The TQ-5000MS series products are enterprise and operator-grade 802.11n outdoor wireless base stations, providing wireless system vendors with applications in PtP point-to-point/PtMP point-to-multipoint/Hotzone wireless coverage hotspot system construction and operation. The product adopts 2.4GHz and 5GHz dual-band multi-module design, a single wireless module can reach a transmission rate of 320Mbps, bandwidth can reach 160Mbps; multiple wireless modules can reach a transmission rate of 640Mbps, bandwidth can reach 320Mbps, easily solving the problem of insufficient bandwidth application for long-distance transmission. It can be applied to campus wireless outdoor coverage Internet access, wireless monitoring long-distance transmission, factory-to-factory data transmission backbone, urban wireless Internet coverage and large-area wireless monitoring image transmission aggregation... and other system construction applications.
The TQ-5000MS series offers three product function categories:
1. Multi-point continuous relay hopping, low-loss backbone bandwidth function:
Each relay jump reduces about 5-8Mbps, and the transmission bandwidth no longer decreases after the fifth jump, and can be maintained at more than 120Mbps bandwidth, while having a low latency characteristic of less than 10ms after 10 jumps. TQ-5000MS-03H has 3 wireless modules, so 3 continuous relay jump backbones can be constructed to provide different directions of transmission and a larger bandwidth for aggregation.
2. Continuous relay hop + Mesh multi-path self-healing network function:
In response to the need for wireless Internet access services or large-scale wireless monitoring transmission at the operator level, the WiFi MIMO multi-path Mesh wireless network solution product is proposed. It mainly adopts the Mesh network transmission function and the characteristics of automatic selection or repair of transmission links and automatic networking to solve the link failure problem of general network systems.
3. Continuous relay hop + Mesh multi-path self-healing network + support for high-speed mobile transmission function
Designed for operators with large-scale wireless high-speed mobile transmission application requirements, such as wireless high-speed mobile monitoring transmission on urban roads or highways, high-speed mobile data transmission on railways, high-speed mobile data transmission on subways, and even high-speed mobile data transmission on high-speed railways. Through the mesh network characteristics of the Mesh network system, the large bandwidth characteristics of the multi-point hopping backbone, and the specially designed Mesh Client function characteristics, high-speed mobile data can quickly and automatically select a path for transmission on the mesh network of the Mesh network system.
In the case of large-scale network backbone system construction requirements, the Mesh network function can be optionally configured to provide network transmission with the following special operating mechanisms:
A. With OSI (Open System Interconnection Reference Model)
B. Automatically search for the best transmission path mechanism
C. Automatic disconnection and search for recovery path mechanism
D. Automatic network traffic balancing mechanism
E. Automatically update Mesh network system node information
F. Automatically scan and select channels to connect automatically
G. Automatically update system settings through gateway or server
H. Automatically organize to form a cloud network
I. Support fast automatic path transmission
J.Supports logic operations such as signal and transmission rate, high-speed roaming transmission
K.Support large bandwidth Mesh network transmission
L. Support multiple gateway export backup functions
Equipped with Mesh multi-path Hi-mobile high-speed mobile network transmission function (optional software function)
Through multi-point relay and Mesh network functions, combined with Hi-mobile high-speed mobile operation settings, a Mesh Hi-mobile high-speed mobile transmission network can be constructed, providing a mobile wireless transmission bandwidth of 200Km/s and 100Mbps to meet the application needs of high-speed mobile transmission.
The four-layer transmission of Mesh Mobility network has the following connection characteristics:
1. Mesh Gateway (Mesh multi-path network gateway exit): The highest level of the entire Mesh network system, responsible for the registration and login of the entire Mesh system's devices and data update management, and plays the role of the final collection point for all system transmission data and the gateway exit to the external network.
2. Mesh Point (Mesh multi-path network backbone node): It plays the role of the network transmission backbone layer of the entire Mesh network system, responsible for connecting to the "Mesh network gateway exit" of the upper layer. At the same time, all backbone nodes of the Mesh network can communicate with each other to "connect to each other to form a Mesh multi-path backbone network" to provide a large-bandwidth backbone network. In addition, it can also provide a transmission exit to become the "Mesh network receiving node" of the next layer, belonging to the second layer of the entire Mesh network system.
3. Mesh Access Point (Mesh multi-path network receiving node): It can connect to the upper layer "Mesh network backbone node" and the upper layer "Mesh network gateway exit". Similarly, "Mesh network receiving nodes" can also communicate with each other "to form a Mesh network receiving backbone network". The most important operating function is to be responsible for the wireless connection service of the lower layer "Mesh network client" and upload to the upper layer transmission exit. It belongs to the third layer of the entire Mesh network system.
4. Mobility Station / Client (Mesh network mobile station): Mainly used for high-speed mobile client transmission end, it will perform wireless data up and down transmission and roam in the Mesh multi-path mesh network system based on the network system information of the "Mesh network gateway exit" and the best path of the Mesh network system such as the "Mesh network backbone node" and "Mesh network receiving node".
