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XBee3 DigiMesh 2.4
Digi XBee3 DigiMesh 2.4 Manuals
Manuals and User Guides for Digi XBee3 DigiMesh 2.4. We have
5
Digi XBee3 DigiMesh 2.4 manuals available for free PDF download: User Manual, Hardware Reference Manual, Update Instruction Manual
Digi XBee3 DigiMesh 2.4 User Manual (235 pages)
RF Module
Brand:
Digi
| Category:
Control Unit
| Size: 9 MB
Table of Contents
Table of Contents
4
About the Xbee3 Digimesh RF Module
13
Applicable Firmware and Hardware
14
Change the Firmware Protocol
14
Regulatory Information
14
Get Started
16
Verify Kit Contents
16
Assemble the Hardware
16
Plug in the Xbee3 Digimesh RF Module
17
Unplug an Xbee3 Digimesh RF Module
18
Configure the Device Using XCTU
18
Configure Remote Devices
18
Configure the Devices for a Range Test
19
Perform a Range Test
20
XBIB-C Micro Mount Reference
22
XBIB-C SMT Reference
25
XBIB-CU TH Reference
27
XBIB-C-GPS Reference
29
Interface with the XBIB-C-GPS Module
31
I2C Communication
32
UART Communication
32
Run the Micropython GPS Demo
32
Get Started with Micropython
35
About Micropython
35
Micropython on the Xbee3 Digimesh RF Module
35
Use XCTU to Enter the Micropython Environment
35
Use the Micropython Terminal in XCTU
36
Micropython Examples
36
Example: Hello World
36
Example: Enter Micropython Paste Mode
36
Example: Using the Time Module
37
Example: at Commands Using Micropython
37
Micropython Networking and Communication Examples
38
Exit Micropython Mode
44
Other Terminal Programs
45
Tera Term for Windows
45
Use Picocom in Linux
46
Micropython Help ()
47
File System
49
Overview of the File System
50
Directory Structure
50
Paths
50
Limitations
50
XCTU Interface
51
Configure the Xbee3 Digimesh RF Module
53
Software Libraries
53
Over-The-Air (OTA) Firmware Update
53
Custom Defaults
53
Set Custom Defaults
53
Restore Factory Defaults
53
Limitations
53
Custom Configuration: Create a New Factory Default
54
Set a Custom Configuration
54
Clear All Custom Configuration on a Device
54
Xbee Bootloader
54
Send a Firmware Image
55
Xbee Network Assistant
55
Xbee Multi Programmer
56
Modes
57
Transparent Operating Mode
58
API Operating Mode
58
Command Mode
58
Enter Command Mode
58
Troubleshooting
59
Send at Commands
59
Response to at Commands
59
Apply Command Changes
60
Make Command Changes Permanent
60
Exit Command Mode
60
Idle Mode
60
Transmit Mode
60
Receive Mode
60
Serial Communication
61
Serial Interface
62
Serial Receive Buffer
62
Serial Transmit Buffer
62
UART Data Flow
62
Serial Data
63
Flow Control
63
Clear-To-Send (CTS) Flow Control
64
RTS Flow Control
64
SPI Operation
66
SPI Communications
66
Full Duplex Operation
67
Low Power Operation
67
Select the SPI Port
68
Force UART Operation
69
I/Osupport
71
Digital I/O Support
71
Analog I/O Support
71
Monitor I/O Lines
72
I/O Sample Data Format
73
API Frame Support
74
On-Demand Sampling
74
Example: Command Mode
74
Example: Local at Command in API Mode
75
Example: Remote at Command in API Mode
75
Periodic I/O Sampling
76
Source
76
Destination
77
Digital I/O Change Detection
77
I/O Line Passing
77
Digital Line Passing
78
Example: Digital Line Passing
78
Analog Line Passing
78
Example: Analog Line Passing
79
Output Sample Data
79
Output Control
79
