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ZumLink LTE 2412-30

LTE2412-30 is a digital integrated wireless radio product. Supports 2 network ports, 2 RS232 serial ports, and 2 TTL serial ports. It supports up to 16 sub nodes connected to a central node and supports three frequency bands: 800MHz, 1400MHz, and 1500MHz. It has high receiving sensitivity, a transmission distance of up to 50KM, large data throughput, strong anti-interference ability, and low power consumption. LTE2412-30 is a cost-effective product specifically designed for applications such as

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ZumMesh 5212-BP

ZumMesh 5212-BP backpack device is a wireless communication terminal developed based on software defined radio architecture (SDR) and multi hop ad hoc network technology (MESH). The physical layer waveform algorithm has been deeply optimized, resulting in significant improvements in the product's reception sensitivity, automatic interference avoidance, operating distance, mobility, and throughput stability. The device is based on a high-performance programmable processor and supports dynamic loading of SDR wide/narrowband, anti-interference and other communication waveforms. It can quickly build reliable wireless links for users in complex environments and provide fast and flexible solutions for various services such as high-definition video, voice, IP data transmission, etc.

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Using BITWAVE multi wireless transmission technology to accelerate network upgrade and replacement

Higher performance, longer distance, and support for the fourth generation industrial Internet

Understand how BITWAVE's wireless products can help industry applications achieve intelligence:

Customizable radio frequency technology (700-2700MHz) supports the design of low-frequency and diffraction capable solutions based on available frequencies.

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Mesh technology supports the formation of bee colony networks, supporting longer distance transmission, with video transmission up to 200 kilometers and data transmission up to 500 kilometers

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The data transmission radio based on software radio can form a flexible data transmission network with built-in edge computing support function.

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High bandwidth wireless bridge technology supports speeds up to 1.5Gbps, enabling long-distance transmission of 10-30 kilometers.

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BITWAVE's 5G network technology supports the construction of private networks for enterprises, helping them achieve intelligence and informatization.

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Unmanned Equipment
Emergency Communication
Hydrological Measurement
Smart Park
Smart Factory
Smart Mine
Oilfield Oil And Gas

In today's world, the emergence of intelligent unmanned devices is creating miracles. Whether it is industrial and agricultural production, world exploration, or war, unmanned devices are shining brightly. BITWAVE's wireless data transmission module has greatly improved performance in both transmission distance and transmission rate, providing a very cost-effective solution for today's unmanned devices.

CASE STUDY

A certain research institute's fast unmanned boat

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Using ZumLink wireless transmission technology to achieve remote control of unmanned boats at sea.

Wireless MESH technology plays an irreplaceable role in emergency communication fields such as fire protection and counter-terrorism. Our current products have improved in MESH networking and transmission distance, enabling over the line of sight data transmission.

CASE STUDY

Emergency Command Application of a Forestry Bureau

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Wireless MESH technology using BITWAVE

In the hydrological industry, wireless transmission technology is crucial, and ADCP requires a high-speed and stable wireless transmission channel. BITWAVE's FGR series products can provide high-speed and long-distance data transmission capabilities, meeting the requirements of use in harsh environments.

CASE STUDY

Application of ADCP Data Collection in a Hydrological Bureau

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Using a data transmission radio to achieve hydrological ADCP data transmission

Smart park=park+Internet, which means the organic combination of industrial cluster development and different spaces of urban living, the integration of information technology and various resources, the realization of digital operation of various services in the park, the full reduction of enterprise operating costs, and the improvement of management efficiency. Smart parks are usually divided into industrial parks, logistics parks, industrial parks, creative parks, technology parks, chemical parks, etc

CASE STUDY

Wireless coverage in a certain scenic area

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Using Mesh technology to integrate WIFI+IOT solutions to achieve full network coverage

Smart factory is based on digital factories, utilizing IoT technology and equipment monitoring technology to enhance information management and services; Clear understanding of the production and sales process, improved controllability of the production process, reduced manual intervention on the production line, timely and accurate collection of production line data, and reasonable production planning and scheduling.

CASE STUDY

Extensive use of WIFI, MESH, 4G/5G, IOT technology to support mobile operations and robotics applications

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4/5G coverage to establish a dedicated enterprise network, supporting the application of intelligent factories

Smart mines are based on the digitization and informatization of mines, actively sensing, automatically analyzing, and quickly processing mining production, occupational health and safety, technical support, and logistics support, to build smart mines and achieve the construction of safe mines, unmanned mines, efficient mines, and clean mines.

CASE STUDY

Intelligent control of mobile vehicles and staff

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The intelligent control of mobile vehicles and staff requires a complete information network support, utilizing MESH, 5G, IOT technology to assist enterprises in achieving intelligent management.

Smart oil fields can provide safety control, intelligent oil field safety management, and AI video intelligent analysis solutions for smart oil fields. By combining AI video analysis with AIoT intelligent Internet of Things, it can monitor and manage equipment, environment, personnel, and vehicles in oil and gas fields, perceive oil field safety risk situations in real time, and issue real-time warnings. Through visual technology such as AR, efficient linkage can be achieved, greatly improving the efficiency and level of oil field operation and maintenance management, and assisting in oil field safety production.