User Manuals: Digi S6B Wireless Networking Module

User Manuals: Digi S6B Wireless Networking Module

Manuals and User Guides for Digi S6B Wireless Networking Module. We have 1 Digi S6B Wireless Networking Module manual available for free PDF download: User Manual

Digi S6B User Manual

Digi S6B User Manual (200 pages)

Wi-Fi RF Module

Brand: Digi | Category: Wireless Router | Size: 2 MB

Table of Contents

Customer Support
2
Table of Contents
4
Applicable Firmware and Hardware
12
Technical Specifications

13
- General Specifications
  14
- RF Characteristics
  14
- RF Data Rates
  14
- Receiver Sensitivity
  15
- RF Transmit Power - Typical
  16
- Error Vector Magnitude (EVM) Maximum Output Power - Typical
  17
- Electrical Specifications
  18
- Serial Communication Specifications
  19
  - UART Pin Assignments
    20
  - SPI Pin Assignments
    20
- GPIO Specifications
  20
- Regulatory Conformity Summary
  21
Hardware

22
- Mechanical Drawings
  23
  - Through-Hole Device
    23
  - Surface-Mount Device
    24
- Pin Signals
  24
- Design Notes
  26
  - Power Supply
    26
  - Pin Connection Recommendations
    27
  - Board Layout
    27
  - Antenna Performance
    27
- Design Notes for the RF Pad Version
  29
- Mounting Considerations
  32
Operation

33
- Serial Interface
  34
- UART Data Flow
  34
- Serial Data
  34
- SPI Communications
  35
  - Select the SPI Port
    36
- Serial Buffers
  37
  - Serial Receive Buffer
    37
  - Serial Transmit Buffer
    37
- UART Flow Control
  37
  - CTS Flow Control
    38
  - RTS Flow Control
    38
- The Commissioning Button
  38
- Connection Indicators
  39
- Perform a Serial Firmware Update
  40
Modes

42
- Serial Modes
  43
  - Transparent Operating Mode
    43
  - API Operating Mode
    43
  - Command Mode
    44
- Modes of Operation
  46
  - Idle Mode
    46
  - Transmit Mode
    46
  - Receive Mode
    47
  - Configuration Mode
    47
  - Sleep Mode
    48
- Sleep Modes
  48
- Soft AP Mode
  48
Sleep Modes

52
- About Sleep Modes
  52
- Use the UART Sleep Mode
  52
  - Use the SPI Sleep Mode
    52
- AP Associated Sleep Mode
  53
  - Pin Sleep Mode
    53
  - Cyclic Sleep Mode
    53
- Deep Sleep (Non-Associated Sleep) Mode
  53
  - Pin Sleep Mode
    54
  - Cyclic Sleep Mode
    54
- Use Sleep Modes to Sample Data
  54
Bgn Networks

56
- Infrastructure Networks
  56
  - Infrastructure Wireless Network
    56
- Ad Hoc Networks
  56
  - Set Ad Hoc Creator Parameters
    56
  - Set Ad Hoc Joiner Parameters
    57
- Network Basics
  57
- Standards
  57
- Encryption
  58
- Authentication
  58
- Open Authentication
  58
- Shared Key
  58
- Channels
  58
IP Services

60
- Xbee Application Service
  61
  - Local Host Access
    61
  - Network Client Access
    62
- Serial Communication Service
  67
  - Transparent Mode
    67
  - Udp
    67
  - Tcp
    68
  - API Mode
    68
  - UDP Mode
    68
  - TCP Mode
    68
I/O Support

69
- Analog and Digital I/O Lines
  70
  - Through-Hole Device
    70
  - Surface-Mount Device
    70
- Configure I/O Functions
  71
- I/O Sampling
  72
- Queried Sampling
  73
- Periodic I/O Sampling
  73
- Change Detection Sampling
  74
  - Example
    74
- Rssi Pwm
  74
Wi-Fi Protected Setup (WPS)

76
- Enable WPS Use WPS Pre-Shared Key (PSK) Mode Security
  76
Generalpurposeflashmemory

79
Configure the Xbee Wi-Fi RF Module Using Digi Remote Manager

89
- Use XCTU to Enable Remote Manager
  90
- Configure the Device
  90
- Output Control
  91
- IO Command Bits
  91
- Send I/O Samples to Remote Manager
  92
- View I/O Samples in Remote Manager
  92
- Update the Firmware
  93
- Send Data Requests
  93
- Enable Messages to the Host
  93
- About the Device Request and Frame ID
  94
- Populate and Send a Device Request Frame (0Xb9)
  94
- Transparent Mode Data
  95
API Operation