I/O Behavior During Sleep
79
Digital I/O Lines
80
Analog and PWM I/O Lines
80
Networking
81
Network Identifiers
82
Operating Channels
82
Delivery Methods
82
Point-To-Multipoint
82
Digimesh Networking
83
Broadcast Addressing
84
Unicast Addressing
84
Route Discovery
84
Routing
85
Routers
85
Repeater/Directed Broadcast
85
MAC Layer
85
Encryption
86
Maximum Payload
86
Network Commissioning and Diagnostics
88
Local Configuration
88
Remote Configuration
88
Send a Remote Command
88
Apply Changes on Remote Devices
88
Remote Command Response
88
Build Aggregate Routes
89
Digimesh Routing Examples
89
Replace Nodes
90
Test Links between Adjacent Devices
90
Trace Route Option
92
NACK Messages
92
RSSI Indicators
93
Associate LED
93
The Commissioning Pushbutton
93
Definitions
94
Use the Commissioning Pushbutton
94
Node Discovery
95
Discover All the Devices on a Network
95
Directed Node Discovery
95
Destination Node
96
Discover Devices Within RF Range
96
Sleep Support
98
Sleep Modes
98
Asynchronous Sleep Modes
98
Asynchronous Pin Sleep Mode (SM = 1)
98
Asynchronous Cyclic Sleep Mode (SM = 4)
98
Asynchronous Cyclic Sleep with Pin Wake-Up Mode (SM = 5)
99
Micropython Sleep with Optional Pin Wake (SM = 6)
99
Synchronous Sleep Modes
99
Synchronous Sleep Support Mode (SM = 7)
99
Synchronous Cyclic Sleep Mode (SM = 8)
100
Sleep Parameters
100
Sleep Pins
100
Sleep Conditions
101
The Sleep Timer
101
Sleep Coordinator Sleep Modes in the Network
102
Synchronization Messages
102
Become a Sleep Coordinator
104
Set the Sleep Coordinator Option
104
Resolution Criteria and Selection Option
104
Commissioning Pushbutton Option
105
Overriding Syncs
105
Sleep Guard Times
105
Auto-Early Wake-Up Sleep Option
106
Select Sleep Parameters
106
Start a Sleeping Synchronous Network
107
Add a New Node to an Existing Network
108
Change Sleep Parameters
108
Rejoin Nodes that Lose Sync
109
Diagnostics
110
Query Sleep Cycle
110
Sleep Status
110
Missed Sync Messages Command
110
Sleep Status API Messages
110
Atcommands
112
Networking Commands
112
CH (Operating Channel)
112
ID (Network ID)
112
CE (Routing / Messaging Mode)
112
C8 (Compatibility Options)
113
NI (Network Identifier)
113
ND (Network Discover)
115
DN (Discover Node)
115
FN (Find Neighbors)
116
NT (Network Discovery Back-Off)
117
NO (Network Discovery Options)
117
NP (Maximum Packet Payload Bytes)
117
Digimesh Addressing Commands
118
SH (Serial Number High)
118
SL (Serial Number Low)
118
DH (Destination Address High)
118
DL (Destination Address Low)
118
RR (Unicast Mac Retries)
119
MT (Broadcast Multi-Transmits)
119
TO (Transmit Options)
119
CI (Cluster ID)
120
Digimesh Configuration Commands
120
MR (Mesh Unicast Retries)
120
BH (Broadcast Hops)
120
NH (Network Hops)
121
NN (Network Delay Slots)
121
DM (Digimesh Options)
121
AG (Aggregator Support)
122
Diagnostic Commands - Addressing Timeouts
122
H (MAC Unicast One Hop Time)
122
MAC Broadcast One Hop Time)
122
N? (Network Discovery Timeout)
123
Security Commands
123
EE (Encryption Enable)
123
KY (AES Encryption Key)
123
RF Interfacing Commands
124
PL (TX Power Level)
124
PP (Output Power in Dbm)
124
CA (CCA Threshold)
124
DB (Last Packet RSSI)
125
MAC Diagnostics Commands
125
EA (MAC ACK Failure Count)
125
EC (CCA Failures)
125
BC (Bytes Transmitted)
126
