NORA-W36 u-connectXpress

Stand-alone multiradio modules

AT commands manual

Abstract

u-blox AT commands reference manual for the short range stand-alone modules. This document lists both the standard and proprietary AT commands for u-connectXpress based modules with Bluetooth low energy and Wi-Fi.

 

Document information

Title	NORA-W36 series u-connectXpress
Subtitle	u-blox short range stand-alone modules
Document type	Manual
Document number	UBX-23010166
Revision and date	R01, 25-Apr-2024
Disclosure restriction	C1-Public

This document applies to the following products

Product name	Software version
NORA-W36 series	1.0.0 or newer

u-blox or third parties may hold intellectual property rights in the products, names, logos, and designs included in this document. Copying, reproduction, or modification of this document or any part thereof is only permitted with the express written permission of u-blox. Disclosure to third parties is permitted for clearly public documents only.
The information contained herein is provided “as is” and u-blox assumes no liability for its use. No warranty, either express or implied, is given, including but not limited to, with respect to the accuracy, correctness, reliability, and fitness for a particular purpose of the information. This document may be revised by u-blox at any time without notice. For the most recent documents, visit www.u-blox.com.

Copyright © u-blox AG

---

How to use this manual

The u-connectXpress AT command for Commands Manual provides the necessary information to successfully design in and configure the applicable u-blox short range modules.

This manual has a modular structure. It is not necessary to read it from the beginning to the end.

The following symbols are used to highlight important information within the manual:

• An index finger points out key information pertaining to module integration and performance.
• warning symbol indicates actions that could negatively impact or damage the module.

Contents

1 AT command settings

u-blox short range modules provide at least one physical serial interface for configuration and data transport.
At module power on, the module enters the command mode. For more details on the command mode, see

For module and terminal connection and settings, see the corresponding evaluation kit user guide.

1.1 Definitions

In this document, the following naming conventions are used:

• DCE (Data Communications Equipment): u-blox short range module
• DTE (Data Terminal Equipment) or TE (Terminal Equipment): The terminal that issues the command to the
  module.

The terms DCE and DTE are used in the serial interface context. The DCE interface can operate in the following
modes:

• AT mode: The DCE waits for AT command instructions. The DCE interprets all the characters
  received as commands to execute. The DCE may send responses back to the DTE indicating the outcome
  of the command or further information without having received any command from the DTE (for example,
  unsolicited response code - URC).
• Transparent mode (TM): The DCE transfers data after having sent the AT+UTM or AT+UTMP command; all characters sent to the DCE
  are intended to be transmitted to the remote party. Any further characters received over the serial link are
  deemed to be from the remote party, and any characters sent are transmitted to the remote party.
• Transparent mode persistent (TMP): The same as Transparent mode (TM) but it is possible to store the setting and enter this mode at start up.

It is possible to switch from the Transparent mode (TM) and Transparent mode persistent (TMP)to command mode in the following ways:
• Using the escape sequence: For more details, see Escape Character S2

1.1.1 Command description

The AT commands configure and enable the short range module functionality according to 3GPP normative
and u-blox specifications. The AT commands are issued to the module via a hyper terminal through a command
line and are described in the following sections. A general description of each command is provided including
functionalities, correct syntax to be provided by the TE/DTE and allowed responses.
The command description defines each named parameter with its type, range (valid / acceptable values),
default value (when available) and factory default setting (when applicable).
In this document, are intentionally omitted in the command syntax. See Chapter 1.1.2 and
Chapter 1.1.4 for more information.

1.1.2 Command line

The AT commands are typically issued to the short range modules using a command line with the following
generic syntax:
"AT"<command_name><S3_character>
Where:

• "AT": The prefix to be set at the beginning of each command line
• <command_name>: The command name string; it can have a "+" character as prefix
• : The string consisting of the value parameters following the syntax provided in this manual.

The following rules are used when describing the command syntax:

• <...>: The name in angle brackets is a parameter. The brackets themselves do not appear in the
  command line
• [...]: The square brackets represent the optional parameters of a command or an optional part of the DCE
  information text response. Brackets themselves do not appear in the command line. When a parameter
  is not given, the value will be set to the default value provided in the command description
• <S3_character>: The command line termination character; it can be set with Command line termination
  character S3 command; the factory-programmed termination character is
  The command line is not case sensitive.
  The serial interface driver generally does not allow a new command until the previous one has been terminated
  by "OK" or an error message.

1.1.3 Default values

If the command has optional parameters, and default values are not specified, the default values are assumed
as follows:

• For parameters of type Number, the default value is 0
• For parameters of type String, the default value is an empty string

1.1.4 Information text responses and result codes

The response format is as follows:

• Information text response(s): <S3_character><S4_character><S3_character><S4_character>
• Result codes: <S3_character><S4_character><S3_character><S4_character>
  where
• <S3_character> is the command line termination character; it can be set with S3 command
• <S4_character> is the linefeed character; it can be set with S4 command
  If the command line is successfully processed and the command is correctly executed, in verbose response
  format the string "OK" is sent as a final result code.
  Intermediate output and descriptive output of a command are formatted as information text responses;
  If more than one string has to be printed out (see for example Scan +UWSCAN command description),
  additional command line termination and linefeed characters can be inserted for the sake of readability.
  If the command is not accepted by the DCE, an error result code will be displayed. The error result has the
  following format:
  • <S3_character><S4_character>ERROR<S3_character><S4_character>
  When using commands in <data_format> Binary, for example &+AT+USPSWB, the formating of the AT command
  differs a bit from regular AT commands.

1.1.5 S-parameters

The S-parameters, as specified in ITU-T recommendation V250, constitute a group of commands that begin
with the string "ATS". They are generally indicated as S registers and are used to configure the way the module
operates. Their syntax is:
ATS<parameter_number>?
ATS<parameter_number>=
The number following the "ATS" is the referenced S parameter.
u-blox short range modules support the following set of S-parameters (<parameter_number>):

• 2: escape character setting (for more details see the S2)
• 3: command line termination character setting (for more details see the S3)
• 4: response formatting character setting (for more details see the S4)
• 5: command line editing character setting (for more details see the S5)

2 General operation

2.1 Start up

Start up mode is AT mode by default, if Persistant Transparent mode is use see AT+UTMP command.

2.2 AT Command types

2.2.1 Set command

A set command configures preferred settings for the specified command. The set command is the only way to
set the preferred settings in the DCE. Parameters set with a set command will be used immediately and the
parameters can be stored to the start up database using AT&W.
Some Set commands requires a reboot before using. Store with AT&W and reset with AT+CPWROFF.

2.2.2 Read command

A read command provides current setting of the command parameters. It is used to find out the current
command configuration.

2.2.3 Status command

A status command provides current operating status of the module.

2.2.4 Unsolicited result code (URC)

An unsolicited result code is a string message (provided by the DCE) that is not triggered as a information
text response to a previous AT command and can be output, when enabled, at any time to inform the DTE of
a specific event or status change. The URC can have the same name of the command that enables it or can
be enabled by another command.

2.3 Data types

The definition of each command specifies the data types used for values associated with the command. The
different data types are listed below and are described in the following subsections:

• String
• Integer
• Enumerator
• Byte_Array
• IPv4_Addr
• IPv6_Addr
• MAC_Addr
• Bd_Addr
• List
• Binary

2.3.1 String

A string shall consist of a sequence of displayable characters from the ISO 8859-1 character set, except for
characters "", """ and characters below 32 (space). A string constant shall be delimited by two double quote
(""") characters, for example, "Donald Duck". If the double quote character (""") is to be used within a string, for
example, "My friend "Bono" is a singer", they have to be represented as "\22". If the back-slash character ("") is
to be used within a string constant, it has to be represented as "\5C". An empty string is represented by two
adjacent delimiters - "".

2.3.2 Integer

An integer value consists of a sequence of characters, all in the range {0..9} plus a possible minus ("-") sign for
negative values. Numeric constants are expressed in decimal format only.

2.3.3 Enumerator

An enumerator value is actually an integer, where all its possible values are specified in each case. Only the
defined values are accepted for the command in question.

2.3.4 Byte_Array

A Byte_Array consists of a sequence of characters expressed in two digit hexadecimal in the ranges {0..9}, {a..f}
and {A..F}. The hexadecimal values are grouped together without delimiters; an example of Byte_Array (three
values) is "800000" (Bit 23 is set), excluding the double quote characters.

2.3.5 IPv4_Addr

An IPv4_Addr is a special text string in dotted decimal notation form (that is, four numbers in the range 0-255
separated by periods). An example IP address is "192.168.0.1", excluding the double quote characters.

2.3.6 IPv6_Addr

An IPv6_Addr is a special text string represented as eight groups of four hexadecimal digits, each group
representing 16 bits (two octets) and surrounded by brackets. The groups are separated by colons (:). An
example of an IPv6 address is "[2001:0db8:85a3:0000:0000:8a2e:0370:7334]", excluding the double quote
characters.

2.3.7 MAC_Addr

A MAC_Addr is a Byte_Array of fixed length (6 values). An example MAC_Addr is "01A0F7101C08", excluding
the double quote characters.

2.3.8 Bd_Addr

A Bd_Addr is a MAC_Addr followed an optional address type, "r" for random address and "p" for public address.
If the address type is omitted, it will default to public. An example Bd_Addr is "01A0F7101C08p", excluding the
double quote characters.

2.3.9 List

A List is a comma (,) separated list of items, where items can be any of the other data types. For example,
channel list is a list of integers, "1,6,11", excluding the double quote characters.

2.3.10 Binary

The binary data starts with \x01 (SOH - Start Of Header), following by the length of the data in two bytes format (UINT16) follwed by the binary data.
The binary data shall not be terminated with the normal \x0D (\r - Carriage Return).

The binary header is three bytes:
[0x01(SOH Start Of Header), MSB_datalength, LSB_datalength]

All commands and URC that use binary data are "complete" without the binary data, the binary data is sent directy after the AT command, in most case after the handle.

The AT command follows direcly by the binary data, without any "," or "\r" or anyting in between.

Example:
AT+USOWB=0[0x01,0x00,0x02,0xFF,0xEE]
This command writes to socket 0, 2 bytes data the data is 0xFF 0xEE.

Binary data for Socket, SPS and certicitate upload all use the same Binary data format.

2.3.11 Buffered mode

This is the default data mode, the data is read out after an event has been received. It is possible to stop and control the incoming data flow.

2.3.12 Direct mode

In this mode the data is included in the received event, then data will be sent to the host as soon it is avaliable. It is not possible to stop the incoming data flow.

2.3.13 Transparent mode

In this mode the data is sent and received without any AT commands, the limitation that this mode only works with a point-to-point connection.

2.3.13 Transparent mode persistent

This is the same as transparent mode, but can be storted in flash and be active at startup.

3 General

3.1 AT Commands

AT Command	Description
AT	Attention
AT+CGMI	Manufacturer identification
AT+GMI	Manufacturer identification
AT+CGMM	Model identification
AT+GMM	Model identification
AT+CGMR	Software version identification
AT+GMR	Software version identification
AT+CGSN	Serial number
AT+GSN	Serial number
ATI	Identification information
AT+CSGT	Greeting Text

3.1.1 AT - Attention

Attention command that determines the presence of a Data Communication Equipment (DCE).

Syntax

AT Command	Description
AT	Attention command.

3.1.2 AT+CGMI - Manufacturer identification

Read a text string that identifies the manufacturer.

Syntax

AT Command	Description
AT+CGMI	Read manufacturer text string.

Response	Description
<manufacturer>	Successful read response. Note: The manufacturer string is returned without any response prefix.

Defined values

Parameter	Type	Description
manufacturer	string	Manufacturer ("u-blox").

3.1.3 AT+GMI - Manufacturer identification

Read a text string that identifies the manufacturer.

Syntax

AT Command	Description
AT+GMI	Read manufacturer text string.

Response	Description
<manufacturer>	Successful read response. Note: The manufacturer string is returned without any response prefix.

Defined values

Parameter	Type	Description
manufacturer	string	Manufacturer ("u-blox").

3.1.4 AT+CGMM - Model identification

Read a text string that identifies the device model.

Syntax

AT Command	Description
AT+CGMM	Read device model.

Response	Description
<device_model>	Successful read response. Note: The device_model string is returned without any response prefix.

Defined values

Parameter	Type	Description
device_model	string	Device model

3.1.5 AT+GMM - Model identification

Read a text string that identifies the device model.

Syntax

AT Command	Description
AT+GMM	Read device model.

Response	Description
<device_model>	Successful read response. Note: The device_model string is returned without any response prefix.

Defined values

Parameter	Type	Description
device_model	string	Device model

3.1.6 AT+CGMR - Software version identification

Read a text string that identifies the software version of the module.

Syntax

AT Command	Description
AT+CGMR	Read software version.

Response	Description
<version>	Successful read response. Note: The version string is returned without any response prefix.

Defined values

Parameter	Type	Description
version	string	Version.

3.1.7 AT+GMR - Software version identification

Read a text string that identifies the software version of the module.

Syntax

AT Command	Description
AT+GMR	Read software version.

Response	Description
<version>	Successful read response. Note: The version string is returned without any response prefix.

Defined values

Parameter	Type	Description
version	string	Version.

3.1.8 AT+CGSN - Serial number

Read the product serial number.

Syntax

AT Command	Description
AT+CGSN	Read serial number.

Response	Description
<serial_number>	Successful read response. Note: The serial_number string is returned without any response prefix.

Defined values

Parameter	Type	Description
serial_number	string	Serial number.

3.1.9 AT+GSN - Serial number

Read the product serial number.

