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Ebyte JN5189, User Manual


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Chengdu Ebyte Electronic Technology Co.,Ltd.

E180-Z8910SP User Manual

Copyright ©2012–2021

，

Chengdu Ebyte Electronic Technology Co.,Ltd.

2

CONTENTS

DISCLAIMER.............................................................................................................................................................................................

4

1.

PRODUCT OVERVIEW.........................................................................................................................................................................

5

1.1 B

RIEF

I

NTRODUCTION

....................................................................................................................................................

5

1.2 F

EATURE

........................................................................................................................................................................

5

1.3 I

NTRODUCTION OF

E

QUIPMENT

T

YPE

............................................................................................................................

6

1.3.1 N

ON

-

SLEEPING TERMINAL

..........................................................................................................................................

6

1.3.2 S

LEEPING TERMINAL

...................................................................................................................................................

6

1.4 A

PPLICATION SCENARIOS

...............................................................................................................................................

7

2. TECHNICAL PARAMETERS................................................................................................................................................................

7

2.1 L

IMIT PARAMETER

.........................................................................................................................................................

7

2.2 O

PERATING PARAMETER

................................................................................................................................................

7

3. DIMENSION AND PIN DEFINITION.................................................................................................................................................

10

4. OPERATING MODE.............................................................................................................................................................................

12

4.1 T

RANSMISSION MODE

..................................................................................................................................................

12

4.2 C

ONFIGURATION

M

ODE

...............................................................................................................................................

12

4.3 M

ODE SWITCH

.............................................................................................................................................................

12

5. SENDING AND RECEIVING METHOD............................................................................................................................................

13

5.1 T

HE WAY OF DATA TRANSMISSION

................................................................................................................................

13

5.1.1 B

ROADCAST MODE

...................................................................................................................................................

13

5.1.2 M

ULTICAST MODE

.....................................................................................................................................................

13

5.1.3 P

ROTOCOL

M

ULTICAST

M

ODE

..................................................................................................................................

13

5.1.4 U

NICAST MODE

.........................................................................................................................................................

13

5.2 O

UTPUT MODE OF RECEIVED DATA

..............................................................................................................................

14

6. APPLICATION FUNCTION AND COMMAND CONFIGURATION................................................................................................

15

6.1 F

UNCTION PINS

............................................................................................................................................................

15

6.2 W

IRELESS REMOTE CONFIGURATION FUNCTION

..........................................................................................................

16

6.3 F

UNCTION PARAMETER DESCRIPTION

..........................................................................................................................

16

6.4 HEX

INSTRUCTION SET

...............................................................................................................................................

18

6.4.1 I

NSTRUCTION

R

ULES

................................................................................................................................................

18

6.4.2 R

EAD INSTRUCTION SET

...........................................................................................................................................

19

6.4.3 C

ONFIGURATION INSTRUCTION SET

..........................................................................................................................

22

6.4.4 N

ETWORK OPERATION INSTRUCTION SET

................................................................................................................

23

6.5 HEX

PARAMETER DESCRIPTION

..................................................................................................................................

24

6.5.1 S

YSTEM SENDING MODE

...........................................................................................................................................

24

6.5.2 R

ECEIVE DATA OUTPUT MODE

...................................................................................................................................

25

6.5.3 N

ETWORK NODE TYPE

..............................................................................................................................................

25

6.5.4 N

ETWORK STATUS

.....................................................................................................................................................

26

6.5.5 N

ETWORK

PAN_ID..................................................................................................................................................

26

6.5.6 N

ETWORK SHORT ADDRESS

:.....................................................................................................................................

26

6.5.7 MAC

ADDRESS

.........................................................................................................................................................

27

6.5.8 P

ARENT NODE NETWORK SHORT ADDRESS

...............................................................................................................

27

6.5.9 P

ARENT NODE

MAC

ADDRESS

.................................................................................................................................

27

Summary of Contents for JN5189

Page 1: ...gdu Ebyte Electronic Technology Co Ltd E78 900M22S User manual Copyright 2012 2021 Chengdu Ebyte Electronic Technology Co Ltd 1 Product specification JN5189 2 4GHz ZigBee Multifunction SoC Wireless Mo...

