Hc0406 bluetooth module configuration

Author: s | 2025-04-24

This program, also known by its alias, HC0406 Bluetooth module configuration tool, provides significant convenience by supporting the configuration of pairing PINs, Bluetooth device names, and serial baud rates for the connected Bluetooth modules.

Configuring and Testing Bluetooth Modules - Instructables

We want to change settings of HC-05 Bluetooth module like change password for connection, baud rate, Bluetooth device’s name etc.To do this, HC-05 has AT commands.To use HC-05 Bluetooth module in AT command mode, connect “Key” pin to High (VCC).Default Baud rate of HC-05 in command mode is 38400bps.Following are some AT command generally used to change setting of Bluetooth module.To send these commands, we have to connect HC-05 Bluetooth module to the PC via serial to USB converter and transmit these command through serial terminal of PC.CommandDescriptionResponseATChecking communicationOKAT+PSWD=XXXXSet Passworde.g. AT+PSWD=4567OKAT+NAME=XXXXSet Bluetooth Device Namee.g. AT+NAME=MyHC-05OKAT+UART=Baud rate, stop bit, parity bitChange Baud ratee.g. AT+UART=9600,1,0OKAT+VERSION?Respond version no. of Bluetooth module+Version: XX OKe.g. +Version: 2.0 20130107 OKAT+ORGLSend detail of setting done by manufacturerParameters: device type, module mode, serial parameter, passkey, etc.Alternate options for HC-05 Bluetooth ModuleHC-06 Bluetooth module: This is a similar module to the HC-05, but it is limited to a slave role only. It has a smaller form factor and is generally cheaper than the HC-05. However, it does not support some of the advanced features of the HC-05, such as the ability to enter AT mode to configure the module.HM-10 Bluetooth module: This is a more advanced Bluetooth module that supports Bluetooth 4.0 (BLE) and can act as both a master and slave device. It also supports a wider range of AT commands for configuring the module, and has a longer range than the HC-05. However, it is generally more expensive than the HC-05.RN-42 Bluetooth module: This is another Bluetooth module that supports both the SPP and HID profiles, similar to the HC-05. It has a longer range than the HC-05 and supports faster data rates. However, it is also more expensive and may require additional configuration to work properly.ESP32 Bluetooth module: This is a powerful Wi-Fi and Bluetooth module that includes a dual-core processor and support for both Bluetooth Classic and BLE. It is more expensive than the HC-05, but offers more advanced features and capabilities.nRF24L01+ Wireless module: This is a wireless module that operates at 2.4GHz and uses a different protocol than Bluetooth. It is generally cheaper than

HC04/06 bluetooth module configuration tool

TSA1740 is our first Bluetooth 5.0 audio amplifier board. It's default bluetooth name is "TSA1740" and without PIN code. Maybe you want change it to a special name and enable the PIN code. Compare with our Bluetooth 4.0/4.2 amplifier. It's need a complete different hardware/software to do it. This is a tutorial to teach you how to change the BT name and enable the password by yourself. Hardware and Software required: FTDI Basic module software UI Tool MP Tool EEPROM Tool UITool_TSA1740_NoTone.txt BM64_DSP_I2S_Master.txt IS206XGM_002_nSPK05_V1.1_E1.0.0.1_1083.bin Step1: Use UI Tool Change the BT module setting file. 1.1 Open UITool_IS206xGM_002_nSPK_v1.1.14.exe and click load button to load UITool_TSA1740_NoTone.txt. 1.2 Click Edit button into Settings page. 1.2 Sys.Setup2 page. Here we change the BT name to Tinysine. Enable simple Pairing to Disable. PIN code set to 1234. Click Finish button. There may pop up a dialog about the EEPROM size. Just click ok ignore it. 1.3 Return to the main page. Click Save button and save the configuration file. Here we save it as UITool_TINYSINE_1234.txt Step2: Use MPI Tool Combine the DSP parameters file(BM64_DSP_I2S_Master.txt), BT module setting file(UITool_TINYSINE_1234.txt) and (IS206XGM_002_nSPK05_V1.1_E1.0.0.1_1083.bin) together to creat a new .ipf file. 2.1 Open MPET.exe Click Next.Select UI Patch Only 2.2 Click Browse and select IS206XGM_002_nSPK05_V1.1_E1.0.0.1_1083.bin Then click next 2.3 Add BM64_DSP_I2S_Master.txt and UITool_TINYSINE_1234.txt in the Merge list 2.4 Creat a new ipf file Step3: Burn the ipf file to the Bluetooth module EEPROM. 3.1 Set the DIP switch to Flash test state. Connect FTDI basic module to the board BT UART port 3.2 Open EEPROM_Tool.exe. Click IC/Module Indentify. It will auto detect the IC type. Then select the MPSE name. Select your .ipf file. Click Write. All done, Your Bluetooth 5.0 amplifier board Bluetooth name has been changed. PIN code also enabled. Tags:

HC04/06 Bluetooth Module Configuration 1.0

IntroductionIt is used for many applications like wireless headset, game controllers, wireless mouse, wireless keyboard, and many more consumer applications.It has range up to It is IEEE 802.15.1 standardized protocol, through which one can build wireless Personal Area Network (PAN). It uses frequency-hopping spread spectrum (FHSS) radio technology to send data over air.It uses serial communication to communicate with devices. It communicates with microcontroller using serial port (USART).HC-05 Bluetooth ModuleHC-05 is a Bluetooth module which is designed for wireless communication. This module can be used in a master or slave configuration.HC-05 Bluetooth ModuleHC-05 Bluetooth Module Pin DiagramHC-05 Bluetooth Module Pin DiagramBluetooth serial modules allow all serial enabled devices to communicate with each other using Bluetooth.It has 6 pins,1. Key/EN: It is used to bring Bluetooth module in AT commands mode. If Key/EN pin is set to high, then this module will work in command mode. Otherwise by default it is in data mode. The default baud rate of HC-05 in command mode is 38400bps and 9600 in data mode.HC-05 module has two modes, 1. Data mode: Exchange of data between devices. 2. Command mode: It uses AT commands which are used to change setting of HC-05. To send these commands to module serial (USART) port is used.2. VCC: Connect 5 V or 3.3 V to this Pin.3. GND: Ground Pin of module.4. TXD: Transmit Serial data (wirelessly received data by Bluetooth module transmitted out serially on TXD pin)5. RXD: Receive data serially (received data will be transmitted wirelessly by Bluetooth module).6. State: It tells whether module is connected or not.HC-05 module InformationHC-05 has red LED which indicates connection status, whether the Bluetooth is connected or not. Before connecting to HC-05 module this red LED blinks continuously in a periodic manner. When it gets connected to any other Bluetooth device, its blinking slows down to two seconds.This module works on 3.3V. We can connect 5V supply voltage as well since the module has on board 5 to 3.3 V regulator.As HC-05 Bluetooth module has 3.3V level for RX/TX and microcontroller can detect 3.3 V level, so, no need to shift transmit. This program, also known by its alias, HC0406 Bluetooth module configuration tool, provides significant convenience by supporting the configuration of pairing PINs, Bluetooth device names, and serial baud rates for the connected Bluetooth modules. This program, also known by its alias, HC0406 Bluetooth module configuration tool, provides significant convenience by supporting the configuration of pairing PINs