Syntax

AT Command	Description
AT+GSN	Read serial number.

Response	Description
<serial_number>	Successful read response. Note: The serial_number string is returned without any response prefix.

Defined values

Parameter	Type	Description
serial_number	string	Serial number.

3.1.10 ATI - Identification information

Read identification information.

Syntax

AT Command	Description
ATI9	Read identification information.
ATI10	Read MCU ID.
ATI0	Read type code.

Response	Description
<application_version>,<unique_identifier>	Successful read response. Note: The application_version and unique_identifier strings are returned without any response prefix.
<mcu_id>	Successful read response. Note: The mcu_id string is returned without any response prefix.
<type_code>	Successful read response. Note: The type_code string is returned without any response prefix.

Defined values

Parameter	Type	Description
application_version	string	Application version.
unique_identifier	string	Unique identifier.
mcu_id	string	Two byte hex string representing the MCU ID.
type_code	string	Type code for the module.

3.1.11 AT+CSGT - Greeting Text

Configures and activates/deactivates the greeting text.
The configuration change in the greeting text will be applied at the subsequent boot.
When active, the greeting text is sent at boot once.

Syntax

AT Command	Description
AT+CSGT=<greeting_mode>[,<text>]	Set the greeting text and mode. Notes: Requires AT&W and a reboot before taking effect.
AT+CSGT?	Read the greeting text.

Response	Description
+CSGT:<greeting_mode>,<text>	Successful read response.

Defined values

Parameter	Type	Description
greeting_mode	enumerator	Valid values: 0: Turn off the greeting text. 1: Turn on the greeting text.
text	string	The greeting text. Note: Can not be an empty string. Valid length: 1..49

4 System

System AT commands

4.1 AT Commands

AT Command	Description
AT+CPWROFF	Module switch off
AT&W	Store current configuration.
AT+USYLA	Local Address
AT+USYFR	Factory Restore
AT+USYDS	Default Settings
AT+USYUS	Uart Settings
AT+USYFWUS	Firmware Update using serial port
AT+USYBL	Start the boot loader command line interface
AT+USYEC	Error Code
AT+USYEE	Extended Error codes on/off
ATE	Echo On/Off
ATS	S-registers
AT+UTMES	Transparent mode escape sequence settings

4.1.1 AT+CPWROFF - Module switch off

Syntax

AT Command	Description
AT+CPWROFF	Reboot the DCE.

4.1.2 AT&W - Store current configuration

Store the current configuration to flash

Syntax

AT Command	Description
AT&W	Write the current configuration to flash. The configuration is stored immediately when AT&W is issued.

4.1.3 AT+USYLA - Local Address

Syntax

AT Command	Description
AT+USYLA=<interface_id>	Get interface address
AT+USYLA=<interface_id>,<address>	Set interface address Notes: Requires AT&W and a reboot before taking effect.

Response	Description
+USYLA:<address>	Successful read response

Defined values

Parameter	Type	Description
interface_id	enumerator	Valid values: 0: Bluetooth 1: Wi-Fi station 2: Wi-Fi Access point
address	mac_addr	MAC address of the interface id. If the address is set to 000000000000, the local address will be restored to factory-programmed value. The least significant bit of the first octet of the must be 0.

4.1.4 AT+USYFR - Factory Restore

Syntax

AT Command	Description
AT+USYFR	The module is completely restored to factory defaults. All settings are reset to default values. All certificates and Bluetooth bonding information will be removed. Notes: Requires AT&W and a reboot before taking effect.

4.1.5 AT+USYDS - Default Settings

Syntax

AT Command	Description
AT+USYDS	Reset all settings to default values. Certificates and Bluetooth bonding information will be left untouched. Notes: Requires AT&W and a reboot before taking effect.

4.1.6 AT+USYUS - Uart Settings

Syntax

AT Command	Description
AT+USYUS=<baud_rate>[,<flow_control>[,<change_after_confirm>]]	Configure new UART settings that will be used after restart. Baudrates above 4000000 bps can be set, but are unsupported. Notes: Can be stored using AT&W.
AT+USYUS?	Reads current UART settings from the module

Response	Description
+USYUS:<baud_rate>,<flow_control>	Successful read response

Defined values

Parameter	Type	Description
baud_rate	integer	Baudrate Valid values: 110..6000000 Default value: 115200
flow_control	integer	0: No flow control 1: Use CTS/RTS flow control Valid values: 0 or 1
change_after_confirm	integer	0: Switch baudrate after reboot. When set AT&W must be called. 1: Switch baudrate directly after status OK have been sent. Valid values: 0 or 1

4.1.7 AT+USYFWUS - Firmware Update using serial port

Start serial port firmware upgrade. The module will indicate that it is ready to receive
the new firmware by regularly sending the XModem start byte C until either an XModem transfer has started,
or a timeout has occurred

Syntax

AT Command	Description
AT+USYFWUS=<baud_rate>[,<flow_control>]	Start firmware upgrade on the serial port with provided settings
AT+USYFWUS	Start firmware upgrade on the serial port with default settings, baudrate 115200 and no flow control

Defined values

Parameter	Type	Description
baud_rate	integer	Valid values: 110..6000000 Default value: 115200
flow_control	integer	Valid values: 0 or 1 Default value: 0

4.1.8 AT+USYBL - Start the boot loader command line interface

Force start of the boot loader. The boot loader will start at the defined baud rate.

Syntax

AT Command	Description
AT+USYBL=<baud_rate>[,<flow_control>]	Force start of the boot loader.
AT+USYBL	Force start of the boot loader with default settings. Baudrate 115200 and flow control off.

Defined values

Parameter	Type	Description
baud_rate	integer	Valid values: 110..6000000 Default value: 115200
flow_control	integer	Valid values: 0 or 1 Default value: 0

4.1.9 AT+USYEC - Error Code

Syntax

AT Command	Description
AT+USYEC?	Read the last error code

Response	Description
+USYEC:<error_code>	Latest error code

Defined values

Parameter	Type	Description
error_code	integer	Error code

4.1.10 AT+USYEE - Extended Error codes on/off

Syntax

AT Command	Description
AT+USYEE=<extended_errors>	Enable or disable extended error codes Notes: Can be stored using AT&W.
AT+USYEE?	Read extended error codes enabled/disabled

Response	Description
+USYEE:<extended_errors>	Extended error codes setting

Defined values

Parameter	Type	Description
extended_errors	enumerator	Extended error codes setting Valid values: 0: (Factory default) Extended error codes will not be displayed 1: Extended error code will be displayed on every error

4.1.11 ATE - Echo On/Off

This command configures whether or not the module echoes the characters received from the host.

Syntax

AT Command	Description
ATE0	Set echo off Notes: Can be stored using AT&W.
ATE1	Set echo on Notes: Can be stored using AT&W.
ATE?	Read current echo setting

Response	Description
<echo_on>	Current echo setting

Defined values

Parameter	Type	Description
echo_on	enumerator	Valid values: 0: Module does not echo the characters 1: (Factory default) Module echoes the characters

4.1.12 ATS - S-registers

Used to set different configuration parameters

Syntax

AT Command	Description
ATS2=<escape_char>	Write escape character. This settings change the decimal value of the escape character used by some modes, such as transparent mode for example, to detect an escape sequence and exit. Notes: Can be stored using AT&W.
ATS2?	Read escape character
ATS3=<line_term>	Write line termination character. This setting changes the decimal value of the character recognized by the DCE from the DTE to terminate an incoming command line. It is also generated by the DCE as part of the header, trailer, and terminator for result codes and information text along with the S4 parameter. The previous value of S3 is used to determine the command line termination character for entry of the command line containing the S3 setting command. However, the result code issued shall use the value of S3 as set during the processing of the command line. For example, if S3 was previously set to 13 and the command line "ATS3=30" is issued, the command line shall be terminated with a CR, character (13), but the result code issued will use the character with the ordinal value 30 instead of the CR. Notes: Can be stored using AT&W.
ATS3?	Read line termination character
ATS4=<resp_format>	Write response format character. This setting changes the decimal value of the character generated by the DCE as part of the header, trailer, and terminator for result codes and information text, along with the S3 parameter. If the value of S4 is changed in a command line, the result code issued in response to that command line will use the new value of S4. Notes: Can be stored using AT&W.
ATS4?	Read response format character
ATS5=<backspace>	Writes backspace character. This setting changes the decimal value of the character recognized by the DCE as a request to delete from the command line, the immediately preceding character. Notes: Can be stored using AT&W.
ATS5?	Read backspace character

Response	Description
<escape_char>	Current escape character
<line_term>	Current line termination character
<resp_format>	Current response format character
<backspace>	Current backspace character

Defined values

Parameter	Type	Description
line_term	integer	Command line termination character. Factory default: 13 Valid values: 0..127
resp_format	integer	Response format character. Factory default: 10 Valid values: 0..127
backspace	integer	Backspace character. Factory default: 8 Valid values: 0..127
escape_char	integer	Escape character. Factory default: 43 Valid values: 0..127

4.1.13 AT+UTMES - Transparent mode escape sequence settings

Syntax

AT Command	Description
AT+UTMES=<pre_timeout>,<post_timeout>,<escape_timeout>	Configures the transparent mode escape sequence settings.
AT+UTMES?	Reads current transparent mode escape sequence settings.

Response	Description
+UTMES:<pre_timeout>,<post_timeout>,<escape_timeout>	Successful read response

Defined values

Parameter	Type	Description
pre_timeout	integer	Minimum time (ms) of no data activity required before the escape sequence is sent. Factory default: 1000 Valid values: 50..5000
post_timeout	integer	Minimum time (ms) of no data activity required after the escape sequence is sent. Factory default: 1000 Valid values: 50..5000
escape_timeout	integer	Maximum time interval (ms) between escape characters. Factory default: 200 Valid values: 50..5000

5 Bluetooth

Bluetooth commands

 

5.1 AT Commands

AT Command	Description
AT+UBTM	Bluetooth Mode
AT+UBTC	Bluetooth Connect
AT+UBTP	Bluetooth Persistent
AT+UBTPR	Bluetooth Persistent Remove
AT+UBTPL	Bluetooth Persistent List
AT+UBTDC	Bluetooth Disconnect
AT+UBTLN	Bluetooth Local Name
AT+UBTD	Bluetooth Discovery
AT+UBTBGD	Bluetooth Background Discovery
AT+UBTRSS	Bluetooth RSSI
AT+UBTCL	Bluetooth Connection List
AT+UBTCST	Bluetooth Connection Status
AT+UBTAD	Bluetooth Advertising Data
AT+UBTSD	Bluetooth Scan Data
AT+UBTA	Bluetooth Advertisements
AT+UBTDA	Bluetooth Directed Advertisement
AT+UBTCS	Bluetooth Connection Settings
AT+UBTAS	Bluetooth Advertisement Settings.
AT+UBTIOC	Bluetooth I/O Capabilities
AT+UBTBSM	Bluetooth Bond Security Mode
AT+UBTPM	Bluetooth Pairing Mode
AT+UBTUC	Bluetooth User Confirmation
AT+UBTUPE	User passkey entry
AT+UBTB	Bluetooth Bond
AT+UBTUB	Bluetooth Unbond
AT+UBTBDL	Bluetooth Bonded Devices List
AT+UBTDIS	Bluetooth Device Information Service
AT+UBTPHYR	Bluetooth PHY Request

5.1.1 AT+UBTM - Bluetooth Mode

Set and read Bluetooth Mode. For the mode change to take affect, AT&W and a restart is needed.

Syntax

AT Command	Description
AT+UBTM=<bt_mode>	Set Bluetooth Mode. Notes: Requires AT&W and a reboot before taking effect.
AT+UBTM?	Read Bluetooth Mode.

Response	Description
+UBTM:<bt_mode>	Successful read response.

Defined values

Parameter	Type	Description
bt_mode	enumerator	Valid values: 0: Disabled. 1: Bluetooth Low Energy Central. In this mode, starting advertisements, direct advertisements and other functions associated with the Peripheral role is not possible. 2: Bluetooth Low Energy Peripheral. In this mode, initiating connections, discovery and other functions associated with the Central role is not possible. 3: Bluetooth Low Energy Simultaneous Central and Peripheral. This is the factory default for NORA-W36.

5.1.2 AT+UBTC - Bluetooth Connect

Make an ACL connection to a remote device with defined protocol type. Unsolicited events +UEBTC or +UEBTDC will be sent out to confirm the connection establishment.

Syntax

AT Command	Description
AT+UBTC=<bd_addr>	Initiate connection.

Defined values

Parameter	Type	Description
bd_addr	bd_addr	Bluetooth device address of the remote device.

5.1.3 AT+UBTP - Bluetooth Persistent

Syntax

AT Command	Description
AT+UBTP=<bd_addr>,<connect_sps>	Configure an ACL link with automatic re-connection. As opposed to AT+UBTC, this command will not initiate a connection directly but is used for storing a connection configuration persistently so that the link is automatically setup on boot. See also AT+USOP Notes: Requires AT&W and a reboot before taking effect.

Response	Description
+UBTP:<config_id>	Successful write response, returning a configuration id identifying the configuration

Defined values

Parameter	Type	Description
bd_addr	bd_addr	Bluetooth device address of the remote device.
connect_sps	integer	Should start a SPS connection when ACL link is up. Integer Boolean flag 0 = No, 1 = Yes Valid values: 0 or 1
config_id	integer	Configuration id Valid values: 200 only

5.1.4 AT+UBTPR - Bluetooth Persistent Remove

Remove a Persistent Bluetooth Connection configuration

Syntax

AT Command	Description
AT+UBTPR=<config_id>	Removes a persistent bluetooth connection configuration Notes: The corresponding link will be automatically disconnected Can be stored using AT&W.

