The TQ-7102MS handheld self-organizing network has a beautiful appearance, compact size, and compact design, and can be used handheld or portable. The system adopts a distributed network architecture without a central self-organizing network, which does not require a central gateway. If any device in the group goes offline, it will automatically communicate with any device within the effective coverage range of the device, ensuring the overall network is smooth. It can provide transparent transmission channels for IP based multimedia services such as video, voice, and data. The product can be widely used in various fields such as police force, fire protection, electricity, petroleum, water conservancy, forestry, broadcasting and television, medical, water and air communication.

● Broadband communication 

   Supports 1420-1520MHz broadband communication frequency band, effectively responding to complex terrain environments, and has the ability to customize frequency bands

● High definition display 

   Equipped with a display screen, it can view device status, link status, straight-line distance from nodes, etc., and quickly configure through screen buttons

● Intelligent frequency selection

   Support intelligent frequency selection, 5/10/20MHz bandwidth adjustable

● Power display

   Support touch display of battery level, touch the device to display the current battery level 

● Efficient management

   Provide PC and APP management tools, supporting functions such as dynamic topology, link status monitoring, and real-time data configuration

● Flexible networking

   A decentralized self-organizing network with flexible and adaptable carrier bandwidth, supporting various network topologies such as point to multipoint, chain relay, mesh, and hybrid

The oil pipeline inspection system consists of handheld self-organizing network equipment, collection terminals, base station self-organizing network, and high-definition control pan tilt zoom equipment. 

Place a base station type self-organizing network on top of the tower, and the inspection personnel use handheld self-organizing network devices to communicate with the control center through wireless 

Connections between the base stations,

And real-time positioning is carried out, while using collection terminals to monitor subtle damages that cannot be observed by the naked eye. The collection terminal is connected to the base station to transmit remote monitoring data, so that both the control center and inspection personnel can see the real-time situation ahead, further ensuring the safety of inspection personnel.