HC-06 Bluetooth module datasheet and configuration with

Build environment and filesystem Bootloaders Software development kit (SDK) PROCESSOR-SDK-RTOS-AM335X — TI-RTOS Processor SDK for AM335x and AMIC110 devices (No design support from TI available. Refer to Overview- RTOS Highlights for details.) Supported products & hardware Supported products & hardware Products Arm-based processors AM3351 — Sitara processor: Arm Cortex-A8, 1Gb Ethernet, display AM3352 — Sitara processor: Arm Cortex-A8, 1Gb Ethernet, display, CAN AM3354 — Sitara processor: Arm Cortex-A8, 3D graphics, CAN AM3356 — Sitara processor: Arm Cortex-A8, PRU-ICSS, CAN AM3357 — Sitara processor: Arm Cortex-A8, EtherCAT, PRU-ICSS, CAN AM3358 — Sitara processor: Arm Cortex-A8, 3D graphics, PRU-ICSS, CAN AM3359 — Sitara processor: Arm Cortex-A8, EtherCAT, 3D, PRU-ICSS, CAN AMIC110 — Sitara processor: Arm Cortex-A8, 10+ Ethernet protocols Wi-Fi products WL1807MOD — WiLink™ 8 industrial dual band combo, 2x2 MIMO Wi-Fi module WL1831 — WiLink™8 single-band industrial Wi-Fi®, Bluetooth® and Bluetooth Low Energy transceiver WL1837MOD — WiLink™ 8 industrial dual band, 2x2 MIMO Wi-Fi®, Bluetooth® & Bluetooth Smart module Hardware development Reference design TIDEP-0089 — CC-Link IE Field Basic Master and Slave Reference Design Evaluation board TMDSICE3359 — AM3359 Industrial Communications Engine TMDSSK3358 — AM335x starter kit TMDXEVM3358 — AM335x evaluation module TMDXICE110 — AMIC110 Industrial Communications Engine (ICE) Download options Latest version Version: 06.03.00.106 Release date: Apr 18, 2020 AM335x RTOS SDK installer for Windows Host AM335x RTOS SDK installer for Linux Host Products Arm-based processors AM3351 — Sitara processor: Arm Cortex-A8, 1Gb Ethernet, display AM3352 — Sitara processor: Arm Cortex-A8, 1Gb Ethernet, display, CAN AM3354 — Sitara processor: Arm Cortex-A8, 3D graphics, CAN AM3356 — Sitara processor: Arm Cortex-A8, PRU-ICSS, CAN AM3357 — Sitara processor: Arm Cortex-A8, EtherCAT, PRU-ICSS, CAN AM3358 — Sitara processor: Arm Cortex-A8, 3D graphics, PRU-ICSS, CAN AM3359 — Sitara processor: Arm Cortex-A8, EtherCAT, 3D, PRU-ICSS, CAN AMIC110 — Sitara processor: Arm Cortex-A8, 10+ Ethernet protocols Wi-Fi products WL1807MOD — WiLink™ 8 industrial dual band combo, 2x2 MIMO Wi-Fi module WL1831 — WiLink™8 single-band industrial Wi-Fi®, Bluetooth® and Bluetooth Low Energy transceiver WL1837MOD — WiLink™ 8 industrial dual band, 2x2 MIMO Wi-Fi®, Bluetooth® & Bluetooth Smart module Hardware development Reference design TIDEP-0089 — CC-Link IE Field Basic Master and Slave Reference Design Evaluation board TMDSICE3359 — AM3359 Industrial Communications Engine TMDSSK3358 — AM335x starter kit TMDXEVM3358 — AM335x evaluation module TMDXICE110 — AMIC110 Industrial Communications Engine (ICE) Code Composer Studio IDE for Windows Host Code Composer Studio IDE for Linux Host AM335x Pin Mux Configuration Utility AM335x Clock Tree Configuration Utility Instructions for creating an SD Card with Windows Host Instructions for creating an SD Card with Linux Host Link to Release Notes for Processor SDK RTOS Link to Getting Started Guide for Processor SDK RTOS Link to Developer Guide for Processor SDK RTOS Software Manifest

How to Use/configure a Bluetooth Module - Instructables

Be interesting to verify that it is working, hooked up correctly and to modify its parameters such as its name (useful when your are using several modules), PIN code and communication speed (baudrate). To allow configuration, the module HC-06 should be powered but not paired (la LED is blinking).The following code allows you to modify the parameters using the serial monitor.#include SoftwareSerial.h>SoftwareSerial hc06(2,3);void setup(){ //Initialize Serial Monitor Serial.begin(9600); Serial.println("ENTER AT Commands:"); //Initialize Bluetooth Serial Port hc06.begin(9600);}void loop(){ //Write data from HC06 to Serial Monitor if (hc06.available()){ Serial.write(hc06.read()); } //Write from Serial Monitor to HC06 if (Serial.available()){ hc06.write(Serial.read()); } }To test serial communication, enter AT in the serial monitor and click on the send or press enter. Be sure to select “No end line” and the correct baudrate in the communication options. Module should answer OK. If it is not working check the wiring and the module version.To modify the module name, enter AT+NAMEmodule_name.Module should answer OKsetname. (Ex: If you want to change module name into BTM1 enter AT+NAMEBTM1)To modify the module PIN code, enter AT+PINxxxx. Module should answer OKsetPIN. (Ex: If you want to change PIN into 0000 enter AT+PIN0000)To modify the module communication speed (only if required), enter AT+BAUDx. Ex: If you want to change baudrate into 9600 enter AT+BAUD4. Module should answer OK9600. (Note: 1 for 1200, 2 for 2400, 3 for 4800, 4 for 9600, 5 for 19200, 6 for 38400, 7 for 57600, 8 for 115200)WARNING:Different versions of the Bluetooth module HC-06 exit and the list

