TQ-5800M series is our company's latest research and development of basic wireless MESH intelligent ad hoc network wireless transmission products, this series of products are powerful, can use a variety of communication combinations, applied to different use scenarios. It can be installed at a fixed point or quickly deployed wirelessly in a place where moving vehicles, ships, people, robots, etc. can be deployed. The product integrates base station communication, client communication, point-to-point communication, and powerful MESH ad hoc network functions and automatic roaming functions that are different from most of the MESH ad hoc network devices on the market.

Advanced MESH design concept, no central gateway is required when the device is networked, and any device can realize the self-organizing network function, and any device in the group will continue to communicate with the corresponding device within the effective antenna coverage area to ensure that the network is not disconnected. In practical applications, we can use a ring network design without worrying about the problem of ring network blockage. At the same time, in addition to the MESH function on the wireless end, the product also has MESH function on its two wired network ports, which can be selected and used according to needs in the actual application environment. Very flexible and convenient. The multi-mode MESH has both auxiliary functions to ensure better connection quality in complex environments.

The TQ-5800M series products can adopt up to two modes design, with two RF module designs on the same motherboard, which can be more flexible in practical applications. TQ-5800M series products have roaming function, which can be switched according to the signal strength under different base stations in the mobile state, and the moving speed is greater than 260km. It is more suitable for roads, mining areas, tourist areas and other places with vehicle movement monitoring needs.

The TQ-5800M series products can be customized with high-power equipment as needed, and the power can be increased to 3W transmission power, which does not attenuate the transmission throughput in high-power applications. According to the characteristics of the equipment itself, it supports point-to-multipoint, point-to-point, roaming, and MESH ad hoc networks, which can be widely used in forest fire prevention, urban wireless Internet coverage, primeval forests, rivers and lakes, mining areas, unmanned aerial vehicles, robots, pipelines, large industrial areas, roads, power plants, electric power, fire protection, public security, vehicles, ship law enforcement and other fixed and mobile point monitoring.

1. Hardware architecture

A. Dual-band multi-module interface design, each module has 2.4GHz/5GHz dual-mode transmission function, which can be switched to different frequency transmission when disturbed.

B. Wireless equipment conforms to IEEE802.11a/g/n standard specifications:

Operating frequency: 2.212~2.542GHz, 4.900~6.100GHz

Transmission technology: 2*2 MIMO technology

Transmission rate: 300 Mbit/s *1 for one NIC, 180 Mbps transmission bandwidth

2 NICs 300Mbps*2 with a transmission bandwidth of 280Mbps

C. Higher specification hardware: CPU: Atheros AR7161 (680Mhz), 16MB SPI flash, 128MB DDR SDRAM, which can meet the needs of high-quality image transmission.

D. IP67 waterproof and dustproof grade.

E. -30~75°C working temperature.

F. Support Hardware Watchdog.

G. Support independent VLAN and Ethernet network exchange data link layer or router interconnection function.

H. Metal shell and anti-corrosion treatment.

2. WIFI standard and high-end functions

A. Support dynamic multi-mode egress interface allocation of wireless network to cope with multi-link relay and aggregation data stream transmission.

B. Support wireless client bandwidth control to facilitate the management of wireless transmission traffic.

C. AP/CPE/Bridge/Mesh and other operational functions.

D. Support a variety of bidirectional bandwidth management to facilitate the management of wireless transmission traffic.

E. Support the setting of parameters such as channel/transmission power/rate/maximum distance to facilitate the stability of the transmission link.

F. Support advanced wireless parameter adjustment settings to optimize wireless transmission signal quality and transmission stability.

G. Support wireless node (client) information acquisition to help judge whether the antenna is aligned or not (built-in alignment antenna function).

H. Support the limit on the number of wireless client connections.

I. Support the connection and isolation function of the client user.

J. It has the function of relay jumping backbone redundant connection (redundant online function).

K. Roaming change function.

L. It has the online function of client CPE (interconnection with other manufacturers' products).

M. It has the online function of automatic detection of CPE.

N. Built-in GPS function,  which can display the connection status on the UI in the form of coordinates.

O. Support bandwidth adjustment: 2.5MHz, 3MHz, 3.5MHz, 4MHz, 5MHz, 6MHz, 7MHz, 8MHz, 10MHz, 12MHz, 14MHz, 15MHz, 20MHz, 30MHz, 40MHz, 52MHz

P. Support frequency adjustment, the minimum is 2.5MHz to adjust one frequency.

3. Data security and system management

A. It has a service organization code (SSID) wireless security mechanism, which can support on/off/broadcast SSID.

B. It has the MAC Address selection of the fixed AP of the wireless base station, so that the system is not easy to be invaded and can be designated for connection.

C. Wireless base station fixed MAC Address Filtering wireless security mechanism.

D、Capable of WPA/WPA2 PSK/AES (128 bits) encryption.

E. MANAGE HTTP WEB GUI THROUGH WEB BROWSER OPERATION.

F. Support Telnet setting.

G. Support SSH encryption.

H. Support CLI commands for command line setting.

I. Support simple network management SNMP v2c/v3, standard/private MIBs.

J. System log file Syslog.

K. Support management of VLAN tags.

L. Support client network timing NTP Client.

M. Support firmware update/firmware rewrite rollback Firmware upgrade/downgrade.

N. Support dual backup of firmware Dual Images.

O. Support multiple level management.

4. MESH network function

A. Mesh network data transmission with OSI (Open System Interconnection Reference Model) Layer 2 Data Link Layer to achieve fast data tranTQer and automatic healing of links, reduce path selection delay and bandwidth attenuation of multi-hop trunk.

B. It has the ability to automatically find the best transmission path.

C. Automatically disconnect and find the path to restore the connection.

D. Automatic network traffic balancing.

E. Automatically update system node information.

F. Automatically update the system settings through the gateway or server.

G. Support fast automatic path transmission.

H. Support high-speed roaming transmission of logical operations such as signal and transmission rate.

TQ-5800M series products are enterprise-level outdoor MESH wireless intelligent networking equipment, which provides wireless system manufacturers to apply to the construction and operation of PtP point-to-point/PtMP point-to-multipoint/Hotzone wireless coverage hot spots. The product adopts 2.4GHz and 5GHz dual-band multi-module design, which easily solves the problem of insufficient application of long-distance transmission bandwidth. The intelligent ad hoc network mode without a central gateway 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 surveillance image transmission collection... and other