GD (Good Packets Received)
126
TR (Transmission Failure Count)
126
UA (Unicasts Attempted Count)
127
ED (Energy Detect)
127
Sleep Settings Commands
127
SM (Sleep Mode)
127
SP (Sleep Time)
128
ST (Wake Time)
128
SN (Number of Sleep Periods)
128
WH (Wake Host Delay)
129
SO (Sleep Options)
129
Diagnostic - Sleep Status/Timing Commands
130
SS (Sleep Status)
130
OS (Operating Sleep Time)
130
OW (Operating Wake Time)
130
MS (Missed Sync Messages)
131
SQ (Missed Sleep Sync Count)
131
UART Interface Commands
131
BD (Baud Rate)
131
NB (Parity)
132
SB (Stop Bits)
132
FT (Flow Control Threshold)
133
RO (Packetization Timeout)
133
AP (API Enable)
133
AO (API Options)
134
AZ (Extended API Options)
134
Command Mode Options
134
CC (Command Character)
135
CT (Command Mode Timeout)
135
GT (Guard Time)
135
CN (Exit Command Mode)
135
Micropython Commands
136
PS (Python Startup)
136
PY (Micropython Command)
136
File System Commands
137
FS (File System)
137
FK (File System Public Key)
138
UART Pin Configuration Commands
139
D6 (DIO6/RTS Configuration)
139
D7 (DIO7/CTS Configuration)
139
P3 (Dio13/Uart_Dout)
140
P4 (DIO14/UART_DIN Configuration)
140
SPI Interface Commands
141
P5 (DIO15/SPI_MISO Configuration)
141
P6 (DIO16/SPI_MOSI Configuration)
141
P7 (DIO17/SPI_SSEL Configuration)
142
P8 (DIO18/SPI_CLK Configuration)
142
P9 (DIO19/SPI_ATTN Configuration)
143
I/O Settings Commands
143
D0 (Dio0/Adc0/Commissioning Configuration)
143
D1 (DIO1/ADC1/TH_SPI_ATTN Configuration)
144
D2 (DIO2/ADC2/TH_SPI_CLK Configuration)
144
D3 (DIO3/ADC3/TH_SPI_SSEL Configuration)
145
D4 (DIO4/TH_SPI_MOSI Configuration)
145
D5 (Dio5/Associate Configuration)
146
D8 (Dio8/Dtr/Slp_Request Configuration)
146
D9 (DIO9/ON_SLEEP Configuration)
147
P0 (DIO10/RSSI/PWM0 Configuration)
147
P1 (DIO11/PWM1 Configuration)
148
P2 (DIO12/TH_SPI_MISO Configuration)
148
PR (Pull-Up/Down Resistor Enable)
149
PD (Pull Up/Down Direction)
150
IO (Set Digital I/O Lines)
150
M0 (PWM0 Duty Cycle)
150
M1 (PWM1 Duty Cycle)
151
RP Command
151
LT Command
151
CB (Commissioning Button)
152
I/O Sampling Commands
152
IS (I/O Sample)
152
IR (Sample Rate)
153
IC (DIO Change Detect)
153
AV (Analog Voltage Reference)
154
IF (Sleep Sample Rate)
154
I/O Line Passing Commands
155
IA (I/O Input Address)
155
IU (Send I/O Sample to Serial Port)
155
T0 (D0 Timeout)
155
T1 (D1 Output Timeout)
155
T2 (D2 Output Timeout)
156
T3 (D3 Output Timeout)
156
T4 (D4 Output Timeout)
156
T5 (D5 Output Timeout)
156
T6 (D6 Output Timeout)
157
T7 (D7 Output Timeout)
157
T8 (D8 Timeout)
157
T9 (D9 Timeout)
157
Q0 (P0 Timeout)
157
Q1 (P1 Timeout)
158
Q2 (P2 Timeout)
158
PT (PWM Output Timeout)
158
Diagnostics - Firmware/Hardware Information
158
VR (Firmware Version)
158
VL (Version Long)
159
VH (Bootloader Version)
159
HV (Hardware Version)
159
C (Hardware/Software Compatibility)
159
Supply Voltage)
159
TP (Temperature)
160
DD (Device Type Identifier)
160
CK (Configuration CRC)
160
FR (Software Reset)
160
Memory Access Commands
161
AC (Apply Changes)
161
WR (Write)
161
RE (Restore Defaults)
161
Custom Default Commands
161
F (Set Custom Default)
162
C (Clear Custom Defaults)
162
R1 (Restore Factory Defaults)
162
Operate in API Mode
163
API Mode Overview
164
Use the AP Command to Set the Operation Mode
164