Defined values

Parameter	Type	Description
config_id	integer	Configuration id Valid values: 200 only

Notes
 

5.1.5 AT+UBTPL - Bluetooth Persistent List

List all configured persistent bluetooth connections

Syntax

AT Command	Description
AT+UBTPL?	List the currently configured Persistent Bluetooth Connections

Response	Description
+UBTPL:<config_id>,<bd_addr>,<connect_sps>	Successful read response

Defined values

Parameter	Type	Description
config_id	integer	Configuration id Valid values: 200 only
bd_addr	bd_addr	Bluetooth device address of the remote device.
connect_sps	integer	Should start a SPS connection when ACL link is up. Integer Boolean flag 0 = No, 1 = Yes Valid values: 0..1

5.1.6 AT+UBTDC - Bluetooth Disconnect

Used to close an ACL connection.

Syntax

AT Command	Description
AT+UBTDC=<conn_handle>	Close an existing ACL connection.

Defined values

Parameter	Type	Description
conn_handle	integer	Connection handle of the Bluetooth low energy connection.

5.1.7 AT+UBTLN - Bluetooth Local Name

Set the local name used as device name for Bluetooth Classic, in the advertising data of the device and in the Device Information service for Bluetooth low energy.

Syntax

AT Command	Description
AT+UBTLN?	Reads the local Bluetooth device name.
AT+UBTLN=<device_name>	Writes the local Bluetooth device name. Notes: Can be stored using AT&W.

Response	Description
+UBTLN:<device_name>	Successful read response.

Defined values

Parameter	Type	Description
device_name	string	For Bluetooth low energy the maximum size is 29 characters. Valid length: 0..29

5.1.8 AT+UBTD - Bluetooth Discovery

Performs a discovery procedure to find any advertising devices in the vicinity.

Syntax

AT Command	Description
AT+UBTD	Start discovery using default parameters
AT+UBTD=<discovery_type>[,<discovery_mode>[,<discovery_length>]]	Start discovery.

Response	Description
+UBTD:<bd_addr>,<rssi>,<device_name>,<data_type>,<data>	This response is sent for every found device. If no name is found, <device_name> is an empty string, if is set to Active, both Scan responses and Advertisements will be shown.

Defined values

Parameter	Type	Description
discovery_type	enumerator	Valid values: 0: All with no filter. Displays all found devices; devices can be displayed multiple times. 1: General inquiry. Displays devices in General or Limited discoverability mode; each device is displayed only once.
discovery_mode	enumerator	Valid values: 0: Active discovery. 1: Passive, no scan response data will be received. Default value: 0
discovery_length	integer	Timeout measured in milliseconds. Time range: 10 ms - 40 s Valid values: 10..40000 Default value: 5000
device_name	string	Name of the discovered device.
data_type	enumerator	Valid values: 0: Scan response data. 1: Advertise data.
data	byte_array	Complete advertise/scan response data received from the remote device.
bd_addr	bd_addr	Bluetooth device address of the remote device.
rssi	integer	Received signal strength in dBm.

5.1.9 AT+UBTBGD - Bluetooth Background Discovery

Start a background discovery.

Syntax

AT Command	Description
AT+UBTBGD=<background_discovery_mode>	Start/Stop background discovery
AT+UBTBGD?	Read background discovery mode

Response	Description
+UBTBGD:<background_discovery_mode>	Successful read response

Defined values

Parameter	Type	Description
background_discovery_mode	enumerator	Valid values: 0: Set background discovery off 1: Set background discovery on

5.1.10 AT+UBTRSS - Bluetooth RSSI

Returns the current received RSSI for a specified Bluetooth connection.

Syntax

AT Command	Description
AT+UBTRSS=<conn_handle>	Returns the current RSSI for a specified Bluetooth connection.

Response	Description
+UBTRSS:<rssi>	Successful response.

Defined values

Parameter	Type	Description
conn_handle	integer	Connection handle of the Bluetooth low energy connection.
rssi	integer	Received signal strength in dBm.

5.1.11 AT+UBTCL - Bluetooth Connection List

List all active Bluetooth low energy ACl connections.

Syntax

AT Command	Description
AT+UBTCL	List all Bluetooth low energy ACL connections.

Response	Description
+UBTCL:<conn_handle>,<bd_addr>	Sent for every connection.

Defined values

Parameter	Type	Description
conn_handle	integer	Connection handle of the Bluetooth low energy connection.
bd_addr	bd_addr	Bluetooth device address of the remote device.

5.1.12 AT+UBTCST - Bluetooth Connection Status

Read negotiated properties of a Bluetooth low energy ACL connection.
Some of the properties are a result of negotiation when a connections is set up, and this command gives the possibility
to see what properties the connection actually uses.

Syntax

AT Command	Description
AT+UBTCST=<conn_handle>	Read all properties of an existing Bluetooth low energy ACL connection.
AT+UBTCST=<conn_handle>,<property_id>	Read a specific property of an existing Bluetooth low energy ACL connection.

Response	Description
+UBTCST:<property_id>,<status_val>	One response for each property_id.

Defined values

Parameter	Type	Description
status_val	integer	Value of the preceding property.
property_id	enumerator	Valid values: 0: Connection interval used on this connection. Range: 6 to 3200 Time = status_val * 1.25 ms Time range: 7.5 ms to 4000 ms 1: Peripheral latency for the connection in number of connection events. Range: 0 to 499 2: Supervision timeout (in ms) for this connections. Range: 100 ms to 32000 ms 3: MTU size for this connections. 4: Data Channel TX PDU Payload Length. 5: Data Channel RX PDU Payload Length. 6: Data Length Extension state. 0: Data Length Extension Off \ 1: Data Length Extension On 7: Local role in this connection. 1: Low Energy Central \ 2: Low Energy Peripheral 8: TX Phy used in this connection Bit 0: 1 Mbps Bit 1: 2 Mbps Bit 2: reserved for future use 9: RX Phy used in this connection Bit 0: 1 Mbps Bit 1: 2 Mbps Bit 2: reserved for future use
conn_handle	integer	Connection handle of the Bluetooth low energy connection.

5.1.13 AT+UBTAD - Bluetooth Advertising Data

Command for setting custom advertising data in Bluetooth low energy. Maximum of 28 bytes.
Any custom advertising data will be appended to the default mandatory flags field.
Note that the AT command AT+UBTD supports scan modes that can be used to see the complete advertising data.
This is useful when testing the advertising configurations set with the AT+UBTAD. By default, the service UUID for the u-blox Serial Port Service is part of the advertising data.

Syntax

AT Command	Description
AT+UBTAD=<adv_data>	Write custom advertising data. Notes: Can be stored using AT&W.
AT+UBTAD?	Read custom advertising data.

Response	Description
+UBTAD:<adv_data>	Successful read response.

Defined values

Parameter	Type	Description
adv_data	byte_array	Valid length: 2..28

5.1.14 AT+UBTSD - Bluetooth Scan Data

Command for setting custom scan response data in Bluetooth low energy. Any custom scan response data will override the default scan response data. By default, the local name is part of the scan response data.

Syntax

AT Command	Description
AT+UBTSD=<scan_rsp_data>	Write scan response data. Notes: Can be stored using AT&W.
AT+UBTSD?	Read scan response data.

Response	Description
+UBTSD:<scan_rsp_data>	Successful read response.

Defined values

Parameter	Type	Description
scan_rsp_data	byte_array	Valid length: 1..31

5.1.15 AT+UBTA - Bluetooth Advertisements

Command for enabling and disabling advertisements

Syntax

AT Command	Description
AT+UBTA=<adv_mode>	Set advertisements on or off. Notes: Can be stored using AT&W.
AT+UBTA?	Read advertisement mode.

Response	Description
+UBTA:<adv_mode>	Successful read response.

Defined values

Parameter	Type	Description
adv_mode	enumerator	Valid values: 0: Set Bluetooth Advertisements off 1: Set Bluetooth Advertisements on

5.1.16 AT+UBTDA - Bluetooth Directed Advertisement

Start a directed advertisement to a given Bluetooth Address

Syntax

AT Command

Description

AT+UBTDA=<bd_addr>[,<timeout>]

Starts directed advertisements to Bluetooth Address. If bd_addr is FFFFFFFFFFFF, direct advertisements will be disabled. By default the timeout is 1280 ms, and uses High Duty Cycle Advertising. A timeout greater than this will result in Low Duty Cycle Advertising as High Duty Cycle Advertising has a limited use of only 1280 ms. Setting timeout to 0 will let the device advertise indefinitely in Low Duty Cycle mode.

Defined values

Parameter	Type	Description
timeout	integer	Timeout for Directed Advertisements. Default value: 1280
bd_addr	bd_addr	Bluetooth device address of the remote device.

5.1.17 AT+UBTCS - Bluetooth Connection Settings

Get and set connection related settings

Syntax

AT Command	Description
AT+UBTCS0=<connection_interval_minimum>	Write connection interval minimum. Notes: Can be stored using AT&W.
AT+UBTCS0?	Read Connection Interval minium.
AT+UBTCS1=<connection_interval_maximum>	Write connection interval maximum. Notes: Can be stored using AT&W.
AT+UBTCS1?	Read Connection Interval maximum.
AT+UBTCS2=<connection_peripheral_latency>	Write connection peripheral latency. Notes: Can be stored using AT&W.
AT+UBTCS2?	Read connection peripheral latency.
AT+UBTCS3=<connection_linkloss_timeout>	Write connection linkloss timeout. Notes: Can be stored using AT&W.
AT+UBTCS3?	Read connection linkloss timeout.
AT+UBTCS4=<preferred_tx_phy>	Write Preferred TX PHY. Notes: Can be stored using AT&W.
AT+UBTCS4?	Read Preferred TX PHY.
AT+UBTCS5=<preferred_rx_phy>	Write Preferred RX PHY. Notes: Can be stored using AT&W.
AT+UBTCS5?	Read Preferred RX PHY.
AT+UBTCS?	Read all Bluetooth Configuration param values.

Response	Description
+UBTCS0:<connection_interval_minimum>	Successful read of connection interval minimum.
+UBTCS1:<connection_interval_maximum>	Successful read of connection interval maximum.
+UBTCS2:<connection_peripheral_latency>	Successful read of connection peripheral latency.
+UBTCS3:<connection_linkloss_timeout>	Successful read of connection linkloss timeout.
+UBTCS4:<preferred_tx_phy>	Successful read of Preferred TX PHY.
+UBTCS5:<preferred_rx_phy>	Successful read of Preferred RX PHY.
+UBTCS:<param>,<value>	Successful read response for AT+UBTCS.

Defined values

Parameter	Type	Description
connection_interval_minimum	integer	Connection interval minimum (must be <= Connection interval maximum). Final results will be a result of negotiation between devices. Default: 24. Calculation: connection_interval_minimum * 1.25. ms Valid values: 6..3200 Default value: 24
connection_interval_maximum	integer	Connection interval maximum (must be >= Connection interval minimum). Final results will be a result of negotiation between devices. Default: 40. Calculation: connection_interval_maximum * 1.25 ms. Valid values: 6..3200 Default value: 40
connection_peripheral_latency	integer	Connection peripheral latency. Default: 0 Calculation: Number of connection events. Valid values: 0..500 Default value: 0
connection_linkloss_timeout	integer	Connection linkloss timeout. Default: 2000 Calculation: connection_linkloss_timeout ms Valid values: 100..32000 Default value: 2000
preferred_tx_phy	integer	Preferred Transmitter PHY 0: Let other side decide OR a bit field with three bits: Bit 0: 1 Mbps preferred Bit 1: 2 Mbps preferred Bit 2: reserved for future use Valid values: 0..7 Default value: 0
preferred_rx_phy	integer	Preferred Receiver PHY 0: Let other side decide OR a bit field with three bits: Bit 0: 1 Mbps preferred Bit 1: 2 Mbps preferred Bit 2: reserved for future use Valid values: 0..7 Default value: 0
param	enumerator	Connection parameter. Valid values: 0: Connection interval minimum. 1: Connection interval maximum. 2: Connection peripheral latency. 3: Connection linkloss timeout. 4: Preferred Transmitter PHY 5: Preferred Receiver PHY
value	integer	Value of connection parameter. Valid values: 0..65535

5.1.18 AT+UBTAS - Bluetooth Advertisement Settings.

Get and Set Advertisement Settings.

Syntax

AT Command	Description
AT+UBTAS0=<advertisement_interval_minimum>	Write advertisement interval minimum.
AT+UBTAS0?	Read advertisement Interval miniumum.
AT+UBTAS1=<advertisement_interval_maximum>	Write advertisement interval maximum.
AT+UBTAS1?	Read advertisement Interval maximum.
AT+UBTAS?	Read all Advertising parameter setting values.

Response	Description
+UBTAS0:<advertisement_interval_minimum>	Successful read of connection interval minimum.
+UBTAS1:<advertisement_interval_maximum>	Successful read of advertisement interval maximum.
+UBTAS:<adv_param>,<value>	Successful read response for AT+UBTAS?.

Defined values

Parameter	Type	Description
advertisement_interval_minimum	integer	Advertising interval minimum (must be <= Advertising interval maximum. Default: 1600. Calculation: advertisement_interval_minimum * 0.625 ms) Valid values: 32..16384 Default value: 1600
advertisement_interval_maximum	integer	Advertising interval maximum (must be >= Advertising interval minimum. Default: 2000. Calculation: advertisement_interval_maximum * 0.625 ms) Valid values: 32..16384 Default value: 2000
value	integer	Value of advertisement parameter. Valid values: 0..65535
adv_param	enumerator	Advertisement parameter. Valid values: 0: Advertisement interval minimum. 1: Advertisement interval maximum.

