Video Light APP Module JDY-25M Bluetooth Module Manual
JDY-25M Super BLE Bluetooth Module Version Versi on Date V1.
JDY-25M Super BLE Bluetooth Module Ⅰ. Product introduction JDY-25M super Bluetooth function supports master-slave transparent transmission, iBeacon, BLE probe, iBeacon detection, and MESH network. The maximum number of MESH network supports 65280 device network. Multi-hop wireless anti-collision technology is adopted. The network communication speed supports 50ms to send 16 byte data. The single module supports routing node and terminal node.
JDY-25M Super BLE Bluetooth Module Ⅳ. Technical specifications: Type Specification parameter Working voltage 1.9 – 3.6V Working temperature -40 - 85°C Maximum transmitting power +4dbm Communication distance 80m Bluetooth version BLE5.0 PCB antenna Antenna Antenna gain -0.58dbi Receiving sensitivity -96dbm SMT welding temperature <260℃ Communication interface UART Module size 27mm * 12.88 *1.
JDY-25M Super BLE Bluetooth Module 12 Router node 0 AT+MCLSS0 13 Transmitting power 4 AT+POWR4 14 OUTPUT unrelated 15 Learn mode off and INPUT 0 AT+SUBTYPE0 0 AT+LEARN0 Special instruction: V1.5 default that factory setting of K1 to K5 is not 0, so the customer is misled that all key values are the same. Example: If it needs K1 to control the OUTPUT1 level of all devices in the network, use the default parameters.
JDY-25M Super BLE Bluetooth Module Method 2: Key Learning 1.Enter Learner mode: Double-click the PWRC pin, and the STAT light will flash slowly, and the LED light of the ALED pin will be off to indicate that it has entered the Learner. In the learning state, if the OUTPUT pin does not learn the key value, it will flash once a second. When the code sent by the Code sender is received, it will be always on, indicating that the key value has been learned.
JDY-25M Super BLE Bluetooth Module Ⅵ. Module pin definition Note: The general transport transmission application only needs to connect 4 pins of VCC, GND, RXD and TXD.
JDY-25M Super BLE Bluetooth Module Ⅶ.
JDY-25M Super BLE Bluetooth Module 25 OUTPUT4 Output 4 Default low level, support serial instruction control and input KEY pin control in network state Ⅷ. Serial port AT instruction set AT instruction sent by JDY-25M module serial port must add \r\n No.
JDY-25M Super BLE Bluetooth Module 22 AT+CLRBAND Clear binding - 23 AT+SRBAND Connect the strongest signal - slave nearby 24 AT+MESH MESH sends data - 25 AT+KEY Key parameter configuration - 26 AT+NETID Network ID number 1189 configuration 27 AT+MADDR Network short address Last two digits of MAC address 28 AT+MCLSS Type of network device 0（Router） 29 AT+FRIEND Add private friend MAC 000000000000 address 30 AT+CLRFRIEND Clear friend 31 AT+FRTYPE Friend type 32 AT+IBUUID
JDY-25M Super BLE Bluetooth Module communicates 40 AT+FUNC Master sets slave wireless parameters 41 AT+SUBTYPE Subtype (routing mode is 0 valid) 42 AT+LEARN Learn switch 0 43 AT+LEAVAL Output IO learn parameters 0,0,0000 44 AT+DEVCLSS For one key connection of the 0 master to the strongest signal slave nearby 45 AT+KLABEL Add label address 0,0,000000000000 (10 Tags supported) 46 AT+KLTIME Set label overtime time 3s 47 AT+KLRSSI Set label sensitivity 99 (For receiving range set
JDY-25M Super BLE Bluetooth Module AT+LADDR +LADDR= Param: MAC address hex character string 5、Set/query - BLE broadcast name Instruction Response Parameter AT+NAME +OK Param：BLE broadcast name Max：18 byte AT+NAME +NAME= Default broadcast name： JDY-25M 6、Set/query - BLE Bluetooth pairing password Instruction Response AT+PIN +OK AT+PIN +PIN= Parameter Param：4 bit password Default PIN：123456 7、Set/query - BLE Bluetooth password connection mode Instruction
JDY-25M Super BLE Bluetooth Module 8、Set/query - Baud rate Instruction Response Parameter Param:(2 to 8) AT+BAUD +OK 2：2400 3：4800 4：9600 5：19200 6：38400 AT+BAUD +BAUD= 7：57600 8：115200 Default：8 9、Disconnect Instruction Response Parameter AT+DISC +OK NULL Instruction: In the connection state, send the AT+DISC instruction to disconnect the Bluetooth connection by pulling down the PWRC pin.