Configuring Bluetooth module using AT commands - Engineers

Can jump to any chapter of your choice.Arduino Board Specifications and TypesAtMega Microcontroller SpecificationsArduino ProgrammingInterfacing of Sensors, Actuators, and Other ModulesSoftware and IDE ArchitectureArduino IDE Functionality1. Arduino MCQ on Board Specifications and TypesThe section contains multiple choice questions and answers on different arduino boards, arduino board hardware specifications and pinout structure.2. Arduino Multiple Choice Questions on AtMega Microcontroller SpecificationsThe section contains questions and answers on atmega 2560, atmega 328, atmega 32u4 and atmega 168.3. MCQ on Arduino ProgrammingThe section contains MCQs on arduino programming languages, preprocessing, compilation, uploading, pin mode setting, setup and loop functions, digital and analog input output, standard libraries, serial and stream communications, operators, control structures, looping, time functions, datatypes, mathematical functions, string manipulation, variable scope, interrupt service routine, progmem utility and sizeof() function.4. Arduino MCQ on Interfacing of Sensors, Actuators, and Other ModulesThe section contains multiple choice questions and answers on ir sensor, ultrasonic sensor, adxl335 accelerometer sensor, nokia 5110 graphical display module, gsr sensor, mpu6050 sensor module, ldr sensor, relay dual channel module, motor driver l293d, esp8266 wifi module, OV7076 camera module, oled display module, lm35 temperature and mq2 sensor module, rfid module, rotary encoder, thermistor, pir sensor module, thermocouple, soil moisture and dht11 sensor, zigbee and hc05 bluetooth modules.5. Arduino Multiple Choice Questions on Software and IDE ArchitectureThe section contains questions and answers on hardware folder structure, architecture confiurations, global predefined properties, build process, files format configuration, source code compilation and core.a archive file build recipes, linking and binary data recipes, hooks, core subfolder,

AT Mode Configuration of HC-05 Bluetooth Module

Bluetooth modules and can be used for applications where a shorter range and lower data rate are acceptable.HC-05 Bluetooth Module interface with ArduinoHC-05 Bluetooth Module interface with ArduinoHC-05 Bluetooth Module code for Arduino#include/* Create object named bt of the class SoftwareSerial */ SoftwareSerial bt(2,3); /* (Rx,Tx) */ voidsetup(){ bt.begin(9600); /* Define baud rate for software serial communication */ Serial.begin(9600); /* Define baud rate for serial communication */}voidloop(){ if (bt.available()) /* If data is available on serial port */ { Serial.write(bt.read()); /* Print character received on to the serial monitor */ }}The output of the above code is any data that is received on the software serial port, and printed on the serial monitor.To know more about HC-05 Bluetooth Module using Arduino refer to this linkExamples of Bluetooth Module interfacingHC-05 Bluetooth Module Interfacing with PIC18F4550HC-05 Bluetooth Module Interfacing with 8051HC-05 Bluetooth Module Interfacing with ATmega32HC-05 Bluetooth Module Interfacing with ArduinoHC-05 Bluetooth Module Interfacing with TI LaunchpadHC-05 Bluetooth Module Interfacing with LPC2148HC-05 Bluetooth Module Interfacing with NodeMCUHC-05 Bluetooth Module Interfacing with ESP32 Components Used Bluetooth Module HC-05Bluetooth is a wireless communication protocol used to communicate over short distances. It is used for low power, low cost wireless data transmission applications over 2.4 – 2.485 GHz (unlicensed) frequency band. X 1. This program, also known by its alias, HC0406 Bluetooth module configuration tool, provides significant convenience by supporting the configuration of pairing PINs, Bluetooth device names, and serial baud rates for the connected Bluetooth modules.