5.1.19 AT+UBTIOC - Bluetooth I/O Capabilities

Set Bluetooth I/O Capabilities, this impacts the possible bonding procedure between devices.

Syntax

AT Command	Description
AT+UBTIOC=<io_capabilities>	Set I/O Capabilities Notes: Can be stored using AT&W.
AT+UBTIOC?	Read I/O Capabilities

Response	Description
+UBTIOC:<io_capabilities>	Successful read response for AT+UBTIOC?.

Defined values

Parameter	Type	Description
io_capabilities	enumerator	Valid values: 0: Set I/O Capabilities to No Input No Output. 1: Set I/O Capabilities to Display Only. 2: Set I/O Capabilities to Display Yes/No 3: Set I/O Capabilities to Keyboard Only. 4: Set I/O Capabilities to Keyboard Display. Default value: 0

5.1.20 AT+UBTBSM - Bluetooth Bond Security Mode

Set the security mode of the device. This command works together with AT+UBTIOC to determine the bonding procedure used.

Syntax

AT Command	Description
AT+UBTBSM=<bt_security_mode>	Writes the security mode Notes: Can be stored using AT&W.
AT+UBTBSM?	Reads the security mode

Response	Description
+UBTBSM:<bt_security_mode>	Successful read response for AT+UBTBSM?

Defined values

Parameter	Type	Description
bt_security_mode	enumerator	Valid values: 0: Security Disabled. 1: Allow unauthenticated bonding. 2: Only allow authenticated bonding. 3: Only allow authenticated bonding with encrypted Bluetooth link. Fallback to simple pairing if the remote side does not support secure connections. 4: Only allow authenticated bonding with encrypted Bluetooth link. Strictly uses secure connections. Default value: 0

5.1.21 AT+UBTPM - Bluetooth Pairing Mode

Enable or disable pairing.

Syntax

AT Command	Description
AT+UBTPM=<pairing_mode>	Writes the pairing mode. Notes: Can be stored using AT&W.
AT+UBTPM?	Read current pairing mode.

Response	Description
+UBTPM:<pairing_mode>	Successful read response for AT+UBTPM?

Defined values

Parameter	Type	Description
pairing_mode	enumerator	Valid values: 0: Disable pairing mode. 1: Enable pairing mode. Default value: 0

5.1.22 AT+UBTUC - Bluetooth User Confirmation

The user confirmation is used together with IO capability DisplayYesNo to repond to a user confirmation request (+UEBTUC). The command shall be used only after +UEBTUC has been received.

Syntax

AT Command	Description
AT+UBTUC=<bd_addr>,<yes_no>	Respond to +UEUBTUC and confirm/deny bonding.

Defined values

Parameter	Type	Description
bd_addr	bd_addr	Bluetooth device address of the remote device.
yes_no	enumerator	Valid values: 0: Deny bonding. 1: Confirm bonding.

5.1.23 AT+UBTUPE - User passkey entry

The user passkey entry is used together with IO capability KeyboardOnly to respond on a user passkey entry request (+UEBTUPE). This command shall be used only after +UEBTUPE has been received.

Syntax

AT Command	Description
AT+UBTUPE=<bd_addr>,<yes_no>[,<passkey>]	Respond to +UEBTUPE event and confirm/deny bonding.

Defined values

Parameter	Type	Description
passkey	integer	Passkey used to confirm bonding, if yes_no is set to no, this can be omitted. Valid values: 0..999999
bd_addr	bd_addr	Bluetooth device address of the remote device.
yes_no	enumerator	Valid values: 0: Deny bonding. 1: Confirm bonding.

5.1.24 AT+UBTB - Bluetooth Bond

Performs a GAP bond procedure with another Bluetooth device. For some I/O Capabilities, user interaction is required during the bonding procedure. The procedure to use is determined by the I/O Capabilities and security mode.

Syntax

AT Command	Description
AT+UBTB=<bd_addr>	Initiate bonding. To perform the bonding, the remote device must be in a pairable and connectable mode. Bond Event +UEBTB is genereated once the bond is complete.

Defined values

Parameter	Type	Description
bd_addr	bd_addr	Bluetooth device address of the remote device.

5.1.25 AT+UBTUB - Bluetooth Unbond

Unbond from a previously bonded device.

Syntax

AT Command	Description
AT+UBTUB=<bd_addr>	Removes a single previously bonded device.
AT+UBTUB	Removes all previously bonded devices.

Defined values

Parameter	Type	Description
bd_addr	bd_addr	Bluetooth device address of the remote device.

Notes

These AT commands will remove the bond from the local device only.

5.1.26 AT+UBTBDL - Bluetooth Bonded Devices List

Reads the list of bonded devices.

Syntax

AT Command	Description
AT+UBTBDL	Read list of bonded devices.

Response	Description
+UBTBDL:<bd_addr>	This response is sent for every found device.

Defined values

Parameter	Type	Description
bd_addr	bd_addr	Bluetooth device address of the remote device.

5.1.27 AT+UBTDIS - Bluetooth Device Information Service

Write and read the module's Device Information Service (DIS) characteristics. The settings can be saved using AT&W.

Syntax

AT Command	Description
AT+UBTDIS=<characteristic_id>,<characteristic_value>	Set a characteristic value. Notes: Can be stored using AT&W.
AT+UBTDIS=<characteristic_id>	Read a characteristic value.
AT+UBTDIS?	Read all individual characteristic of the Device Information Service characteristics.

Response	Description
+UBTDIS:<characteristic_id>,<characteristic_value>	Successful read response.

Defined values

Parameter	Type	Description
characteristic_id	enumerator	Valid values: 0: Manufacturer name string. Maximum length of the custom string is 31 characters. 1: Model name string. Maximum length of the custom string is 20 characters. 2: Firmware revision string. Maximum length of the custom string is 20 characters. 3: Software revision string. Maximum length of the custom string is 20 characters.
characteristic_value	string	Value of Device Information Service characteristic.

5.1.28 AT+UBTPHYR - Bluetooth PHY Request

Request a new PHY configuration for a connection. If tx PHY or rx PHY is 0, the module will select PHYs
based on the peer requirements on that specific direction. If the peer does not support the PHY update procedure,
then the resulting +UEBTPHYU event will have a error status other than success.

Syntax

AT Command	Description
AT+UBTPHYR=<conn_handle>,<tx_phy>,<rx_phy>	Requests a Bluetooth Low Energy PHY update.
AT+UBTPHYR=<conn_handle>	Reads current PHYs for a connection.

Response	Description
+UBTPHYR:<conn_handle>,<tx_phy>,<rx_phy>	Successful read response.

Defined values

Parameter	Type	Description
conn_handle	integer	Connection handle of the Bluetooth low energy connection.
tx_phy	integer	Requested PHY for Transmitter: 0: Let other side decide OR a bit field with three bits: Bit 0: 1 Mbps preferred Bit 1: 2 Mbps preferred Bit 2: Coded PHY (S=8). Not supported by NORA-W36 Valid values: 0..7
rx_phy	integer	Requested PHY for Receiver 0: Let other side decide OR a bit field with three bits: Bit 0: 1 Mbps preferred Bit 1: 2 Mbps preferred Bit 2: Coded PHY (S=8). Not supported by NORA-W36 Valid values: 0..7

5.2 Unsolicited Response Codes

Unsolicited Response Code	Description
+UEBTC	Bluetooth Connected event
+UEBTDC	Bluetooth Disconnected event
+UEBTB	Bluetooth Bond status event
+UEBTUC	Bluetooth User Confirmation event
+UEBTUPD	Bluetooth Passkey entry event
+UEBTUPE	Bluetooth Passkey request event
+UEBTPHYU	Bluetooth PHY update event

5.2.1 +UEBTC - Bluetooth Connected event

Event indicating successful Bluetooth connection.

Syntax

+UEBTC:<conn_handle>,<bd_addr>

Defined values

Parameter	Type	Description
conn_handle	integer	Connection handle of the Bluetooth low energy connection.
bd_addr	bd_addr	Bluetooth device address of the remote device.

5.2.2 +UEBTDC - Bluetooth Disconnected event

Event indicating a disconnected Bluetooth connection.

Syntax

+UEBTDC:<conn_handle>

Defined values

Parameter	Type	Description
conn_handle	integer	Connection handle of the Bluetooth low energy connection.

5.2.3 +UEBTB - Bluetooth Bond status event

Event indicates that a bonding procedure is completed.

Syntax

+UEBTB:<bd_addr>,<bond_status>

Defined values

Parameter	Type	Description
bd_addr	bd_addr	Bluetooth device address of the remote device.
bond_status	enumerator	Bonding status Valid values: 0: Bonding procedure succeeded. 1: Bonding procedure failed due to page timeout. 2: Bonding failed because of authentication or pairing failed. This could be due to incorrect PIN/passkey. 3: Bonding failed because the protection against Man-In-The-Middle attack could not be guaranteed; the generated link key was too weak.

5.2.4 +UEBTUC - Bluetooth User Confirmation event

This event is used while bonding with IO capability DisplayYesNo. This event indicates that the user confirmation of a numeric value is required.

Syntax

+UEBTUC:<bd_addr>,<numeric_value>

Defined values

Parameter	Type	Description
bd_addr	bd_addr	Bluetooth device address of the remote device.
numeric_value	integer	Numeric value. Valid values: 0..999999

5.2.5 +UEBTUPD - Bluetooth Passkey entry event

This event is used to indicate to the user that a passkey has to be entered on the remote device during a bonding procedure with the IO capability DisplayOnly.

Syntax

+UEBTUPD:<bd_addr>,<numeric_value>

Defined values

Parameter	Type	Description
bd_addr	bd_addr	Bluetooth device address of the remote device.
numeric_value	integer	Numeric value. Valid values: 0..999999

5.2.6 +UEBTUPE - Bluetooth Passkey request event

This event is used during bonding with IO capability KeyboardOnly to indicate that a passkey is required from the user. User should respond to this event with the AT+UBTUPE command.

Syntax

+UEBTUPE:<bd_addr>

Defined values

Parameter	Type	Description
bd_addr	bd_addr	Bluetooth device address of the remote device.

5.2.7 +UEBTPHYU - Bluetooth PHY update event

This event informs the result of a PHY update procedure. It may be generated as a result of the command AT+UBTPHYR or as a successful event, if the operation has been initiated by the remote peer.

Syntax

+UEBTPHYU:<conn_handle>,<phy_status>,<tx_phy>,<rx_phy>

Defined values

Parameter	Type	Description
conn_handle	integer	Connection handle of the Bluetooth low energy connection.
phy_status	integer	Bluetooth status codes: 0: Success 0x01-0xFF: Error, see Bluetooth Core Specifications, Vol 2, Part D. Valid values: 0..255
tx_phy	integer	Requested PHY for Transmitter: 0: Let other side decide OR a bit field with three bits: Bit 0: 1 Mbps preferred Bit 1: 2 Mbps preferred Bit 2: Coded PHY (S=8). Not supported by NORA-W36 Valid values: 0..7
rx_phy	integer	Requested PHY for Receiver 0: Let other side decide OR a bit field with three bits: Bit 0: 1 Mbps preferred Bit 1: 2 Mbps preferred Bit 2: Coded PHY (S=8). Not supported by NORA-W36 Valid values: 0..7

6 GATT Client

GATT Client

6.1 AT Commands

AT Command	Description
AT+UBTGPSD	GATT Primary Services Discover
AT+UBTGPSDU	GATT Primary Services Discover by UUID
AT+UBTGSCD	GATT Service Characteristics Discover
AT+UBTGCDD	GATT Characteristic Descriptors Discover
AT+UBTGR	GATT Read
AT+UBTGRU	GATT Read characteristic by UUID
AT+UBTGW	GATT Write
AT+UBTGCCW	GATT Client Configuration Write
AT+UBTGWNR	GATT Write with No Response
AT+UBTGWL	GATT Write long

6.1.1 AT+UBTGPSD - GATT Primary Services Discover

List all GATT services on the GATT server.

Syntax

AT Command	Description
AT+UBTGPSD=<conn_handle>	Discover all primary services on the remote device.

Response	Description
+UBTGPSD:<conn_handle>,<start_handle>,<end_handle>,<uuid>	This response is sent for each service found.

Defined values

Parameter	Type	Description
conn_handle	integer	Bluetooth Low Energy connection handle.
start_handle	integer	Service start handle.
end_handle	integer	Service end handle.
uuid	byte_array	UUID of attribute. Either 16-bit or 128-bit.

6.1.2 AT+UBTGPSDU - GATT Primary Services Discover by UUID

Discovers all primary services by UUID on the remote device.

Syntax

AT Command	Description
AT+UBTGPSDU=<conn_handle>,<uuid>	Start discovery.

Response	Description
+UBTGPSDU:<conn_handle>,<start_handle>,<end_handle>	This response is sent for each service found.

Defined values

Parameter	Type	Description
conn_handle	integer	Bluetooth Low Energy connection handle.
uuid	byte_array	UUID of attribute. Either 16-bit or 128-bit.
start_handle	integer	Service start handle.
end_handle	integer	Service end handle.

6.1.3 AT+UBTGSCD - GATT Service Characteristics Discover

This command will list all characteristics belonging to a service on the GATT server.

Syntax

AT Command	Description
AT+UBTGSCD=<conn_handle>,<start>,<end>	Discover all characteristics of a service.