JDY-25M Super BLE Bluetooth Module 11、Set/query - Power on sleep or wake-up Instruction Response AT+STARTEN AT+STARTEN Parameter Param：(0-1) 1 ： Power on wake-up, sleep can be controlled through AT+SLEEP 0：Power on sleep, connect wake-up, disconnect sleep Default：1 +OK +STARTEN: Instruction: The power on sleep instruction can only be set in slave mode, other modes are invalid.
JDY-25M Super BLE Bluetooth Module 3：iBeacon mode 4：iBeacon probe mode 5：MESH network mode 6：Multi-connected slave mode (supports 4 master connections) 7：Multi-connected master-slave (the master supports to connect 4 slaves at the same time, and the slave supports to connect 4 masters) 8：Key label detection mode (when the bound label approaches, IO of JDY-25M will act) Default：5 IBEACON probe mode output data format is as follows: 54 58 44 ea d8 f1 b5 a2 TX End 52 MAC fd a5 06 93 a4 e2 4f b1 af cf c6 eb
JDY-25M Super BLE Bluetooth Module 18、Set - Stop scanning Instruction Response AT+STOP OK Parameter NULL If the user needs MCU to control the scan stop, it is generally recommended to set the search device to 4 and the instruction is AT+INQ4 when scanning the device, so that the MCU can send the instruction to stop the scan within this time, of course, it will automatically stop when the time is up.
JDY-25M Super BLE Bluetooth Module As there are too many functions of MESH network, it will not be described in detail in this document. Please refer to the document of Instructions for use of mesh. PDF.
JDY-25M Super BLE Bluetooth Module The terminal settings should be applied to low-power consumption network device. The default is power on sleep. Data will be sent after key wake-up and sleep will be immediately after sending.
JDY-25M Super BLE Bluetooth Module AT+MINOR OK AT+MINOR +MINOR= If Minor value is 10180，AT instruction is: AT+MINOR27C4 Param:（0000-FFFF） Default：0007 27C4 is 10180 hex data 35、Set/query - iBeacon IBSING Instruction Response AT+IBSING OK AT+IBSING Parameter +IBSING = Param:（00-FF） Default：40 This parameter is applied to the check value of iBeacon signal at 1 meter.
JDY-25M Super BLE Bluetooth Module PB：Indicates output level P1：Indicates OUTPUT1 level AT+CUIO +CUIO=,,,, P3：Indicates OUTPUT3 level , P4：Indicates OUTPUT4 level P5：Indicates OUTPUT5 level Note: This instruction only controls the IO level of the current module through the serial port.
JDY-25M Super BLE Bluetooth Module AT+SUBTYPE +SUBTYPE= Note: After the SUBTYPE is set to 1, the level of the remote device controlled by the INPUT key will change as the level of its OUTPUT pin. For example, INPUT1 controls the remote device INPUT1 level to high level, and its own INPUT1 pin will also become high level.
JDY-25M Super BLE Bluetooth Module Param：00 or ff AT+DEVCLSS function is turned on (In ROLE1mode, support pressing PWRC pin to bind and AT+DEVCLSS +DEVCLSS= Default：0 Example: In ROLE1 mode, press PWRC pin to automatically bind the strongest signal slave nearby and send AT+DEVCLSSF1 45、Set/query - Key label address addition Instruction Response Parameter AT+KLABEL,
JDY-25M Super BLE Bluetooth Module 47、Set/query - Sensitivity of opening a key label Instruction Response Parameter AT+KLRSSI, AT+KLRSSI +KLRSSI=,< Param2 default：99 Param> In ROLE8 key label detection mode, bracelet and key labels have been added, Example: Set the receiving range of the bracelet to a relatively close distance. Only when the bracelet is in this range can the OUT pin of JDY-25M act.
JDY-25M Super BLE Bluetooth Module Ⅸ.
JDY-25M Super BLE Bluetooth Module 3）APP configures current device instruction table （ Use characteristic UUID ： 0XFFE3） This instruction is only used for the current APP connected device parameter configuration.