Page 2: ...DATA TRANSMISSION 13 5 1 1 BROADCAST MODE 13 5 1 2 MULTICAST MODE 13 5 1 3 PROTOCOL MULTICAST MODE 13 5 1 4 UNICAST MODE 13 5 2 OUTPUT MODE OF RECEIVED DATA 14 6 APPLICATION FUNCTION AND COMMAND CONFI...

Page 3: ...USER ADC PARAMETERS 33 6 5 22 CONFIGURE ALL NETWORK PARAMETERS 33 6 5 23 READ ALL NETWORK PARAMETERS 33 6 5 24 WHEN CONFIGURING AUX TO WAKE UP THE EXTERNAL MCU SERIAL PORT IN THE WIRELESS RECEIVING ST...

Page 4: ...ed is given including but not limited with respect to the accuracy correctness reliability and fitness for a particular purpose of the information This document may be revised by EBYTE at any time For...

Page 5: ...n mode and integrates quickly and easily The self organizing network function used provides multi channel configurable ADC IO and PWM interfaces which can simplify the complex and greatly simplify the...

Page 6: ...Routers and multiple End_Devices the terminal nodes can be divided into sleeping terminals and non sleeping terminals This product supports all nodes and can be interconnected with E180 ZG120A B E180...

Page 7: ...rt home and industrial sensors etc Security system positioning system Wireless remote control UAV Wireless game remote control Medical and healthcare products Wireless voice wireless headset Advanced...

Page 8: ...3 3 For 5V TTL it may be at risk of burning down Operating temperature 40 85 Industrial grade Frequency MHz 2405 2480 ISM band Power consumption Transmitting current mA 34 1 Emission current 34 1mA a...

Page 9: ...Distance 500m Between two points Zigbee network supports routing multi hop function which can extend the transmission distance by adding routers Support agreement Zigbee 3 0 Single transmission maximu...

Page 10: ...3 NC Reserved directly suspende 4 PIO1 WAK E Input The WAKE pin is mainly used to wake up the dormant terminal It is high when it is powered on When the pin is pulled low externally the dormant termin...

Page 11: ...utput port 1 16 PIO4 Reserved directly suspended 17 PIO5 PIO5 pulled low the module is in download mode PIO5 pulled high the module is in running mode 18 PIO16 AUX Output The AUX pin indicates the cur...

Page 12: ...the serial port of the module is regarded as a HEX command 4 3 Mode switch 4 3 1 Command switching The module power on initialization defaults to the transmission mode In the transmission mode when th...

Page 13: ...ration mode which group to send the data to and then The sending device enters the transmission mode and sends the data received by the serial port to the network The device with the same group number...

Page 14: ...5 2 1 Transparent output If the output mode of the configuration device is transparent output the module will output the original data through the serial port after receiving the wireless data 5 2 2...

Page 15: ...e device When the pin is low it indicates that the device is busy when the pin is low it indicates that the device is idle when the device receives data the module will pull the AUX pin low for AUX_de...

Page 16: ...fier of ZIGBEE which is used to determine the identity of the network to which it belongs The PANID of all devices in the same network must be the same When the terminal or router is configured as 0xF...

Page 17: ...stomers can change the unlimited configuration ID according to their needs The default is A8 8A Local network group number Read Write 1 254 Used to configure the group number of the device in the netw...

Page 18: ...n format FB CMD DATA FB fixed head CMD Command ID DATA parameter Local serial port configuration format FD LEN CMD DATA FF FD fixed head LEN the actual length of DATA CMD Actual named ID DATA actual p...

Page 19: ..._id Send FE 02 03 FF Return FB 03 FE 5B Read local network short address 05 Send FE 02 05 FF Return FB 05 Short_Addr Send FE 02 05 FF Return FB 05 F6 FA Read local MAC address 06 Send FE 08 06 FF Retu...