Response	Description
+UBTGSCD:<conn_handle>,<attr_handle>,<properties>,<value_handle>,<uuid>	This response is sent for each characteristic found.

Defined values

Parameter	Type	Description
start	integer	Service start handle.
end	integer	Service end handle.
attr_handle	integer	Attribute handle of the characteristic
properties	byte_array	Bit mask describing the properties of the characteristic
conn_handle	integer	Bluetooth Low Energy connection handle.
value_handle	integer	Attribute handle of the characteristic value.
uuid	byte_array	UUID of attribute. Either 16-bit or 128-bit.

6.1.4 AT+UBTGCDD - GATT Characteristic Descriptors Discover

Discover Characteristics Descriptors. This command will list all descriptors of a characteristic on the GATT server.

Syntax

AT Command	Description
AT+UBTGCDD=<conn_handle>,<value_handle>,<characteristic_end_handle>	Discover all descriptors of a characteristic.

Response	Description
+UBTGCDD:<conn_handle>,<char_handle>,<desc_handle>,<uuid>	This response is sent for each descriptor found.

Defined values

Parameter	Type	Description
char_handle	integer	Characteristic handle.
characteristic_end_handle	integer	End handle of characteristic to which descriptor discovery is being performed.
desc_handle	integer	Descriptor handle.
conn_handle	integer	Bluetooth Low Energy connection handle.
value_handle	integer	Attribute handle of the characteristic value.
uuid	byte_array	UUID of attribute. Either 16-bit or 128-bit.

6.1.5 AT+UBTGR - GATT Read

Read a characteristic value.

Syntax

AT Command	Description
AT+UBTGR=<conn_handle>,<value_handle>	Reads the characteristic; all bytes included.

Response	Description
+UBTGR:<conn_handle>,<value_handle>,<hex_data>	Successful read response.

Defined values

Parameter	Type	Description
conn_handle	integer	Bluetooth Low Energy connection handle.
value_handle	integer	Attribute handle of the characteristic value.
hex_data	byte_array	Characteristic data in hexadecimal form. For example, 070809AABBCC

6.1.6 AT+UBTGRU - GATT Read characteristic by UUID

Read GATT characteristic values by UUID.

Syntax

AT Command	Description
AT+UBTGRU=<conn_handle>,<start>,<end>,<uuid>	Read all the characteristics by UUID. It will read all the bytes in each characteristic.

Response	Description
+UBTGRU:<conn_handle>,<value_handle>,<hex_data>	Successful read response.

Defined values

Parameter	Type	Description
start	integer	Start handle.
end	integer	End handle.
conn_handle	integer	Bluetooth Low Energy connection handle.
uuid	byte_array	UUID of attribute. Either 16-bit or 128-bit.
value_handle	integer	Attribute handle of the characteristic value.
hex_data	byte_array	Characteristic data in hexadecimal form. For example, 070809AABBCC

6.1.7 AT+UBTGW - GATT Write

Write a characteristic value.

Syntax

AT Command	Description
AT+UBTGW=<conn_handle>,<value_handle>,<hex_data>	Write the characteristic value.

Defined values

Parameter	Type	Description
conn_handle	integer	Bluetooth Low Energy connection handle.
value_handle	integer	Attribute handle of the characteristic value.
hex_data	byte_array	Characteristic data in hexadecimal form. For example, 070809AABBCC

6.1.8 AT+UBTGCCW - GATT Client Configuration Write

Write characteristic configuration to enable notifications or indications.

Syntax

AT Command	Description
AT+UBTGCCW=<conn_handle>,<desc_handle>,<config>	Writes the client characteristic configuration.

Defined values

Parameter	Type	Description
desc_handle	integer	Descriptor handle.
config	enumerator	Valid values: 0: None 1: Enable notifications 2: Enable indications 3: Enable notifications and indications
conn_handle	integer	Bluetooth Low Energy connection handle.

6.1.9 AT+UBTGWNR - GATT Write with No Response

Write the characteristic with no response message from the remote side.

Syntax

AT Command	Description
AT+UBTGWNR=<conn_handle>,<value_handle>,<hex_data>	Write characteristic.

Defined values

Parameter	Type	Description
conn_handle	integer	Bluetooth Low Energy connection handle.
value_handle	integer	Attribute handle of the characteristic value.
hex_data	byte_array	Characteristic data in hexadecimal form. For example, 070809AABBCC

6.1.10 AT+UBTGWL - GATT Write long

Write a long characteristic.

Syntax

AT Command	Description
AT+UBTGWL=<conn_handle>,<value_handle>,<hex_data>,<reliable>,<flag>,<offset>	Write long characteristic.

Defined values

Parameter	Type	Description
reliable	enumerator	Valid values: 0: Not reliable 1: Reliable
flag	enumerator	Valid values: 0: Final data 1: More data 2: Cancel
offset	integer
conn_handle	integer	Bluetooth Low Energy connection handle.
value_handle	integer	Attribute handle of the characteristic value.
hex_data	byte_array	Characteristic data in hexadecimal form. For example, 070809AABBCC

6.2 Unsolicited Response Codes

Unsolicited Response Code	Description
+UEBTGCN	GATT Client Notification event
+UEBTGCI	GATT Client Indication event

6.2.1 +UEBTGCN - GATT Client Notification event

GATT Client Notification. This event is received when the remote side sends a notification.

Syntax

+UEBTGCN:<conn_handle>,<value_handle>,<hex_data>

Defined values

Parameter	Type	Description
conn_handle	integer	Bluetooth Low Energy connection handle.
value_handle	integer	Attribute handle of the characteristic value.
hex_data	byte_array	Characteristic data in hexadecimal form. For example, 070809AABBCC

6.2.2 +UEBTGCI - GATT Client Indication event

GATT Client Indication. This event is received when the remote side sends an indication.

Syntax

+UEBTGCI:<conn_handle>,<value_handle>,<hex_data>

Defined values

Parameter	Type	Description
conn_handle	integer	Bluetooth Low Energy connection handle.
value_handle	integer	Attribute handle of the characteristic value.
hex_data	byte_array	Characteristic data in hexadecimal form. For example, 070809AABBCC

7 GATT Server

GATT Server

7.1 AT Commands

AT Command	Description
AT+UBTGS	GATT Service define
AT+UBTGC	GATT Characteristic define
AT+UBTGHCC	GATT Host Controlled Characteristic
AT+UBTGD	GATT Descriptor define
AT+UBTGSA	GATT Service Activate.
AT+UBTGRRR	GATT Read Request Respond
AT+UBTGNS	GATT Notification Send
AT+UBTGIS	GATT Indication Send
AT+UBTGAV	GATT Attribute Value
AT+UBTGRRRE	GATT Read Request Respond with error code
AT+UBTGWRE	GATT Write Respond with Error code
AT+UBTGWRR	GATT Write Request Respond
AT+UBTGSCI	GATT Service Changed Indication

7.1.1 AT+UBTGS - GATT Service define

Command to define a GATT service according to a 16-bit Service Assigned Number from Bluetooth SIG or a 128-bit user defined service number.

Syntax

AT Command	Description
AT+UBTGS=<uuid>	Defines a service.

Response	Description
+UBTGS:<ser_handle>	Successful write response.

Defined values

Parameter	Type	Description
uuid	byte_array	UUID of service. This can be either 16 bit or 128 bit.
ser_handle	integer	Handle of the created service.

7.1.2 AT+UBTGC - GATT Characteristic define

Command to add a GATT characteristic to the most recent GATT service record created with AT+UBTGS.

Syntax

AT Command	Description
AT+UBTGC=<uuid>,<properties>,<security_read>,<security_write>,<value>[,<max_length>]	Create a new characteristic in the GATT table for a GATT server. The CCCD for the characteristic, if applicable, is created here. Extended properties such as CPFD, CUDD, and SCCD are not supported.

Response	Description
+UBTGC:<value_handle>,<cccd_handle>	Successful write response.

Defined values

Parameter	Type	Description
uuid	byte_array	UUID of characteristic. This can be either 16 bit or 128 bit.
value	byte_array	Default characteristic value before any value is pushed to it. A characteristic value can be 244 bytes long.
max_length	integer	Maximum length of the characteristic in bytes. The maximum value is 244 bytes. Valid values: 1..244
value_handle	integer	Added characteristic handle.
cccd_handle	integer	CCCD characteristic handle. This value is zero if there is no CCCD.
properties	byte_array	Property value (a bit field): Broadcast: 0x01 - If set, it allows broadcasts of the Characteristic Value using Characteristic Configuration Descriptor. Read: 0x02 - If set, it allows reads of the Characteristic Value. Write Without Response: 0x04 - If set, it allows writing of the Characteristic Value without response. Write: 0x08 - If set, it allows writing of the Characteristic Value with response. Notify: 0x10 - If set, it allows notifications of a characteristic value. Indicate: 0x20 - If set, it allows indication of a characteristic value with acknowledgement. Authenticated Signed Writes: 0x40 - If set, it allows signed writes to the characteristic value. Reserved Bit: 0x80 - Do not use. Reserved for future use. Valid length: 1 only
security_read	enumerator	Valid values: 1: No encryption required. 2: Unauthenticated encryption required. 3: Authenticated encryption required.
security_write	enumerator	Valid values: 1: No encryption required. 2: Unauthenticated encryption required. 3: Authenticated encryption required.

7.1.3 AT+UBTGHCC - GATT Host Controlled Characteristic

Create a new host controlled characteristic in the GATT table for a GATT server. The CCCD for the characteristic, if applicable, is created here. Extended properties such as CPFD, CUDD, and SCCD are not supported.

Syntax

AT Command	Description
AT+UBTGHCC=<uuid>,<properties>,<security_read>,<security_write>	Define a characteristic.

Response	Description
+UBTGHCC:<value_handle>,<cccd_handle>	Successful write response.

Defined values

Parameter	Type	Description
uuid	byte_array	UUID of characteristic. This can be either 16 bit or 128 bit.
value_handle	integer	Value handle of the added characteristic.
cccd_handle	integer	Client Characteristic Configuration Descriptor (CCCD) handle of the added characteristic. This value is zero if there is no CCCD.
properties	byte_array	Property value (a bit field): Broadcast: 0x01 - If set, it allows broadcasts of the Characteristic Value using Characteristic Configuration Descriptor. Read: 0x02 - If set, it allows reads of the Characteristic Value. Write Without Response: 0x04 - If set, it allows writing of the Characteristic Value without response. Write: 0x08 - If set, it allows writing of the Characteristic Value with response. Notify: 0x10 - If set, it allows notifications of a characteristic value. Indicate: 0x20 - If set, it allows indication of a characteristic value with acknowledgement. Authenticated Signed Writes: 0x40 - If set, it allows signed writes to the characteristic value. Reserved Bit: 0x80 - Do not use. Reserved for future use. Valid length: 1 only
security_read	enumerator	Valid values: 1: No encryption required. 2: Unauthenticated encryption required. 3: Authenticated encryption required.
security_write	enumerator	Valid values: 1: No encryption required. 2: Unauthenticated encryption required. 3: Authenticated encryption required.

7.1.4 AT+UBTGD - GATT Descriptor define

Define a vendor defined descriptor. Standard Bluetooth low energy descriptors such as CCCD are created while creating the characteristic in AT+UBTGC command.

Syntax

AT Command	Description
AT+UBTGD=<uuid>,<security_read>,<security_write>,<value>[,<max_length>]	Define descriptor.

Response	Description
+UBTGD:<desc_handle>	Successful write response.

Defined values

Parameter	Type	Description
uuid	byte_array	UUID of characteristic. This can be either 16 bit or 128 bit.
value	byte_array	Descriptor value. This can be 23 bytes long.
max_length	integer	Maximum length of the descriptor in bytes. The maximum value is 23 bytes. Valid values: 1..23
desc_handle	integer	Handle of the created descriptor.
security_read	enumerator	Valid values: 1: No encryption required. 2: Unauthenticated encryption required. 3: Authenticated encryption required.
security_write	enumerator	Valid values: 1: No encryption required. 2: Unauthenticated encryption required. 3: Authenticated encryption required.

7.1.5 AT+UBTGSA - GATT Service Activate

Activate the service defined with the AT+UBTGS command. After this command is issued, it is not possible to add more characteristics or descriptors to the service.

Syntax

AT Command	Description
AT+UBTGSA	Activate current defined service.

7.1.6 AT+UBTGRRR - GATT Read Request Respond

Respond to an unsolicited request to read (see +UEBTGRR) from a remote GATT client.

Syntax

AT Command	Description
AT+UBTGRRR=<conn_handle>,<value>	Responds to read request.

Defined values

Parameter	Type	Description
conn_handle	integer	GAP handle of the connected device.
value	byte_array	Characteristic value. This can be 244 bytes long.

7.1.7 AT+UBTGNS - GATT Notification Send

Send notifications to a remote client. This also updates the value of the characteristic.

Syntax

AT Command	Description
AT+UBTGNS=<conn_handle>,<char_handle>,<value>	Send notification

Defined values

Parameter	Type	Description
conn_handle	integer	GAP handle of the connected device.
char_handle	integer	Characteristic value handle.
value	byte_array	Characteristic value. The maximum length is the current MTU size - 3.

7.1.8 AT+UBTGIS - GATT Indication Send

Send indication to a remote client. This also updates the value of the characteristic.

Syntax

AT Command	Description
AT+UBTGIS=<conn_handle>,<char_handle>,<value>	Send notification

Defined values

Parameter	Type	Description
conn_handle	integer	GAP handle of the connected device.
char_handle	integer	Characteristic value handle.
value	byte_array	Characteristic value. The maximum length is the current MTU size - 3.