API Frame Format
164
API Operation (AP Parameter = 1)
164
API Operation with Escaped Characters (AP Parameter = 2)
165
Framedescriptions
169
AT Command Frame - 0X08
169
AT Command - Queue Parameter Value Frame - 0X09
171
Transmit Request Frame - 0X10
173
Explicit Addressing Command Frame - 0X11
176
Remote at Command Request Frame - 0X17
179
AT Command Response Frame - 0X88
181
Modem Status Frame - 0X8A
183
Transmit Status Frame - 0X8B
184
Route Information Packet Frame - 0X8D
186
Aggregate Addressing Update Frame - 0X8E
189
Receive Packet Frame - 0X90
191
Explicit Rx Indicator Frame - 0X91
193
I/O Data Sample Rx Indicator Frame - 0X92
196
Node Identification Indicator Frame - 0X95
198
Remote Command Response Frame - 0X97
202
Over-The-Air Firmware/File System Upgrade Process for Digimesh 2.4
205
OTA Upgrade Image File Formats
205
OTA/OTB File
205
Fs.ota File
205
The OTA Header
205
Hardware/Software Compatibility
206
Sub-Elements and Tags
206
Parse the Image Blocks
207
Storage
207
ZCL OTA Messaging
207
ZCL Message Output
208
Image Notify
208
Create the Image Notify Request
209
Query Next Image Request
211
Query Next Image Response
213
Image Block Request
215
Image Block Response
217
Upgrade End Request
220
Upgrade End Response
222
OTA Error Handling
224
Default Response Commands
224
Upgrade End Request Error Statuses
225
OTA File System Upgrades
227
OTA File System Update Process
228
OTA File System Updates Using XCTU
228
Generate a Public/Private Key Pair
228
Set the Public Key on the Xbee3 Device
229
Create the OTA File System Image
230
Perform the OTA File System Update
231
OTA File System Updates: OEM
232
Generate a Public/Private Key Pair
233
Set the Public Key on the Xbee3 Device
233
Create the OTA File System Image
233
Perform the OTA File System Update
234
Advertisement
Digi XBee3 DigiMesh 2.4 User Manual (172 pages)
Cellular LTE-M Smart Modem
Brand:
Digi
| Category:
Modem
| Size: 3 MB
Table of Contents
Syntax Error at Line
1
Customer Support
2
Table of Contents
3
Digi Xbee3 Cellular LTE-M Global Smart Modem User Guide
10
Applicable Firmware and Hardware
11
SIM Cards
11
Getting Started with the Xbee Smart Modem Development Kit
12
Identify the Kit Contents
13
Connect the Hardware
14
XBIB-U-DEV Reference
16
Cellular Service
17
Configure the Device Using XCTU
18
Add a Device
18
Check for Cellular Registration and Connection
19
Update to the Latest Firmware
19
Connect to the ELIZA Server
21
Debugging
22
Connect to the Echo Server
23
Debugging
24
Connect to the Daytime Server
25
Debugging
26
Get Started with Micropython
26
About Micropython
26
Micropython on the Xbee Smart Modem
27
Use XCTU to Enter the Micropython Environment
27
Use the Micropython Terminal in XCTU
27
Example: Hello World
28
Example: Turn on an LED
28
Exit Micropython Mode
29
Other Terminal Programs
30
Use Picocom in Linux
31
More Examples
32
Perform a (GET) HTTP Request
33
Get Started with Coap
35
Connect to a TCP/IP Address
39
Get Started with MQTT
40
Software Libraries
48
Technical Specifications
50
Interface and Hardware Specifications
51
Cellular RF Characteristics
51
Bluetooth RF Characteristics
51
Cellular Networking Specifications
51
Power Requirements
52
Power Consumption
53
Electrical Specifications
54
Regulatory Approvals
55
Hardware
