WH-BLE103 is low-power Bluetooth module which supports BLE4.2 protocol and user can realize communication through simple configuration. The module can be use for point-to-point transparent transmission and enctyption transmission. Module can work at master mode or slave mode. User can set one module as master, the other one as slave for transparent transmission. Or develop APP according to standard BLE protocol to communicate with module. BLE103 supports one-to-many broadcast mode and iBeacon protocol. And also support modifying 128bit format UUID to be compatible with other company BLE modules. WH-BLE103 is reliable BLE module with various functions and high compatibility.
Compatible with USR-BLE101 in function and encapsulation, add external version and GPIO
Ultra tiny size10*10*2mm
Support BLE4.2 protocol, compatible with low version
The low power broadcast mode is 300µA on average, and the sleep mode is 500nA on average. Multiple wake-up modes
Master and slave integration. Quick-switch
A variety of configuration methods, support AT commands
Support for one to many broadcast mode, built-in iBeacon protocol
Support Mesh networking and quickly build Bluetooth network.
Bluetooth to UART data transmission
1.7V~3.6V single power supply
Far transmission distance. Point to point transmission distance up to 60m
Support 128bit format UUID modification, can communicate with other manufacturers module.
Identify Packet function
Identity packet is used for identify the device when module works as TCP client/UDP client. There are two methods for identity packet.
Identity data will be sent when connection is established.
Identity data will be add on the front of every data packet.
Heartbeat Packet Function
Heartbeat packet: Module will output heartbeat data to serial or network periodic. User can configure the heartbeat data and time interval. Serial heartbeat data can be used for polling Modbus data. Network heartbeat data can be used for showing connection status and keep the connection (only take effect in TCP/UDP Client mode).