给潘ID的网络将连接建立。
手动和动态方法都高度配置以检查网络的泛标识。在这里，协调分配网络地址本身0x000。现在，物理层完成配置并准备接受网络连接。从应用层接收的请求查询从路由器和终端设备没有缓解。另外，剩余信道上的广播信标请求帧将信号增强到应用层。这也被称为信标扫描或泛扫描。它也知道有关的R / E允许加入或不。
Now, internet plays the vital role in the universe to have perfect communication with the people. Around the world, this internet could be useful for accessing information regarding the news about the globe. Now, smart phones are widely used to attain a highly advanced option in the Wi-Fi technology. In addition, this can able to track via GPS system and able to point out if necessary. Apart from this Wi-Fi, the Zigbee protocol is now widely used in industrial automation and physical plant operation. In fact, this Zigbee was designed to provide higher data throughput in applications where the duty cycle is low. The low power consumption is an important consideration with this Zigbee technology. The ZigBee technology uses the OSI model and denotes the path from the top layer from physical layer from the application layer.
Physical layer, it is used to specify the home automation system that controls it. It has two brands of operation such as 868/915 MHz and 2450MHz. In addition, the end users can support the OSI model for Application layer and allow it to sleep mode. Through this, it can save the battery consumption and take care in the security layer. In the Application layer, the ZigBee consists of routers, coordinator, and end devices. This is highly supported by the mesh routing that gives the detailed information on the routing protocol that employed in ZigBee technology. The RF channel in the coordinator has a suitable channel that is interfering with wireless LAN frequencies in use. This is because, the wireless LAN also operates in the same 2.4 GHZ band. This is widely done in all 16 channels and referred as energy scan. This physical network is assigned to the PAN ID to the network and remits the connection establishment.
Both the manual and dynamic methods are highly configured to check the PAN ID of the network. Here, the coordinator is assigned to the network address to itself as 0x000. Now, the physical layer completes the configuration and ready to accept the network connection. The request queries from the routers and end devices are received from the Application layer without ease. In addition, the broadcast beacon request frame on the remaining channel boosts the signal to the application layer. This is also referred as beacon scans or PAN scans. It also comes to know about the R/E allow join or not.