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NBee series wireless sensor network module
Product Introduction: The NBee series module is a new generation of industrial grade IoT data communication module, which is equipped with the BeeLPW-
Product details
The NBee series module is a new generation of industrial grade IoT data communication module, which is equipped with the BeeLPW-T wireless sensor network protocol from Bichuang Technology, providing high reliability data transmission and networking capabilities. It can ensure ultra low power operation of the entire network while ensuring rapid response in seconds; High precision clock response, capable of remote real-time wake-up and OTA upgrade, quickly deploying flexible and reliable Tree/Star networks; A single network can reach a capacity of 1000 nodes, with a single point visible distance of 1.5 kilometers, and high receiving sensitivity ensures network depth and breadth; Support protocols such as ZiBee PRO, A11, BeeNet, etc., customizable; Widely used in energy, industrial monitoring and other occasions, providing end-to-end product development support services to customers, ensuring that customers can reliably and quickly obtain market benefits.
Product Features
Real time response and rejection of network latency
Support battery powered network routing
Large network capacity and fast networking
OTA wireless upgrade
High receiving sensitivity and communication speed
Multiple sensor protocols are directly interconnected
Impedance and gain matching technology
Optional packaging and antenna interface
Industrial grade working temperature -40 ℃ -85 ℃
Main technical features
The network protocol is based on Time Division and Frequency Division technologies;
Based on time-division protocol mode, it ensures low operating current of the equipment;
The protocol mode based on frequency division ensures communication bandwidth and communication quality;
Time synchronization across the entire network, with synchronization accuracy less than 100us across the entire temperature range;
Supports three topologies: star, chain, and tree;
Ultra low RF transmission current (typical current ≤ 160mA at+20dBm);
The gateway supports firmware serial port upgrade FU-OL (Firmware Update - On Line);
Wireless devices support firmware wireless upgrade FU-OTA (Firmware Update - Over The Air);
The protocol has good customizability and can be easily structured to meet the requirements of different applications.
Product Features
Real time response and rejection of network latency
Support battery powered network routing
Large network capacity and fast networking
OTA wireless upgrade
High receiving sensitivity and communication speed
Multiple sensor protocols are directly interconnected
Impedance and gain matching technology
Optional packaging and antenna interface
Industrial grade working temperature -40 ℃ -85 ℃
Main technical features
The network protocol is based on Time Division and Frequency Division technologies;
Based on time-division protocol mode, it ensures low operating current of the equipment;
The protocol mode based on frequency division ensures communication bandwidth and communication quality;
Time synchronization across the entire network, with synchronization accuracy less than 100us across the entire temperature range;
Supports three topologies: star, chain, and tree;
Ultra low RF transmission current (typical current ≤ 160mA at+20dBm);
The gateway supports firmware serial port upgrade FU-OL (Firmware Update - On Line);
Wireless devices support firmware wireless upgrade FU-OTA (Firmware Update - Over The Air);
The protocol has good customizability and can be easily structured to meet the requirements of different applications.
Typical technical scenarios
In the field of large-scale rapid response monitoring, for example, when sampling at 1Hz or less, 1-1000 devices need to work simultaneously;
Long term monitoring and timely alarm mode in case of emergencies, such as in the fields of medical monitoring and industrial process monitoring;
Long distance chain network, such as monitoring and control of street lights;
Small scale single hop networking, such as traffic flow statistics at intersections;
Distributed multi hop networking, such as stress monitoring of buildings or glass curtain walls.
In the field of large-scale rapid response monitoring, for example, when sampling at 1Hz or less, 1-1000 devices need to work simultaneously;
Long term monitoring and timely alarm mode in case of emergencies, such as in the fields of medical monitoring and industrial process monitoring;
Long distance chain network, such as monitoring and control of street lights;
Small scale single hop networking, such as traffic flow statistics at intersections;
Distributed multi hop networking, such as stress monitoring of buildings or glass curtain walls.
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