56
Mechanical Drawings
57
Pin Signals
57
Pin Connection Recommendations
59
Rssi Pwm
59
SIM Card
59
The Associate LED
60
Antenna Recommendations
61
Antenna Placement
62
Design Recommendations
63
Cellular Component Firmware Updates
64
USB Direct Design
64
Power Supply Considerations
64
Minimum Connection Diagram
65
Heat Considerations and Testing
65
Cellular Connection Process
67
Connecting
68
Cellular Network
68
Data Network Connection
68
Data Communication with Remote Servers (TCP/UDP)
68
Disconnecting
68
Modes
70
Select an Operating Mode
71
Transparent Operating Mode
72
API Operating Mode
72
Bypass Operating Mode
72
Enter Bypass Operating Mode
73
Leave Bypass Operating Mode
73
Restore Cellular Settings to Default in Bypass Operating Mode
73
USB Direct Mode
73
Configure the Data Pins
73
Enable USB Direct Mode
73
Command Mode
74
Enter Command Mode
74
Troubleshooting
74
Send at Commands
75
Response to at Commands
75
Apply Command Changes
75
Make Command Changes Permanent
76
Exit Command Mode
76
Micropython Mode
76
Sleep Modes
77
About Sleep Modes
78
Normal Mode
78
Pin Sleep Mode
78
Cyclic Sleep Mode
78
Cyclic Sleep with Pin Wake up Mode
78
SPI Mode and Sleep Pin Functionality
78
The Sleep Timer
79
Micropython Sleep Behavior
79
Power Saving Features
80
Airplane Mode
81
Power Saving Mode (PSM)
81
PSM Behavior
81
Deep Sleep Mode
81
Serial Communication
82
Serial Interface
83
Serial Data
83
UART Data Flow
83
Serial Buffers
84
CTS Flow Control
84
RTS Flow Control
84
Enable UART or SPI Ports
84
SPI Operation
86
SPI Communications
87
Full Duplex Operation
88
Low Power Operation
89
Select the SPI Port
89
Force UART Operation
90
Data Format
90
File System
91
Overview of the File System
92
Directory Structure
92
Paths
92
Secure Files
92
XCTU Interface
93
Encrypt Files
93
Socket Behavior
95
Supported Sockets
95
Socket Timeouts
95
Socket Limits in API Mode
95
Enable Incoming TCP Sockets in API Mode
95
API Mode Behavior for Outgoing TCP and SSL Connections
95
API Mode Behavior for Outgoing UDP Data
96
API Mode Behavior for Incoming TCP Connections
96
API Mode Behavior for Incoming UDP Data
97
Transparent Mode Behavior for Outgoing TCP and SSL Connections
97
Transparent Mode Behavior for Outgoing UDP Data
97
Transparent Mode Behavior for Incoming TCP Connections
98
Transparent Mode Behavior for Incoming UDP Connections
98
Transport Layer Security (TLS)
99
TLS at Commands
100
Transparent Mode and TLS
101
API Mode and TLS
101
Key Formats
101
Certificate Formats
101
Certificate Limitations
101
Cipher Suites
102
Server Name Indication (SNI)
102
AT Commands
103
Special Commands
104
AC (Apply Changes)
104
FR (Force Reset)
104
RE (Restore Defaults)
104
WR (Write)
104
Cellular Commands
105
PH (Phone Number)
105
S# (ICCID)
105
IM (Imei)
105
MN (Operator)
105
MV (Modem Firmware Version)
106
DB (Cellular Signal Strength)
106
AN (Access Point Name)
106
CP (Carrier Profile)
106
AM (Airplane Mode)
107
Network Commands
107
IP (IP Protocol)
107
TL (SSL/TLS Protocol Version)
108
SSL/TLS Profile 0)
108
SSL/TLS Profile 1)
108
SSL/TLS Profile 2)
109
TM (IP Client Connection Timeout)
109
TS (IP Server Connection Timeout)
109
DO (Device Options)
109
EQ (Remote Manager FQDN)
110
Addressing Commands
110
SH (Serial Number High)
111