7.1.9 AT+UBTGAV - GATT Attribute Value

Update the value of an attribute. In case of characteristics which allow indications and notifications, this command will update the value without sending any indications or notifications to the remote side.

Syntax

AT Command	Description
AT+UBTGAV=<attr_handle>,<value>	Set attribute value.

Defined values

Parameter	Type	Description
attr_handle	integer	Attribute handle.
value	byte_array	Characteristic value. This can be 244 bytes long.

7.1.10 AT+UBTGRRRE - GATT Read Request Respond with error code

Respond to read request with application error code.

Syntax

AT Command	Description
AT+UBTGRRRE=<conn_handle>,<error_code>	Respond with error code.

Defined values

Parameter	Type	Description
conn_handle	integer	GAP handle of connected device.
error_code	byte_array	Application error code. Allowed value range: 0x80-0x9F Valid length: 1 only

7.1.11 AT+UBTGWRE - GATT Write Respond with Error code

Respond to write operation with application error code.

Syntax

AT Command	Description
AT+UBTGWRE=<conn_handle>,<error_code>	Respond with error code.

Defined values

Parameter	Type	Description
conn_handle	integer	GAP handle of connected device.
error_code	byte_array	Application error code. Allowed value range: 0x80-0x9F Valid length: 1 only

7.1.12 AT+UBTGWRR - GATT Write Request Respond

Accept write request from GATT client.

Syntax

AT Command	Description
AT+UBTGWRR=<conn_handle>	Respond to write request.

Defined values

Parameter	Type	Description
conn_handle	integer	GAP handle of connected device.

7.1.13 AT+UBTGSCI - GATT Service Changed Indication

Sends an indication to the remote peer client that the attribute table of the local GATT server has changed.

Syntax

AT Command	Description
AT+UBTGSCI=<conn_handle>,<start_handle>,<end_handle>	Send Service Changed Indication.

Defined values

Parameter	Type	Description
conn_handle	integer	GAP handle of connected device.
start_handle	integer	Start of the affected attribute handle range.
end_handle	integer	End of the affected attribute handle range.

7.2 Unsolicited Response Codes

Unsolicited Response Code	Description
+UEBTGCW	GATT Server Write event
+UEBTGRR	GATT Server Read Response event
+UEBTGIC	GATT Server Indication Confirmation event

7.2.1 +UEBTGCW - GATT Server Write event

Unsolicited response code for GATT Server. This event occurs when a remote client writes to an attribute.

Syntax

+UEBTGCW:<conn_handle>,<value_handle>,<value>,<options>

Defined values

Parameter	Type	Description
conn_handle	integer	GAP connection handle.
value_handle	integer	Characteristic value handle.
value	byte_array	The data as hex string. For example, 070809AABBCC
options	enumerator	Valid values: 0: Write without Response performed 1: Write with Response performed 2: Write long performed

7.2.2 +UEBTGRR - GATT Server Read Response event

Unsolicited response code for GATT Server. This event occurs when a remote client reads an attribute over the air. The event should be responded with AT+UBTGRRR.

Syntax

+UEBTGRR:<conn_handle>,<value_handle>

Defined values

Parameter	Type	Description
conn_handle	integer	Handle of the connected device.
value_handle	integer	Handle of the characteristic value.

7.2.3 +UEBTGIC - GATT Server Indication Confirmation event

Unsolicited response code for GATT Server. This event occurs when a remote GATT client acknowledges the receipt of an indication message sent using AT+UBTGIS.

Syntax

+UEBTGIC:<conn_handle>,<char_handle>

Defined values

Parameter	Type	Description
conn_handle	integer	Connected device handle.
char_handle	integer	Characteristic value handle.

8 SPS

SPS - Serial Port Service

8.1 AT Commands

AT Command	Description
AT+USPSC	SPS Connect
AT+USPS	SPS - Enable/Disable Service
AT+USPSWS	SPS Write String
AT+USPSWB	SPS Write Binary
AT+USPSRM	SPS Receive Mode
AT+USPSRS	SPS Read String
AT+USPSRB	SPS Read Binary

8.1.1 AT+USPSC - SPS Connect

SPS connect on connected Bluetooth device

Syntax

AT Command	Description
AT+USPSC=<conn_handle>[,<flow_control>]	SPS connect on connected Bluetooth device

Defined values

Parameter	Type	Description
conn_handle	integer	Connection handle of remote peer
flow_control	integer	Flow control: 0 - no flow control, 1 - flow control

8.1.2 AT+USPS - SPS - Enable/Disable Service

Enable or disable the SPS service

Syntax

AT Command	Description
AT+USPS=<sps_service_option>	Enables or disable the SPS Service. Notes: Can be stored using AT&W.
AT+USPS?	Read if the SPS service is enabled or disabled.

Response	Description
+USPS:<sps_service_option>	Successful read response.

Defined values

Parameter	Type	Description
sps_service_option	enumerator	Valid values: 0: This option disables the SPS service after saving the configuration and restarting the device. (Default) 1: This option enables the SPS service directly. If this option is set, and the configuration is saved, SPS will be enabled after reboot.

8.1.3 AT+USPSWS - SPS Write String

Write to a peer through SPS

Syntax

AT Command	Description
AT+USPSWS=<conn_handle>,<string_data>	Write SPS data

Response	Description
+USPSWS:<conn_handle>,<written_length>	Successful write response

Defined values

Parameter	Type	Description
conn_handle	integer	Connection handle of remote peer which has SPS enabled
string_data	string	Data encoded as ascii chars. Valid length: 1..1000
written_length	integer	Data length that was written.

8.1.4 AT+USPSWB - SPS Write Binary

Syntax

AT Command	Description
AT+USPSWB=<conn_handle><binary_packet>	Writes the specified amount of data to the specified SPS connection in binary mode. Max 1000 bytes.

Response	Description
+USPSWB:<conn_handle>,<written_length>	Successful write response

Defined values

Parameter	Type	Description
conn_handle	integer	Connection handle of remote peer which has SPS enabled
written_length	integer	Data length that was written.
binary_packet	binary	The binary packet contains of the binary header (three bytes) and the binary content, see Binary for more information.

8.1.5 AT+USPSRM - SPS Receive Mode

Syntax

AT Command	Description
AT+USPSRM=<read_mode>	Set the mode in which to receive SPS data in AT mode. Notes: Can be stored using AT&W.
AT+USPSRM?	Read mode set.

Response	Description
+USPSRM:<read_mode>	Successful read response.

Defined values

Parameter	Type	Description
read_mode	enumerator	Modes to read data in AT Valid values: 0: Buffered mode 1: Direct String mode 2: Direct Binary Mode

8.1.6 AT+USPSRS - SPS Read String

Syntax

AT Command	Description
AT+USPSRS=<conn_handle>,<length>	Reads the specified amount of data from given connection handle. Note that the data should include no null terminator characters.

Response	Description
+USPSRS:<conn_handle>,<length>,<string_data>	Successful read response.

Defined values

Parameter	Type	Description
length	integer	Data bytes to read. Valid values: 0..1000
conn_handle	integer	Connection handle of remote peer
string_data	string	SPS data in string format

8.1.7 AT+USPSRB - SPS Read Binary

Syntax

AT Command	Description
AT+USPSRB=<conn_handle>,<length>	Reads the specified amount of data from the specified connection handle in binary mode.

Response	Description
+USPSRB:<conn_handle><binary_packet>	Successful read response.

Defined values

Parameter	Type	Description
length	integer	Data bytes to read. Valid values: 0..1000
conn_handle	integer	Connection handle of remote peer
binary_packet	binary	The binary packet contains of the binary header (three bytes) and the binary content, see Binary for more information.

8.2 Unsolicited Response Codes

Unsolicited Response Code	Description
+UESPSC	SPS Connection event
+UESPSDC	SPS Disconnection event
+UESPSDS	SPS Data String event
+UESPSDB	SPS Data Binary event
+UESPSDA	SPS Data Available event

8.2.1 +UESPSC - SPS Connection event

Event response for SPS Connect. Upon a successful SPS connection, conn_handle will contain the connection handle of the remote peer.

Syntax

+UESPSC:<conn_handle>

Defined values

Parameter	Type	Description
conn_handle	integer	Connection handle of remote peer

8.2.2 +UESPSDC - SPS Disconnection event

Event response for SPS Connect. Upon a SPS disconnection, conn_handle will contain the connection handle of the remote peer.

Syntax

+UESPSDC:<conn_handle>

Defined values

Parameter	Type	Description
conn_handle	integer	Connection handle of remote peer

8.2.3 +UESPSDS - SPS Data String event

Unsolicited event containing SPS data as a string received from remote peer.

Syntax

+UESPSDS:<conn_handle>,<string_data>

Defined values

Parameter	Type	Description
conn_handle	integer	Connection handle of remote peer
string_data	string	SPS data in string format

8.2.4 +UESPSDB - SPS Data Binary event

Unsolicited event containing SPS data in binary format.

Syntax

+UESPSDB:<conn_handle><binary_packet>

Defined values

Parameter	Type	Description
conn_handle	integer	Connection handle of remote peer
binary_packet	binary	The binary packet contains of the binary header (three bytes) and the binary content, see Binary for more information.

8.2.5 +UESPSDA - SPS Data Available event

Unsolicited event containing the number of received bytes to read.

Syntax

+UESPSDA:<conn_handle>,<number_bytes>

Defined values

Parameter	Type	Description
number_bytes	integer	Number of bytes available to read.
conn_handle	integer	Connection handle of remote peer

9 Wi-Fi

Wi-Fi Commands

9.1 AT Commands

AT Command	Description
AT+UWHN	Wi-Fi Host Name
AT+UWSSE	Wi-Fi Station Enterprise security
AT+UWSS	Wi-Fi Security Config
AT+UWSSP	Wi-Fi Station PEAP security
AT+UWSSW	Wi-Fi Station Security WPA
AT+UWSSO	Wi-Fi Station Security Open
AT+UWSCP	Wi-Fi Station Connection Parameters
AT+UWSIPS	Wi-Fi Station IP Static configuration
AT+UWSIPD	Wi-Fi Station IP with DHCP
AT+UWSIP	Wi-Fi Station IP configuration
AT+UWSC	Wi-Fi Station Connect
AT+UWSDC	Wi-Fi Station Disconnect
AT+UWSNST	Wi-Fi Station Network Status
AT+UWRD	Wi-Fi Regulatory Domain
AT+UWSSC	Wi-Fi Station Scan
AT+UWSST	Wi-Fi Station Status
AT+UWAPA	Wi-Fi Access Point Activate
AT+UWAPD	Wi-Fi Access Point Deactivate
AT+UWAPCP	Wi-Fi AP Connection Parameters
AT+UWAPSW	Wi-Fi AP Security WPA
AT+UWAPSO	Wi-Fi AP Security Open
AT+UWAPS	Wi-Fi AP Security
AT+UWAPCS	Wi-Fi Access Point Connected Stations
AT+UWAPNST	Wi-Fi Access Point Network Status

9.1.1 AT+UWHN - Wi-Fi Host Name

Set hostname for Wi-Fi interfaces. Note that AP and Station will both use the stored hostname

Syntax

AT Command	Description
AT+UWHN=<host_name>	Set the Host Name Notes: Can be stored using AT&W.
AT+UWHN?	Reads the current hostname

Response	Description
+UWHN:<host_name>	Successful read response

Defined values

Parameter	Type	Description
host_name	string	Valid length: 0..40 Default value: NORA-W36-xxxxxxxxxxxx where xxxxxxxxxxxx is the Wi-Fi station mac address If the hostname is set to "" it will be restored to the factory value after reset

9.1.2 AT+UWSSE - Wi-Fi Station Enterprise security

Configure enterprise security. Certificates must be uploaded to the module before being used in this command, see AT+USECUB

Syntax

AT Command	Description
AT+UWSSE=<wlan_handle>,<ca_name>,<client_cert_name>,<client_key_name>	Set the EAP-TLS connection parameters to use.

Defined values

Parameter	Type	Description
wlan_handle	integer	Handle to use for Wi-Fi config and connection Valid values: 0 only
ca_name	string	Name of the certificate authority (CA) certificate to use Valid length: 1..32
client_cert_name	string	Name of the client certificate to use Valid length: 1..32
client_key_name	string	Name of the private key for client certificate Valid length: 1..32

9.1.3 AT+UWSS - Wi-Fi Security Config

Read the current security parameter configuration, for Wi-Fi station

Syntax

AT Command	Description
AT+UWSS=<wlan_handle>	Get the current Wi-Fi station security config

Response	Description
+UWSS:<wlan_handle>,<security_mode>,<wpa_threshold>	Response if security mode is WPA
+UWSS:<wlan_handle>,<security_mode>	Response if security mode is Open
+UWSS:<wlan_handle>,<security_mode>,<ca_name>,<client_cert_name>,<client_key_name>	Response if security mode is EAP-TLS
+UWSS:<wlan_handle>,<security_mode>,<username>,<ca_name>	Response if security mode is PEAP

Defined values

Parameter	Type	Description
wlan_handle	integer	Handle to use for Wi-Fi config and connection Valid values: 0 only
security_mode	enumerator	The current security mode. Valid values: 0: Open security 1: WPA security 2: EAP-TLS security 3: PEAP security
wpa_threshold	enumerator	Lowest WPA version to connect to Valid values: 0: Only connect to access points that support WPA2 or up 1: Only connect to access points that support WPA3 Default value: 0
ca_name	string	Name of the certificate authority (CA) certificate to use Valid length: 1..32
client_cert_name	string	Name of the client certificate to use Valid length: 1..32
client_key_name	string	Name of the private key for client certificate Valid length: 1..32
username	string	User name for PEAP authentication. Valid length: 1..31

9.1.4 AT+UWSSP - Wi-Fi Station PEAP security

Configure PEAP security. CA certificate must be uploaded first if used here, see AT+USECUB

Syntax

AT Command	Description
AT+UWSSP=<wlan_handle>,<peap_user>,<peap_password>[,<ca_name>]	Set the PEAP connection parameters to use. Notes: Can be stored using AT&W.

