Related Manuals for Feasycom FCS-BT671
Summary of Contents for Feasycom FCS-BT671
- Page 1 BT5.0 Mesh Programming User Guide Version 1.7 Copyright © 2013-2017 Feasycom Technology Co., Ltd. All Rights Reserved.
- Page 2 Support Provisioned by self Eric 2019/03/02 Update Quick Start chapter Jerry 2019/05/13 Add AT+NDSUBS Command Eric Contact Us: Shenzhen Feasycom Technology Co., Ltd Web: www.feasycom.com Email:support@feasycom.com Tel: +86-755-27924639,+86-755-23062695 Address: Room 2004-2005,20 Floor, Huichao Technology Building, Jinhai Road, Xixiang, Baoan District, Shenzhen,518100, China.
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Page 3: Table Of Contents
Contents Introduction ................................. 4 1.1 Terms ................................4 1.2 Hardware Interface ..........................4 1.3 Supported Bluetooth Profile ....................... 4 1.4 Command Format ............................. 4 1.5 Indication Format ............................. 5 1.6 Module Default Settings ........................5 Command Table ..............................5 2.1 General Commands ..........................5 2.1.1 UART Communication Test .................... -
Page 4: Introduction
1. Introduction This specification presents design guidelines for software engineers that use FSC-BT630 Mesh series modules for Bluetooth requirements. 1.1 Terms Throughout this specification: { } ：Content between {…} is optional ⚫ << ：Content behind << represents a COMMAND sent from Host to Module ⚫... -
Page 5: Indication Format
1. Read module’s BR/EDR local name << AT+NAME >> +NAME=Feasycom >> 2. Write a baudrate which is not supported << AT+BAUD=0 >> ERROR 1.5 Indication Format <CR><LF>+ Indication {=Param1{, Param2{, Param3...}}} <CR><LF> All indications start with <CR><LF>, end with <CR><LF>... -
Page 6: Read Firmware Version
<< >> 2.1.2 Read Firmware Version Format: AT+VER Response: +VER=Param1 Param1: Firmware version Example: Read module’s firmware version << AT+VER >> +VER=1.1.3,FSC-BT671,Mesh >> 2.1.3 Read Bluetooth Address Format: AT+ADDR Response: +ADDR=Param1 Param1: Local Bluetooth address Example: Read module’s Bluetooth address <<... -
Page 7: Read/Write Uart Baudrate
Example: Read module’s tx power << AT+TXPOWER >> +TXPOWER=200 >> 2.1.5 Read/Write UART Baudrate Format: AT+BAUD{=Param1} Param1: Baudrate (2400/4800/9600/19200/38400/57600/115200/230400/256000/ 460800/512000/921600, default:115200) Response: +BAUD=Param1 Description: Need Reset Module. 2.1.6 Read/Write Work Mode Format: AT+MODE{=Param1} Param1: mode (0, app mode, provisioned by mobile app. 1, tian mao jing ling mode, provisioned by tian mao jing ling. -
Page 8: Send Data To Publication Address
Description: Module restore all factory settings then reboot 2.1.9 Send Data to Publication Address Format: AT+NDSEND=Param1, Param2 Param1: Data size Param2: Data Response: OK Description: Send Data to publication address, default address is 0xCA00. Example: Send Data 12345 to publication address without ack <<... -
Page 9: Reset Mesh Network Setting
Response: OK Description: Enable and setting relay feature. Need reboot Example: Enable relay feature << AT+NDRELAY=1,1,1 >> 2.1.12 Reset Mesh Network Setting Format: AT+NDRESET Response: OK Description: Removes all keys and other settings that have been configured for this node. Example: Reset Mesh Network Setting <<... -
Page 10: Read / Write Node Publication Address
2.1.14 Read / Write Node Publication Address Format: AT+NDPUBL<=Param1 > Param1: publication Address Response: OK Description: Config node publication Address. AT+NDSEND will send data to publication address. Default Publication address is 0xCA00. Example: << AT+NDPUBL=CA00 >> << AT+NDPUBL >> +NDPUBL=CA00 2.1.15 Read / Write Node Subscription Address Format: AT+NDSUBS<=Param1, Param2>... -
Page 11: Read Node Address
2.1.16 Read Node Address Format: AT+NDID Response: OK Description: Get Current Node Address, if not provisioned, 0xFFFF will return. Example: << AT+NDID >> +NDID=0013 3. Indication Table 3.1 General Indications 3.1.1 Received data Indications Format: +DATA=Param1, Param2, Param3, Param4 Param1: Source address Param1: Destination address Param2: Data Size Param3: Data... -
Page 12: Received Generic Power On Off Setup Client Message
3.1.3 Received generic power on off setup client message Format: +ONPOWERUP=Param1 Example: Received generic power on off setup client message. << + ONPOWERUP=0 3.1.4 Received generic transition time client message Format: +TRANSTIME =Param1 Example: Received generic transition time client message. <<... -
Page 13: Received Generic Lighting Ctl Temperature Client Message
Example: Received generic lighting ctl client message. << +CTL=FFFF,5555,4444 3.1.8 Received generic lighting ctl temperature client message Format: +CTLTEMP=Param1,Param2 Param1: temperature Param2: deltauv Example: Received generic lighting ctl temperature client message. << +CTL=5555,4444 4. Quick Start 4.1.1 Introduction FSC-BT671 provides Bluetooth networking solution, compatible with Bluetooth mesh, and supports Bluetooth 5.0. -
Page 14: How To Use Fsc-Bt671 In Lighting Solution
4.1.2 How to use FSC-BT671 in lighting solution? In this solution, FSC-BT671 can be provisioned by mobile app, receive control signal from app and output PWM signal to drive LED. 2 PWM channels supported by default. Connect VDD, GND, PIO2, PIO9, PIO10. PIO2 used for restoring module network settings to defaults PIO9, PIO10 used for PWM output Set PIO2 to high level, reboot module, wait 1 second, so that module could restore network settings,... -
Page 15: How To Transfer Data Through Fsc-Bt671 In Bluetooth Mesh Network
Set PIO2 to high level, reboot module, wait 1 second, so that module could restore network settings, then set PIO2 to low level Send AT+MODE=1 to change module work mode. UART default settings are 115200/8/N/1 Send AT+TMCFG=<pid>,<p_sec>,<addr> to configure module Let tian mao jing ling provision module Give audio intruction to tian mao jing ling, such as “亮一点”, “暗一点”, etc.
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