98
- API Mode Overview
  99
  - API Frame Specifications
    99
- API Operation (AP Parameter = 1)
  99
- API Operation with Escaped Characters (AP Parameter = 2)
  99
  - Escape Characters
    100
  - Start Delimiter Field
    100
  - Length Field
    100
  - Frame Data
    101
  - Checksum Field
    101
  - API Examples
    101
- API UART and SPI Exchanges
  102
  - AT Command Frames
    102
  - Transmit and Receive RF Data
    102
  - Remote at Commands
    102
- Frame Descriptions
  104
  - TX (Transmit) Request: 64-Bit - 0X00
    104
  - Remote at Command Request - 0X07
    106
  - AT Command Frame - 0X08
    108
  - Zigbee Transmit Packet - 0X10
    109
  - Zigbee Explicit Transmit Packet - 0X11
    111
  - Zigbee Remote at Command - 0X17
    114
  - Transmit (TX) Request: Ipv4 - 0X20
    116
  - Send Data Request - 0X28
    118
  - Device Response - 0X2A
    120
  - Rx (Receive) Packet: 64-Bit - 0X80
    121
  - Remote Command Response - 0X87
    123
  - AT Command Response Frame - 0X88
    125
  - Transmission Status Frame - 0X89
    126
  - Modem Status Frame - 0X8A
    127
  - Zigbee TX Status Frame - 0X8B
    128
  - I/O Data Sample RX Indicator Frame - 0X8F
    130
  - Zigbee Receive Packet Frame 0X90
    132
  - Description
    134
  - Format
    134
  - Example
    134
  - Zigbee Remote at Command Response Frame - 0X97
    136
  - RX (Receive) Packet: Ipv4 - 0Xb0
    138
  - Send Data Response Frame - 0Xb8
    140
  - Device Request Frame - 0Xb9
    141
  - Device Response Status Frame - 0Xba
    142
  - Frame Error - 0Xfe
    143
AT Commands