Page 20: ...01 29 FF Return FB 29 05 Read the maximum number of reconnections of the lost parent node 30 Send FE 01 30 FF Return FB 30 net_rejoincount Send FE 01 30 FF Return FB 30 05 Read wireless configuration...

Page 21: ...rmwareVersion Send FE 03 34 FF Return FB 34 89 10 00 Read the delayed printing time of AUX waking up the external MCU serial port in the wireless receiving state 35 Send FE 01 35 FF Return FB 35 AUX_d...

Page 22: ...ess Send FD 02 23 dec_addr FF Return FA 23 Send FD 02 23 00 00 FF Return FA 23 Configure the target network group number Send FD 01 24 netid FF Return FA 24 Send FD 01 24 00 FF Return FA 24 Configure...

Page 23: ...0 13 FF Return FA 13 Configure the delayed printing time for AUX to wake up the external MCU serial port in the wireless receiving state Send FD 01 35 AUX_delaytime FF Return FA 35 Send FD 01 35 04 FF...

Page 24: ...e restart or new network command to join the new network New network mainly for the terminal execute this command to join a new network you need to leave the network and then execute the new network t...

Page 25: ...6 5 3 Network node type Read command format Command format Command example Send FE 01 01 FF Return FB 01 dev_type Send FE 01 01 FF Return FB 01 03 Configuration instruction format Command format Comma...

Page 26: ...ork normally and data can be sent and received normally There is a network but no parent node It means that the module has joined the network but the parent node is offline and the data cannot be sent...

Page 27: ...Return FB 06 1F 1C 21 FE FF 57 B4 14 Mac_Addr 8 Byte 64 bit IEEE address of the module fixed 6 5 8 Parent node network short address Read command format Command format Command example Send FE 02 07 F...

Page 28: ...11 0x1A 26 default 11 channels 0xFF means full channel scanning 0xFE means scanning on the channel recommended by the zigbee alliance including 11 15 20 25 four channels The channel parameter needs t...

Page 29: ...n of serial communication you need to restart the device for the changed baud rate to take effect 6 5 14 Sleep time Read command format Command format Command example Send FE 01 0D FF Return FB 0D sle...

Page 30: ...f its child nodes for 30 seconds If a terminal node needs to receive the parent node data the sleep time configuration cannot be greater than 30 seconds Note This parameter is the parameter of the par...

Page 31: ...no network status or the network has no parent node status and is powered on it will not perform periodic network access or network recovery actions 6 5 18 Wireless remote configuration ID Read comman...

Page 32: ...nd FD 06 21 PwmId start stop Period1 Period2 duty1 duty2 FF Return FA 20 Send FD 06 21 00 FF 03 65 02 48 FF Return FA 21 Pwm peripheral configuration data format 6 Byte PwmId start stop Period1 Period...

Page 33: ...ue voltage 0x0C voltage 0xE4 The voltage value is voltage 0x0CE4 Note 1 If the power supply voltage is the highest 3 3V the detection range of the ADC can reach a voltage of 3 3V at this time 2 The in...

Page 34: ...address 0C 46 0C FE FF 9F FD 90 Network group number 01 Channel 0B Transmit power 0A Baud rate 09 Sleep time 54 Target network short address 00 00 Target network group number 00 Target long address 0...

Page 35: ...ormat Command format Command example Send FD 05 37 Endpoint_info FF Return FA 37 Send FD 05 37 01 FE B0 05 04 FF Return FA 37 Endpoint_info 5 byte length data format is endpoint clusterId_H clusterId_...

Page 36: ...format Command example Send FE 0A 14 Short_Addr FF Return FB 14 Mac_Addr Short_Addr Send FE 0A 14 F6 FA FF Return FB 14 1F 1C 21 FE FF 57 B4 14 F6 FA When the short network address of the remote targ...

Page 37: ...the lower the voltage the lower the power output The matching degree of the antenna and the module is poor or the quality of the antenna itself is problematic 7 2 Module is easy to damage Check the p...

Page 38: ...Co Ltd 38 About us Technical support support cdebyte com Documents and RF Setting download link www ebyte com Thank you for using Ebyte products Please contact us with any questions or suggestions in...

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