Defined values

Parameter	Type	Description
wlan_handle	integer	Handle to use for Wi-Fi config and connection Valid values: 0 only
peap_user	string	User name for PEAP authentication. Could be either only username or username@domain. Use @ as separator Valid length: 1..31
peap_password	string	Password for PEAP authentication. Valid length: 1..31
ca_name	string	Name of the certificate authority (CA) certificate to use Valid length: 1..32

9.1.5 AT+UWSSW - Wi-Fi Station Security WPA

Configure WPA security

Syntax

AT Command	Description
AT+UWSSW=<wlan_handle>,<passphrase>,<wpa_threshold>	Set WPA connection parameters to use Notes: Can be stored using AT&W.

Defined values

Parameter	Type	Description
wlan_handle	integer	Handle to use for Wi-Fi config and connection Valid values: 0 only
passphrase	string	Passphrase to use for WPA connection Valid length: 8..63
wpa_threshold	enumerator	Lowest WPA version to connect to Valid values: 0: Only connect to access points that support WPA2 or up 1: Only connect to access points that support WPA3 Default value: 0

9.1.6 AT+UWSSO - Wi-Fi Station Security Open

Configure open security

Syntax

AT Command	Description
AT+UWSSO=<wlan_handle>	Sets security to open security Notes: Can be stored using AT&W.

Defined values

Parameter	Type	Description
wlan_handle	integer	Handle to use for Wi-Fi config and connection Valid values: 0 only

9.1.7 AT+UWSCP - Wi-Fi Station Connection Parameters

Syntax

AT Command	Description
AT+UWSCP=<wlan_handle>,<ssid>	Sets the connection parameters for the connection. Notes: Can be stored using AT&W.
AT+UWSCP=<wlan_handle>	Reads the connection parameters for the connection.

Response	Description
+UWSCP:<wlan_handle>,<ssid>	Successful read response

Defined values

Parameter	Type	Description
wlan_handle	integer	Handle to use for Wi-Fi config and connection Valid values: 0 only
ssid	string	SSID Valid length: 0..32

9.1.8 AT+UWSIPS - Wi-Fi Station IP Static configuration

Syntax

AT Command	Description
AT+UWSIPS=<wlan_handle>,<ip_addr>,<subnet_mask>,<gateway>[,<prim_dns>[,<sec_dns>]]	Sets ip configuration to use static ip Notes: Can be stored using AT&W.

Defined values

Parameter	Type	Description
wlan_handle	integer	Handle to use for Wi-Fi config and connection Valid values: 0 only
ip_addr	ip_addr	Static IPv4 address Default value: 0.0.0.0
subnet_mask	ip_addr	Subnet mask Default value: 0.0.0.0
gateway	ip_addr	IPv4 gateway address Default value: 0.0.0.0
prim_dns	ip_addr	IPv4 primary dns address Default value: 0.0.0.0
sec_dns	ip_addr	IPv4 secondary dns address Default value: 0.0.0.0

9.1.9 AT+UWSIPD - Wi-Fi Station IP with DHCP

Syntax

AT Command	Description
AT+UWSIPD=<wlan_handle>	Sets ip configuration to receive ip address via dhcp Notes: Can be stored using AT&W.

Defined values

Parameter	Type	Description
wlan_handle	integer	Handle to use for Wi-Fi config and connection Valid values: 0 only

9.1.10 AT+UWSIP - Wi-Fi Station IP configuration

Syntax

AT Command	Description
AT+UWSIP=<wlan_handle>	Read the current configuration for IP address assignment

Response	Description
+UWSIP:<wlan_handle>,<ip_mode>	Response if IP mode is DHCP
+UWSIP:<wlan_handle>,<ip_mode>,<ip_addr>,<subnet_mask>,<gateway>,<prim_dns>,<sec_dns>	Response if IP mode is set to be static

Defined values

Parameter	Type	Description
wlan_handle	integer	Handle to use for Wi-Fi config and connection Valid values: 0 only
ip_mode	enumerator	IP assignment Valid values: 0: DHCP 1: Static IP
ip_addr	ip_addr	Static IPv4 address Default value: 0.0.0.0
subnet_mask	ip_addr	Subnet mask Default value: 0.0.0.0
gateway	ip_addr	IPv4 gateway address Default value: 0.0.0.0
prim_dns	ip_addr	IPv4 primary dns address Default value: 0.0.0.0
sec_dns	ip_addr	IPv4 secondary dns address Default value: 0.0.0.0

9.1.11 AT+UWSC - Wi-Fi Station Connect

Syntax

AT Command	Description
AT+UWSC=<wlan_handle>	Initiate connection to Wi-Fi network Notes: Can be stored using AT&W.

Defined values

Parameter	Type	Description
wlan_handle	integer	Handle to use for Wi-Fi config and connection Valid values: 0 only

9.1.12 AT+UWSDC - Wi-Fi Station Disconnect

Syntax

AT Command	Description
AT+UWSDC	Disconnect from Wi-Fi network Notes: Can be stored using AT&W.

9.1.13 AT+UWSNST - Wi-Fi Station Network Status

Syntax

AT Command	Description
AT+UWSNST=<status_id>	Show current status of Wi-Fi station network interface
AT+UWSNST?	Show current status of Wi-Fi station network interface

Response	Description
+UWSNST:<status_id>,<status_val>	Send for every applicable status

Defined values

Parameter	Type	Description
status_id	enumerator	Valid values: 0: The current IPv4 address. Note: If network is down this will be 0.0.0.0 regardless of IP setting 1: The current subnet mask Note: If network is down this will be 0.0.0.0 regardless of IP setting 2: The current gateway Note: If network is down this will be 0.0.0.0 regardless of IP setting 3: The current primary DNS server Note: If network is down this will be 0.0.0.0 regardless of IP setting 4: The current secondary DNS server Note: If network is down this will be 0.0.0.0 regardless of IP setting 5: The current IPv6 link local address Note: If network is down this will be [0000:0000:0000:0000:0000:0000:0000:0000] regardless of IP setting
status_val	ip_addr	IP address

9.1.14 AT+UWRD - Wi-Fi Regulatory Domain

Syntax

AT Command	Description
AT+UWRD=<reg_domain>	Set the regulatory domain for all Wi-Fi interfaces. This will configure the channel list and power levels for Wi-Fi. Make sure to set the correct code for the region the device will be operating in. Both 2.4 and 5 GHz band is always operative. Set the domain before starting AP or Station Notes: Can be stored using AT&W.
AT+UWRD?	Read regulatory domain

Response	Description
+UWRD:<reg_domain>	Current regulatory domain

Defined values

Parameter	Type	Description
reg_domain	enumerator	Regulatory domain Valid values: 0: World Supported Channels; 1-11 36,40,44,48 52,56,60,64 1: ETSI Supported Channels; 1-13 36,40,44,48 52,56,60,64 100,104,108,112,116,120,124,128,132,136,140 149,153,157,161,165 2: FCC Supported Channels; 1-11 36,40,44,48 52,56,60,64 100,104,108,112,116,120,124,128,132,136,140 149,153,157,161,165 3: IC/ISED Supported Channels; 1-11 36,40,44,48 52,56,60,64 100,104,108,112,116,132,136,140,144 149,153,157,161,165 4: NZ/BR Supported Channels; 1-13 36,40,44,48 52,56,60,64 100,104,108,112,116,120,124,128,132,136,140,144 149,153,157,161,165 NOTE: Certification pending. DO NOT USE without certifying the end product 5: MKK/Japan Supported Channels; 1-14 36,40,44,48 52,56,60,64 100,104,108,112,116,120,124,128,132,136,140,144 NOTE: Certification pending. DO NOT USE without certifying the end product 6: NCC/Taiwan Supported Channels; 1-11 52,56,60,64 100,104,108,112,116,132,136,140 NOTE: Certification pending. DO NOT USE without certifying the end product 7: ACMA/AU Supported Channels; 1-13 36,40,44,48 52,56,60,64 100,104,108,112,116,132,136,140,144 149,153,157,161,165 NOTE: Certification pending. DO NOT USE without certifying the end product 8: KCC Supported Channels; 1-13 36,40,44,48 52,56,60,64 100,104,108,112,116,120,124,128,132,136,140,144 149,153,157,161,165 NOTE: Certification pending. DO NOT USE without certifying the end product 9: SA/South Africa Supported Channels; 1-13 36,40,44,48 52,56,60,64 100,104,108,112,116,120,124,128,132,136,140 NOTE: Certification pending. DO NOT USE without certifying the end product

9.1.15 AT+UWSSC - Wi-Fi Station Scan

Syntax

AT Command	Description
AT+UWSSC	Initiate synchronous Wi-Fi scan (will lock AT interface until scan has finished)
AT+UWSSC=<scan_mode>[,<ssid>]	Initiate synchronous Wi-Fi scan (will lock AT interface until scan has finished)

Response	Description
+UWSSC:<bssid>,<ssid>,<channel>,<rssi>,<authentication_suites>,<unicast_ciphers>,<group_ciphers>	Successful scan response

Defined values

Parameter	Type	Description
scan_mode	enumerator	Choose how to scan Valid values: 0: Active 1: Passive Default value: Active
bssid	mac_addr	BSSID
ssid	string	SSID Valid length: 0..32
channel	integer	Channel
rssi	integer	RSSI
authentication_suites	integer	Authentication suites. Bit 0 = shared secret, 1 = PSK, 2 = EAP, 3 = WPA, 4 = WPA2, 5 = WPA3
unicast_ciphers	integer	unicast ciphers. Bit 0 = WEP64, 1 = WEP128, 2 = TKIP, 3 = AES/CCMP
group_ciphers	integer	group ciphers. Bit 0 = WEP64, 1 = WEP128, 2 = TKIP, 3 = AES/CCMP

9.1.16 AT+UWSST - Wi-Fi Station Status

Syntax

AT Command	Description
AT+UWSST=<wifi_status_id>	Read status
AT+UWSST	Read status

Response	Description
+UWSST:<wifi_status_id>,<ssid>	Read response for SSID
+UWSST:<wifi_status_id>,<bssid>	Read response for BSSID
+UWSST:<wifi_status_id>,<int_val>	Read response for Channel, Connection status and RSSI

Defined values

Parameter	Type	Description
ssid	string	SSID Valid length: 0..32
wifi_status_id	enumerator	Valid values: 0: SSID of the connected AP 1: BSSID of the connected AP 2: Active channel 3: Connection status, 1 = not connected, 2 = Connected 4: RSSI value of the current connection; will return -32768, if not connected.
int_val	integer	RSSI, Connection status or Channel
bssid	mac_addr	BSSID of the connected access point

9.1.17 AT+UWAPA - Wi-Fi Access Point Activate

Syntax

AT Command	Description
AT+UWAPA	Start an access point with the current access point configuration. Notes: Can be stored using AT&W.

9.1.18 AT+UWAPD - Wi-Fi Access Point Deactivate

Syntax

AT Command	Description
AT+UWAPD	Brings down Wi-Fi access point and disconnect all connected stations Notes: Can be stored using AT&W.

9.1.19 AT+UWAPCP - Wi-Fi AP Connection Parameters

Syntax

AT Command	Description
AT+UWAPCP=<ssid>[,<channel>]	Sets connection parameters for the AP configuration Notes: Can be stored using AT&W.
AT+UWAPCP?	Read the current connection parameters

Response	Description
+UWAPCP:<ssid>,<channel>	Successful read response

Defined values

Parameter	Type	Description
ssid	string	SSID Valid length: 0..32
channel	enumerator	channel Valid values: 1: 1 2: 2 3: 3 4: 4 5: 5 6: 6 7: 7 8: 8 9: 9 10: 10 11: 11 36: 36 40: 40 44: 44 48: 48 Default value: 6

9.1.20 AT+UWAPSW - Wi-Fi AP Security WPA

Syntax

AT Command	Description
AT+UWAPSW=<passphrase>[,<wpa_version>]	Sets WPA parameters for the AP config Notes: Can be stored using AT&W.

Defined values

Parameter	Type	Description
passphrase	string	Passphrase to use Valid length: 8..63
wpa_version	enumerator	Valid values: 0: WPA 2 Default value: WPA 2

9.1.21 AT+UWAPSO - Wi-Fi AP Security Open

Syntax

AT Command	Description
AT+UWAPSO	Sets security level to open for the AP config Notes: Can be stored using AT&W.