144
- Addressing Commands
  145
  - EQ (Device Cloud FQDN)
    145
  - LA (Lookup IP Address of FQDN)
    145
  - PG (Ping an IP Address)
    145
  - NS (DNS Address)
    145
  - DL (Destination Address Low)
    146
  - MY (IP Network Address)
    146
  - MK (IP Address Mask)
    146
  - GW (Gateway IP Address)
    146
  - SH (Serial Number High)
    147
  - SL (Serial Number Low)
    147
  - NI (Node Identifier)
    147
  - DE (Destination Port)
    147
  - KP (Device Description)
    147
  - KC (Device Cloud Contact)
    148
  - KL (Device Location)
    148
  - C0 (Serial Communication Service Port)
    148
  - DD (Device Type Identifier)
    148
  - NP (Maximum RF Payload Bytes)
    148
- Network Commands
  149
  - DO (Device Options)
    149
  - ID (Ssid)
    149
  - AH (Network Type)
    150
  - IP (IP Protocol)
    150
  - MA (IP Addressing Mode)
    150
  - TM (Timeout)
    151
  - TS (TCP Server Socket Timeout)
    151
  - CE (Infrastructure Mode)
    151
- Security Commands
  151
  - EE (Encryption Enable)
    151
  - PK (Security Key)
    152
- RF Interfacing Commands
  152
  - PL (Power Level)
    152
  - CH (Channel)
    153
- Serial Interfacing Commands
  153
  - AP (API Enable)
    153
  - AO (API Options)
    153
  - BD (Interface Data Rate)
    154
  - NB (Serial Parity)
    154
  - SB (Stop Bits)
    155
  - RO (Packetization Timeout)
    155
  - FT (Flow Control Threshold)
    155
  - D7 (DIO7 Configuration)
    155
  - D6 (DIO6 Configuration)
    156
- I/O Settings Commands
  156
  - IS (Force Sample)
    156
  - IR (I/O Sample Rate)
    157
  - IC (Digital Change Detection)
    157
  - IF (Sample from Sleep Rate)
    157
  - P0 (DIO10 Configuration)
    158
  - P1 (DIO11 Configuration)
    158
  - P2 (DIO12 Configuration)
    158
  - P3 (Dout)
    159
  - P4 Din
    159
  - P5 (DIO15 Configuration)
    160
  - P6 (DIO16 Configuration)
    160
  - P7 (DIO17 Configuration)
    160
  - P8 (DIO18 Configuration)
    161
  - P9 (DIO19 Configuration)
    161
  - D0 (DIO0/AD0/ CB Configuration)
    162
  - D1 (DIO1/AD1 Configuration)
    162
  - D2 (DIO2/AD2 Configuration)
    163
  - D3 (DIO3/AD3 Configuration)
    163
  - D4 (DIO4/AD4 Configuration)
    164
  - D5 (DIO5 Configuration)
    164
  - D8 (DIO8 Configuration)
    164
  - D9 (DIO9 Configuration)
    165
  - LT (Associate LED Blink Time)
    165
  - PR (Pull-Up Resistor)
    166
  - PD (Pull Direction)
    167
  - DS (Drive Strength)
    167
  - AV (Analog Voltage Reference)
    167
  - M0 (PWM0 Duty Cycle)
    168
  - M1 (PWM1 Duty Cycle)
    168
- Output Control
  168
  - IO (Set Output Pins)
    168
  - OM (Output Mask)
    168
  - T0 (Set Time to Hold DIO0)
    169
  - T1 (Set Time to Hold DIO1)
    169
  - T2 (Set Time to Hold DIO2)
    169
  - T3 (Set Time to Hold DIO3)
    169
  - T4 (Set Time to Hold DIO4)
    169
  - T5 (Set Time to Hold DIO5)
    170
  - T6 (Set Time to Hold DIO6)
    170
  - T7 (Set Time to Hold DIO7)
    170
  - T8 (Set Time to Hold DIO8)
    170
  - T9 (Set Time to Hold DIO9)
    170
  - Q0 (Set Time to Hold DIO10)
    171
  - Q1 (Set Time to Hold DIO11)
    171
  - Q2 (Set Time to Hold DIO12)
    171
  - Q3 (Set Time to Hold DIO13)
    171
  - Q4 (Set Time to Hold DIO14)
    172
  - Q5 (Set Time to Hold DIO15)
    172
  - Q6 (Set Time to Hold DIO16)
    172
  - Q7 (Set Time to Hold DIO17)
    172
  - Q8 (Set Time to Hold DIO18)
    173
  - Q9 (Set Time to Hold DIO19)
    173
- Diagnostics Interfacing
  173
  - VR (Firmware Version)
    173
  - HV (Hardware Version)
    173
  - HS (Hardware Series)
    174
  - AI (Association Indication)
    174
  - DI (Device Cloud Indicator)
    175
  - AS (Active Scan)
    175
  - TP (Temperature)
    176
  - CK (Configuration Code)
    176
  - Supply Voltage)
    176
  - LM (Link Margin)
    176
- Command Mode Options
  176
  - CT (Command Mode Timeout)
    177
  - CN (Exit Command Mode)
    177
  - GT (Guard Times)
    177
  - CC (Command Mode Character)
    177
- Sleep Commands
  178
  - SM (Sleep Mode)
    178
  - SP (Sleep Period)
    178
  - SO (Sleep Options)
    178
  - WH (Wake Host)
    179
  - ST (Wake Time)
    179
  - SA (Association Timeout)
    179
- Execution Commands
  180
  - AC (Apply Changes)
    180
  - WR (Write)
    180
  - RE (Restore Defaults)
    180
  - FR (Software Reset)
    180
  - NR (Network Reset)
    181
  - CB (Commissioning Pushbutton)
    181
Regulatory Information

182
- United States (FCC)
  183
  - OEM Labeling Requirements
    183
  - FCC Notices
    183
  - FCC-Approved Antennas (2.4 Ghz)
    185
  - RF Exposure
    190
- Europe (CE)
  191
  - Maximum Power and Frequency Specifications
    191
  - OEM Labeling Requirements
    191
  - Declarations of Conformity
    192
  - Approved Antennas
    192
- Canada (IC)
  193
  - Labeling Requirements
    193
  - Transmitters with Detachable Antennas
    193
  - Detachable Antenna
    193
- Australia (Rcm)/New Zealand (R-NZ)
  194
- Brazil (ANATEL)
  194
  - Recommended Solder Reflow Cycle
    196
  - Recommended Footprint
    196
  - Mount the Devices
    198
  - Flux and Cleaning
    199
  - Rework
    200

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