SL (Serial Number Low)
111
MY (Module IP Address)
111
P# (Destination Phone Number)
111
N1 (DNS Address)
111
N2 (DNS Address)
112
DL (Destination Address)
112
OD (Operating Destination Address)
112
DE (Destination Port)
112
C0 (Source Port)
113
LA (Lookup IP Address of FQDN)
113
Serial Interfacing Commands
113
BD (Baud Rate)
113
NB (Parity)
114
SB (Stop Bits)
114
RO (Packetization Timeout)
115
TD (Text Delimiter)
115
FT (Flow Control Threshold)
115
AP (API Enable)
115
I/O Settings Commands
116
D0 (Dio0/Ad0)
116
D1 (Dio1/Ad1)
116
D2 (Dio2/Ad2)
117
D3 (Dio3/Ad3)
117
D4 (Dio4)
118
D5 (Dio5/Associated_Indicator)
118
D6 (Dio6/Rts)
118
D7 (Dio7/Cts)
119
D8 (Dio8/Sleep_Request)
119
P0 (DIO10/PWM0 Configuration)
120
P1 (DIO11/PWM1 Configuration)
121
P2 (DIO12 Configuration)
121
P3 (Dio13/Dout)
122
P4 (Dio14/Din)
122
PD (Pull Direction)
122
PR (Pull-Up/Down Resistor Enable)
123
M0 (PWM0 Duty Cycle)
124
I/O Sampling Commands
124
TP (Temperature)
124
IS (Force Sample)
124
Sleep Commands
125
SM (Sleep Mode)
125
SP (Sleep Period)
126
ST (Wake Time)
126
PA (Requested Active Timer)
126
PU (Requested Tracking Area Update Timer)
126
Command Mode Options
127
CC (Command Sequence Character)
127
CT (Command Mode Timeout)
127
CN (Exit Command Mode)
127
GT (Guard Times)
128
Micropython Commands
128
PS (Python Startup)
128
PY (Micropython Command)
128
Firmware Version/Information Commands
129
VR (Firmware Version)
129
VL (Verbose Firmware Version)
129
HV (Hardware Version)
130
AI (Association Indication)
130
HS (Hardware Series)
130
CK (Configuration CRC)
131
Diagnostic Interface Commands
131
DI (Remote Manager Indicator)
131
CI (Protocol/Connection Indication)
131
Execution Commands
133
NR (Network Reset)
133
R (Modem Reset)
133
File System Commands
133
Error Responses
134
ATFS (File System)
134
Atfs Pwd
134
ATFS CD Directory
134
ATFS MD Directory
135
ATFS LS [Directory]
135
ATFS PUT Filename
135
ATFS XPUT Filename
135
ATFS HASH Filename
135
ATFS GET Filename
135
ATFS MV Source_Path Dest_Path
135
ATFS RM File_Or_Directory
136
Atfs Info
136
ATFS FORMAT Confirm
136
Operate in API Mode
137
API Mode Overview
138
Use the AP Command to Set the Operation Mode
138
API Frame Format
138
API Operation (AP Parameter = 1)
138
API Operation with Escaped Characters (AP Parameter = 2)
139
API Frames
143
AT Command - 0X08
143
Transmit (TX) SMS - 0X1F
144
Transmit (TX) Request: Ipv4 - 0X20
145
Tx Request with TLS Profile - 0X23
147
AT Command Response - 0X88
149
Transmit (TX) Status - 0X89
150
Modem Status - 0X8A
152
Receive (RX) Packet: SMS - 0X9F
153
Receive (RX) Packet: Ipv4 - 0Xb0
154
Configure the Xbee Smart Modem Using Digi Remote Manager
155
Create a Remote Manager Account
156
Get the Xbee Smart Modem IMEI Number
156
Add a Xbee Smart Modem to Remote Manager
156
Update the Firmware
157
Update the Firmware Using Web Services
157
Example: Update the Xbee Firmware Synchronously with Python 3.0
157
Example: Use the Device's Firmware Image to Update the Xbee Firmware Synchronously
158
Troubleshooting
160
Cannot Find the Serial Port for the Device
161
Condition
161
Solution
161
Other Possible Issues
162
Enable Virtual COM Port (VCP) on the Driver
162
Correct a Macos Java Error
163
Condition
163
Solution
163
Unresponsive Cellular Component in Bypass Mode