JDY-25M Super BLE Bluetooth Module FA02 x1x2mac x2：Action IO number（Value 0x01-0x05） Mac：Label MAC address（Value 0x000000000000-0xffffffffffff) FA03 x1x2 x1：Label number（Value 0x00-0x09） x2：Overtime time（Value 0x00-0x09） FA04 x1x2 x1：Label number（Value 0x00-0x09） x2：Sensitivity（Value 0x00-0x99） B101 UUID UUID of iBeacon, length 16 bytes B202 MAJOR MAJOR of iBeacon, length 2 bytes B303 MINOR MINOR of iBeacon, length 2 bytes B404 SING Signal verification value of iBeacon at 1m, length 1byt
JDY-25M Super BLE Bluetooth Module A9E9 POWER POWER is transmitting power, the length is 1 byte 0：-20db 1：0db 2：2db 3：3db 4：4db AAEA DEFAULT Restore factory configuration C101 NULL Read module software version number C102 NULL Read broadcast name value, length (1 to 18) bytes C103 NULL Read password value, length 6 bytes C104 NULL Read password type value, length 1 byte C105 NULL Read baud rate value, length 1 byte C106 NULL Read power on sleep value, length 1 byte C107 ADVSTAT C10
JDY-25M Super BLE Bluetooth Module x1：Label number（Value 0x00-0x09） C312 x1 Read KLTIME parameter x1：Label number（Value 0x00-0x09） C313 x1 Read KLRSSI parameter x1：Label number（Value 0x00-0x09） Ⅹ. Wiring diagram of JDY-25M module application 10.1 Wiring diagram of data transparent transmission between JDY-25M and mobile phone (IOS, Android) APP and applet Note: Only 4 wires (VCC, GND, RXD, TXD) need to be connected for general transparent transmission.
JDY-25M Super BLE Bluetooth Module 10.
JDY-25M Super BLE Bluetooth Module This circuit is mainly used for routing nodes. The key supports to control the IO or serial port output key information of all nodes (routing, terminal) in the network. Network IO control instructions are as follows: AT+ROLE5 AT+RESET After configuration, IO control can be carried out. By default, the short address of INPUT1 to INPUT5 is FFFF. Press the INPUT pin SW key by default to output IO to control the corresponding OUTPUT of all devices in the network.
JDY-25M Super BLE Bluetooth Module network In this wiring, the user MCU can realize wireless serial port communication between multiple MCU, and can also control the output IO level of all nodes, and read the input IO level status (input1 to input5).
JDY-25M Super BLE Bluetooth Module 10.6 JDY-25M network remote control node wiring diagram This node is generally used for panel switch and remote controller. The terminal node is generally powered on sleep. Press the key to send data, and release the key to continue deep sleep immediately. Configure remote control node instruction 1.Configure to MESH mode: AT+ROLE5 2.Configured as a low-power consumption node: AT+MCLSS1 3.Restart to take effect: AT+RESET 10.
JDY-25M Super BLE Bluetooth Module switch panel learns the value sent by SW1 of A switch panel, and LED2 of B switch panel will be on, which indicates that LED2 has learned successfully. Second, press SW5 of B switch panel, at this time, LED5 of B switch panel flashes, which indicates that LED5 learning begins. Then press SW1 of switch panel A, LED5 of switch panel will be on, which indicates that learning has been successful.
JDY-25M Super BLE Bluetooth Module nearby Bluetooth remote control transmitter Bluetooth remote control receiver Bluetooth remote control application instruction mode 1 (LED light level flip) Bluetooth transmitter configuration instruction Bluetooth receiver configuration instruction AT+ROLE1 AT+ROLE0 AT+DEVCLSSF1 AT+RESET AT+RESET After the configuration of instructions through the above transmitter and receiver, the transmitter presses the SW5 button briefly, and the transmitter automatically searches
JDY-25M Super BLE Bluetooth Module Key label detection is generally used in gate switch, check in, anti-loss and other fields. When JDY-25M detects the key label or bracelet approaching, OUT outputs pin action. Example: the MAC of the bracelet is 112233445566. When the bracelet is close, the OUT2 pin action instruction is as follows. AT+ROLE8 AT+KLABEL1,2,112233445566 AT+RESET JDY-25M supports binding 10 labels and 5 action OUT pins. The received label address will be output from the serial port.
FCC Statement This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) This device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation. Any Changes or modifications not expressly approved by the party responsible for compliance could void the user's authority to operate the equipment.