How to configure the HC05 Bluetooth Module using

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Bluetooth Module Configuration: Easy AT Commands Guide

Level of HC-05 module. But we need to shift the transmit voltage level from microcontroller to RX of HC-05 module.The data transfer rate of HC-05 module can vary up to 1Mbps is in the range of 10 meters. Specification of HC-05 Bluetooth ModuleBluetooth version: 2.0 + EDR (Enhanced Data Rate)Frequency: 2.4 GHz ISM bandModulation: GFSK (Gaussian Frequency Shift Keying)Transmit power: Class 2 (up to 4 dBm)Sensitivity: -80 dBm typicalRange: approximately 10 meters (or 33 feet) in open airProfiles supported: SPP (Serial Port Profile), HID (Human Interface Device) and othersOperating voltage: 3.3V to 5V DCOperating current: less than 50mAStandby current: less than 2.5mASleep current: less than 1mAInterface: UART (Universal Asynchronous Receiver/Transmitter)Baud rates: 1200, 2400, 4800, 9600, 19200, 38400, 57600, 115200, 230400, and 460800Operating temperature: -20°C to 75°C (-4°F to 167°F)Bluetooth communication between DevicesE.g. Send data from Smartphone terminal to HC-05 Bluetooth module and see this data on PC serial terminal and vice versa.To communicate smartphone with HC-05 Bluetooth module, smartphone requires Bluetooth terminal application for transmitting and receiving data. You can find Bluetooth terminal applications for android and windows in respective app. store.Bluetooth Module Serial InterfaceSo, when we want to communicate through smartphone with HC-05 Bluetooth module, connect this HC-05 module to the PC via serial to USB converter.Before establishing communication between two Bluetooth devices, 1st we need to pair HC-05 module to smartphone for communication.Pair HC-05 and smartphone:Search for new Bluetooth device from your phone. You will find Bluetooth device with “HC-05” name.Click on connect/pair device option; default pin for HC-05 is 1234 or 0000.After pairing two Bluetooth devices, open terminal software (e.g. Teraterm, Realterm etc.) in PC, and select the port where we have connected USB to serial module. Also select default baud rate of 9600 bps.In smart phone, open Bluetooth terminal application and connect to paired device HC-05.It is simple to communicate, we just have to type in the Bluetooth terminal application of smartphone. Characters will get sent wirelessly to Bluetooth module HC-05. HC-05 will automatically transmit it serially to the PC, which will appear on terminal. Same way we can send data from PC to smartphone.Command ModeWhen. This program, also known by its alias, HC0406 Bluetooth module configuration tool, provides significant convenience by supporting the configuration of pairing PINs, Bluetooth device names, and serial baud rates for the connected Bluetooth modules.

Configuring the HC-06 Bluetooth Serial Module

To its small and streamlined pads. The TD-1K is considered Roland’s entry-level electronic drum set, so bear in mind that it’s limited to 15 kits and lacks a few pro-level features found on more expensive models, including 1/4-inch stereo outputs and effects.Best for beginners: Roland TD-07DMK Electronic V-Drums Best electronic drum set for beginners Fine-Tuned Effects This electronic drum kit is a great tool for beginning drummers thanks to its super-quiet mesh heads and a built-in coaching mode. Pros Practice along to tracks played via Bluetooth Train and track progress with five built-in coaching modes Tunable drum heads allow realistic and customizable response Cons Kick pedal not included Limited to 1/8-inch audio output Specs: Kit Configuration: 1 x kick pad; 4 x drum pads; 3 x cymbal pads; 1 x hat pedal Number of Sounds: 25 kits, 143 instruments I/O: 1 x 1/8-inch TRS input; 1 x 1/8-inch TRS output; 1 x USB Type-B; Bluetooth 4.1 Why it made the cut: The TD-07MK’s design preserves much of the feel of a traditional drum set while remaining relatively compact, featuring customizable drum positioning and tunable mesh heads.As the best electronic drum set for beginners, this set is a well-rounded recording and practice tool that’s excellent for emulating the sound and the physical response of a traditional drum set. It’s easy to set up and built to customize, pairing a capable 143-sound module with 30 effects alongside quiet, responsive mesh heads. Via the module, users can tweak and equalize individual drums and add a simulated overhead microphone to their mix to dial in a realistic sound, and the snare and tom heads are tunable just like real drums, which allows players to set the drums’ physical response and head tension to their exact specifications.The TD-07MK features five coaching modes within its module including timekeeping and counting modes aimed at enhancing players’ precision and reliability in real-world playing scenarios. An onboard Bluetooth receiver also allows the drum set to receive phone audio signals, allowing users to drum along with music of their choice and learn parts from their favorite recordings.Like many mid- and pro-level electronic drum kits, the TD-07MK doesn’t include its own kick pedal, so users should bring their own. Also, the drum set’s module lacks the variety of outputs one might expect from a studio or stage-ready piece of equipment and is limited to a single 1/8-inch audio output, so it’s