164
Condition
164
Solution
164
Error Failed to Send SMS
164
Network Connection Issues
165
Condition
165
Solution
165
Brownout Issue
165
Voltage Brownout
165
Power-On Discontinuities
165
How to Distinguish Revision B Parts
165
Hardware Flow Control in Bypass Mode
166
Socket Leaks
166
Condition
166
Solution
167
Regulatory Information
168
United States (FCC)
169
OEM Labeling Requirements
169
FCC Notices
169
FCC-Approved Antennas
170
RF Exposure
171
Innovation, Science and Economic Development Canada (ISED)
171
Labeling Requirements
171
Digi XBee3 DigiMesh 2.4 Hardware Reference Manual (45 pages)
RF Module
Brand:
Digi
| Category:
Control Unit
| Size: 0 MB
Table of Contents
Table of Contents
3
Xbee3™ RF Module Hardware Reference Manual
5
General Xbee3 Specifications
6
General Specifications
7
Regulatory Conformity Summary
7
Serial Communication Specifications
8
UART Pin Assignments
8
GPIO Specifications
8
802.15.4-Specific Specifications
9
Performance Specifications
10
Power Requirements
10
Networking and Security Specifications
10
Communication Interface Specifications
10
Hardware
11
Mechanical Drawings
12
Xbee3 Surface-Mount (U.FL/RF Pad)
12
Xbee3 Surface-Mount (Embedded Antenna)
13
Xbee3 Micro (U.FL/RF Pad)
14
Xbee3 Micro (Chip Antenna)
15
Pin Signals for the Xbee3 Surface-Mount Module
15
Pin Signals for the Xbee3 Micro Module
18
Design Notes
21
Power Supply Design
21
Board Layout
21
Antenna Performance
22
Recommended Pin Connections
22
Design Notes for Surface Mount PCB Antenna and Micro Footprint Chip Antenna Devices
22
Design Notes for RF Pad Devices
24
Regulatory Information
27
United States (FCC)
28
OEM Labeling Requirements
28
FCC Notices
28
FCC-Approved Antennas (2.4 Ghz)
29
RF Exposure
35
Europe (CE)
35
Maximum Power and Frequency Specifications
36
OEM Labeling Requirements
36
Declarations of Conformity
37
Antennas
37
IC (Industry Canada)
37
Labeling Requirements
37
For Xbee3
37
RF Exposure
38
Manufacturing Information
39
Recommended Solder Reflow Cycle
40
Handling and Storage
40
Recommended Footprint
41
Flux and Cleaning
44
Reworking
44
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Digi XBee3 DigiMesh 2.4 User Manual (15 pages)
Brand:
Digi
| Category:
Adapter
| Size: 0 MB
Table of Contents
Safety
2
Table of Contents
4
About the Xbee3 USB Adapter
5
Compatibility with Other Xbee Devices
6
Leds
6
Technical Specifications
7
Environmental Specifications
8
Power Requirements
8
Dimensions
8
RF Operation Specifications
9
RF Performance Specifications
9
Networking and Security Specifications
9
Regulatory Conformity Summary
10
Configure the Xbee3 USB Adapter
11
Connect the Xbee3 USB Adapter
12
Programming Options
12
Configure the Xbee3 USB Adapter
12
Hardware Reset
12
Regulatory Information
13
FCC Notices
14
ISED Notices
14
Europe (CE)
14
Declarations of Conformity
15
Digi XBee3 DigiMesh 2.4 Update Instruction Manual (6 pages)
Cellular LTE-M Cellular Module Patch.
Brand:
Digi
| Category:
Control Unit
| Size: 2 MB
Table of Contents
Prerequisites
1
Precautions
1
Step 1: Configure the XBIB-CU-TH Board
2
Step 2: Configure Xbee3 Cellular LTE-M Module
2
Step 3: Connect to Cellular Modem Via USB Direct Access
3
Step 6: Restore Settings and Reset the Module
6
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