Focus on the advantages of Strix wireless Mesh network applications

The new wireless Mesh network application features flexibility and high performance. I believe you should have some knowledge through the previous article. Here, we will introduce the details Of The Strix wireless Mesh network application solution launched by Strix.

Compared with the traditional wired network and wireless LAN technology, the wireless Mesh Network Technology Constructed by Strix Wireless Access System in the United States has the following incomparable advantages, which can be attributed to the following points:

No spof

The Wireless Mesh Technology is robust and stable without spof. The Wireless Mesh Network transformed from military technology has the intelligence unmatched by traditional wireless networks because it does not depend on the performance of a single node. In a single hop Network, if a node fails, the entire network will be paralyzed. In The Strix wireless Mesh network structure, each Mesh node has multiple data paths, and multiple Mesh nodes form a Mesh network architecture. If any node fails or is subject to interference, data packets are automatically routed to the standby path through the Mesh Network Intelligent Algorithm for further transmission. The entire network is not affected.

Fast networking and flexible networking

In a multi-hop Mesh network, devices can connect to the network through different nodes at the same time, so the system performance will not decrease. Advantages: minimize the cost of network operation and reduce the complexity of network design planning for too many wired access points.

The US Strix Wireless Mesh Network also provides a larger Redundancy mechanism and communication load balancing function. In a wireless Mesh network, each device has multiple transmission paths available. The network can dynamically allocate communication routes based on the communication load of each node, this effectively avoids the communication congestion of nodes. In contrast, a single hop Network cannot dynamically handle communication interference and Access Point overloading.

High-performance and non-line-of-sight transmission

The physical characteristics of wireless communication determine that the shorter the communication distance, the higher the bandwidth, because with the increase of wireless transmission distance, various interference and other factors that lead to data loss will increase. Therefore, selecting to transmit data through multiple short hops is an effective way to obtain higher network bandwidth, which is the advantage of Strix wireless Mesh network in the United States. A node can not only transmit and receive information, but also act as a router to forward information to nearby nodes, which can bypass the blocking caused by tall buildings and terrain, to achieve high-bandwidth non-line-of-sight transmission capability. As more nodes are connected to each other and the number of possible paths increases, the total bandwidth is also greatly increased. In addition, because the transmission distance of each short hop is short, the power required for data transmission is also small. The multi-hop Network usually uses Low Power to transmit data to neighboring nodes, and the wireless signal interference between nodes is also small. The channel quality and channel utilization efficiency of the network are greatly improved, therefore, higher network capacity can be achieved. For example, in a high-density urban network, The Strix wireless Mesh network can reduce mutual interference between neighboring users using the wireless network, greatly improving the efficiency of channel utilization.

High-speed mobile support

The wireless Mesh network provides high-speed mobile support and fast switching between wireless Mesh nodes. It can be deployed in a high-speed environment. Taking The Strix wireless Mesh network technology as an example, it supports high-speed mobile and fast roaming switching at a speed of over 200 km/h to provide efficient and reliable solutions.

With the ability to deploy without cables, configure independently, and repair without spof, Strix is undoubtedly the best wireless network solution for high-speed environments. Whether the distance is several kilometers or hundreds of kilometers, a highly scalable network can be provided to provide users with reliable and secure broadband network access services. Strix's wireless mobile broadband solution is especially optimized for high-speed mobile applications. In comparison, it is easy to provide services for slower subway and bus. The principle is the same. It uses the fast switching between nodes of the Mesh network. In addition to keeping vehicles connected to the network while moving, it also allows immediate access to information, more effective resource management, and improves the safety of passengers and vehicles, they can also maintain high-quality services for their passengers.

Integration with existing networks

The wireless Mesh technology uses a networking method similar to the Internet. It is a broadband wireless network technology based on IP technology and can seamlessly integrate with existing vrouters, switches, and other wired networks, in addition, data services, voice services, and video services can be transmitted Based on IP data packets.

To sum up, as a new technology, the wireless Mesh Technology holds high hopes in the industry due to its many value points. It is widely recognized in public operation networks and private networks due to its various technical features. In the United States, San Francisco, Philadelphia and other cities have used this technology to build wireless networks covering the entire city, in order to provide wireless broadband, municipal management, public security and other functions at the same time. It is foreseeable that the leap brought by wireless Mesh Technology will promote a new round of wireless application boom.