9.1.22 AT+UWAPS - Wi-Fi AP Security

Syntax

AT Command	Description
AT+UWAPS?	Get the current security configuration for Wi-Fi AP

Response	Description
+UWAPS:<security_mode>,<wpa_version>	Response if security mode is WPA
+UWAPS:<security_mode>	Response if security mode is Open

Defined values

Parameter	Type	Description
security_mode	enumerator	The current security mode. Valid values: 0: Open security 1: WPA security 2: EAP-TLS security 3: PEAP security
wpa_version	enumerator	Valid values: 0: WPA 2 Default value: WPA 2

9.1.23 AT+UWAPCS - Wi-Fi Access Point Connected Stations

Syntax

AT Command	Description
AT+UWAPCS?	Get a list of connected stations. One response will be sent for each connected station

Response	Description
+UWAPCS:<mac>	A station that is connected to the access point

Defined values

Parameter	Type	Description
mac	mac_addr	MAC address of the connected Wi-Fi Station

9.1.24 AT+UWAPNST - Wi-Fi Access Point Network Status

Syntax

AT Command	Description
AT+UWAPNST=<status_id>	Show current status of Wi-Fi station network interface
AT+UWAPNST?	Show current status of Wi-Fi station network interface

Response	Description
+UWAPNST:<status_id>,<status_val>	Send for every applicable status

Defined values

Parameter	Type	Description
status_id	enumerator	Valid values: 0: The current IPv4 address. Note: If network is down this will be 0.0.0.0 regardless of IP setting 1: The current subnet mask Note: If network is down this will be 0.0.0.0 regardless of IP setting 2: The current gateway Note: If network is down this will be 0.0.0.0 regardless of IP setting 3: The current primary DNS server Note: If network is down this will be 0.0.0.0 regardless of IP setting 4: The current secondary DNS server Note: If network is down this will be 0.0.0.0 regardless of IP setting 5: The current IPv6 link local address Note: If network is down this will be [0000:0000:0000:0000:0000:0000:0000:0000] regardless of IP setting
status_val	ip_addr	IP address

9.2 Unsolicited Response Codes

Unsolicited Response Code	Description
+UEWLU	Wi-Fi Link Up event
+UEWLD	Wi-Fi Link Down event
+UEWSNU	Wi-Fi Station Network Up event
+UEWSND	Wi-Fi Station Network Down event
+UEWAPNU	Wi-Fi Access Point Network Up event
+UEWAPND	Wi-Fi Access Point Network Down event
+UEWAPU	Wi-Fi Access Point Up event
+UEWAPD	Wi-Fi Access Point Down event
+UEWAPSA	Wi-Fi AccessPoint Station Associated event
+UEWAPSDA	Wi-Fi AccessPoint Station Disassociated event

9.2.1 +UEWLU - Wi-Fi Link Up

This event is sent when Wi-Fi Link goes up

Syntax

+UEWLU:<wlan_handle>,<bssid>,<channel>

Defined values

Parameter	Type	Description
wlan_handle	integer	Handle to use for Wi-Fi config and connection Valid values: 0 only
channel	integer	Connected channel
bssid	mac_addr	BSSID of the connected access point

9.2.2 +UEWLD - Wi-Fi Link Down

This event is sent when Wi-Fi Link goes down

Syntax

+UEWLD:<wlan_handle>,<reason>

Defined values

Parameter	Type	Description
wlan_handle	integer	Handle to use for Wi-Fi config and connection Valid values: 0 only
reason	integer	Standard 802.11 reason codes

9.2.3 +UEWSNU - Wi-Fi Station Network Up event

This event is sent when Wi-Fi Station network is up

Syntax

+UEWSNU

9.2.4 +UEWSND - Wi-Fi Station Network Down event

This event is sent when Wi-Fi Station network is down

Syntax

+UEWSND

9.2.5 +UEWAPNU - Wi-Fi Access Point Network Up event

This event is sent when Wi-Fi Access Point network is up

Syntax

+UEWAPNU

9.2.6 +UEWAPND - Wi-Fi Access Point Network Down event

This event is sent when Wi-Fi Access Point network is down

Syntax

+UEWAPND

9.2.7 +UEWAPU - Wi-Fi Access Point Up event

This event is sent when Wi-Fi Access Point is started

Syntax

+UEWAPU

9.2.8 +UEWAPD - Wi-Fi Access Point Down event

This event is sent when Wi-Fi Access Point is stopped

Syntax

+UEWAPD

9.2.9 +UEWAPSA - Wi-Fi AccessPoint Station Associated event

This event is sent when a Wi-Fi station has associated with the Wi-Fi Access point

Syntax

+UEWAPSA:<mac>

Defined values

Parameter	Type	Description
mac	mac_addr	Mac address of the connected Wi-Fi station

9.2.10 +UEWAPSDA - Wi-Fi AccessPoint Station Disassociated event

This event is sent when a Wi-Fi station has disassociated with the Wi-Fi Access point

Syntax

+UEWAPSDA:<mac>

Defined values

Parameter	Type	Description
mac	mac_addr	MAC address of the connected Wi-Fi station

10 Socket

The socket AT commands are used for creating and interfacing TCP/UDP sockets.

10.1 AT Commands

AT Command	Description
AT+USOCR	Create Socket
AT+USOPCR	Create Persistent Socket
AT+USOTLS	Socket TLS
AT+USOC	Socket Connect
AT+USOP	Socket Persistent
AT+USOPR	Socket Persistent Remove
AT+USOPL	Socket Persistent List
AT+USORM	Socket Receive Mode
AT+USOWS	Socket Write String
AT+USOWB	Socket Write Binary
AT+USOCL	Close socket
AT+USORS	Read Socket String
AT+USORB	Socket Read Binary
AT+USOE	Socket Error
AT+USOL	Socket Listen
<">AT+USORF	Socket Read From
AT+USOPA	Socket Peer Address
AT+USOST	Socket Status
AT+USOO	Socket Options
AT+USOH	Socket Host by Name

10.1.1 AT+USOCR - Create Socket

Syntax

AT Command	Description
AT+USOCR=<protocol>[,<preferred_protocol_type>]	Creates a socket and associates it with the specified protocol (TCP or UDP).

Response	Description
+USOCR:<socket_handle>	Successful creation of socket.

Defined values

Parameter	Type	Description
protocol	enumerator	IP protocol. Valid values: 6: TCP 17: UDP
preferred_protocol_type	enumerator	Selects the IP address type to use. Valid values: 0: IPv4 address. 1: IPv6 address. Default value: 0
socket_handle	integer	Socket identifier be used for any operation on that socket.

10.1.2 AT+USOPCR - Create Persistent Socket

Syntax

AT Command	Description
AT+USOPCR=<protocol>[,<preferred_protocol_type>]	Creates a persistent socket and associates it with the specified protocol (TCP or UDP). A persistent socket will automatically re-connect when connection is lost. It can also be stored so that the connection initiated on boot. Note: Only TCP client supported for persistent sockets.

Response	Description
+USOPCR:<socket_handle>	Successful creation of persistent socket.

Defined values

Parameter	Type	Description
protocol	enumerator	IP protocol. Valid values: 6: TCP 17: UDP
preferred_protocol_type	enumerator	Selects the IP address type to use. Valid values: 0: IPv4 address. 1: IPv6 address. Default value: 0
socket_handle	integer	Socket identifier be used for any operation on that socket.

10.1.3 AT+USOTLS - Socket TLS

Syntax

AT Command	Description
AT+USOTLS=<socket_handle>,<tls_version>[,<ca_name>[,<client_cert_name>,<client_key_name>]]	Add a TLS context to a socket. This is only valid for TCP client sockets.
AT+USOTLS=<socket_handle>	Get the TLS context information for a socket.

Response	Description
+USOTLS:<socket_handle>,<tls_version>,<ca_name>,<client_cert_name>,<client_key_name>	Successful response with the TLS context information for the specified socket. The response includes the TLS version, CA name, client certificate name, and client key name.

Defined values

Parameter	Type	Description
tls_version	enumerator	Minimum TLS version to use Valid values: 0: Disable TLS 1: TLS 1.2 or up
ca_name	string	Name of the certificate authority (CA) certificate to use Valid length: 1..32
client_cert_name	string	Name of the client certificate to use Valid length: 1..32
client_key_name	string	Name of the private key for client certificate Valid length: 1..32
socket_handle	integer	Socket identifier be used for any operation on that socket.

10.1.4 AT+USOC - Socket Connect

For a TCP socket, this command will perform the TCP negotiation (3-way handshake) to open a connection and for a UDP socket this command will just declare the remote host address and port for later use with other socket operations.

Syntax

AT Command	Description
AT+USOC=<socket_handle>,<host_address>,<remote_port>	Establish a peer-to-peer connection to the specified remote host on the given remote port.

Defined values

Parameter	Type	Description
host_address	string	Remote host IP address or domain name of the remote host. Valid length: 0..128
socket_handle	integer	Socket identifier be used for any operation on that socket.
remote_port	integer	The port of the remote peer. Valid values: 1..65535

Notes

This command is non-blocking by default (can be configured with AT+USOO).

Notes for TCP sockets:
When socket is non-blocking (default), a connection is not fully set up until +UESOC URC is received.

Notes for UDP sockets:
Errors will not be reported prior to an attempt to write or read data on the socket.
Since UDP is connectionless no +UESOC event will be sent, instead as soon as this command return OK the socket is ready for reading/writing data.

10.1.5 AT+USOP - Socket Persistent

Syntax

AT Command	Description
AT+USOP=<socket_handle>,<host_address>,<remote_port>	Configure a TCP link with automatic re-connection. As opposed to AT+USOC, this command will not initiate a connection directly but is used for configuring a link that is automatically setup on boot. Notes: Requires AT&W and a reboot before taking effect.

Defined values

Parameter	Type	Description
host_address	string	Remote host IP address or domain name. Valid length: 0..128
socket_handle	integer	Socket identifier be used for any operation on that socket.
remote_port	integer	The port of the remote peer. Valid values: 1..65535

Example

Example of setting up a persistent TCP client connection that is loaded on boot:
AT+USOCR=6,0
AT+USOP=0,192.168.0.10,30123
AT&W
AT+CPWROFF
Please note that WiFi must also be setup.

Notes

Only one configuration is supported at the moment.

Only TCP client is supported at the moment.

10.1.6 AT+USOPR - Socket Persistent Remove

Syntax

AT Command	Description
AT+USOPR=<config_id>	Removes an persistent socket configuration created by AT+USOPCR. Notes: Can be stored using AT&W.

Defined values

Parameter	Type	Description
config_id	integer	Configuration ID

Notes

The corresponding socket will be automatically closed.

10.1.7 AT+USOPL - Socket Persistent List

Syntax

AT Command	Description
AT+USOPL?	List all persistent socket configurations.

Response	Description
+USOPL:<socket_handle>,<host_address>,<remote_port>	The response for each persistent configuration.

Defined values

Parameter	Type	Description
config_id	integer	Configuration ID.
host_address	string	Remote host IP address or domain name of the remote host. Valid length: 0..128
socket_handle	integer	Socket identifier be used for any operation on that socket.
remote_port	integer	The port of the remote peer. Valid values: 1..65535

10.1.8 AT+USORM - Socket Receive Mode

Syntax

AT Command	Description
AT+USORM=<read_mode>	Set the mode in which you would like to receive data in AT mode. Notes: Any created sockets or created persistent sockets will use the same receive mode as was configured when they were created Can be stored using AT&W.
AT+USORM?	Read the current receive mode

Response	Description
+USORM:<read_mode>	Successful read response

Defined values

Parameter	Type	Description
read_mode	enumerator	Modes to read data in AT Valid values: 0: Buffered mode 1: Direct String mode 2: Direct Binary Mode

10.1.9 AT+USOWS - Socket Write String

Syntax

AT Command	Description
AT+USOWS=<socket_handle>,<string_data>	Writes string data to the specified socket. The command can be used for both TCP and UDP sockets after calling AT+USOC. If socket is not ready to be written, generic negative error will be returned. Check BSD errno (see BSD standard) by calling AT+USOE.

Response	Description
+USOWS:<socket_handle>,<written_length>	Successful write response.

Defined values

Parameter	Type	Description
written_length	integer	Data length that was written.
socket_handle	integer	Socket identifier be used for any operation on that socket.
string_data	string	Data encoded as ascii chars. Valid length: 0..1000

Notes

This command is non-blocking.

The command may respond writing less data than what was passed to the command.
This means that the socket transmit buffer is currently full and data not successfully written must be retransmitted later.

10.1.10 AT+USOWB - Socket Write Binary

Syntax

AT Command	Description
AT+USOWB=<socket_handle><binary_packet>	Writes binary data to the specified socket in binary mode.

Response	Description
+USOWB:<socket_handle>,<written_length>	Successful write response.

Defined values

Parameter	Type	Description
written_length	integer	Data length that was actually written to socket.
socket_handle	integer	Socket identifier be used for any operation on that socket.
binary_packet	binary	The binary packet contains of the binary header (three bytes) and the binary content, see Binary for more information.

Notes

This command is non-blocking.

The command may respond writing less data than what was passed to the command.
This means that the socket transmit buffer is currently full and data not successfully written must be retransmitted later.

10.1.11 AT+USOCL - Close socket

Syntax

AT Command	Description
AT+USOCL=<socket_handle>	Closes the specified socket. The command blocks the AT command interface until the completion of the socket close operation. When this function returns OK the socket is cleaned up and fully closed.

Defined values

Parameter	Type	Description
socket_handle	integer	Socket identifier to be used for any future operation on that socket.

10.1.12 AT+USORS - Read Socket String

Syntax

AT Command	Description
AT+USORS=<socket_handle>,<length>	Reads the specified amount of data from the specified socket. Note that the data should include no null terminator characters.

Response	Description
+USORS:<socket_handle>,<length>,<string_data>	Successful read response.

Defined values

Parameter	Type	Description
length	integer	Number of bytes to read. Valid values: 1..1000
socket_handle	integer	Socket identifier be used for any operation on that socket.
string_data	string	Data encoded as ascii chars. Valid length: 0..1000

Notes

This command is non-blocking.

10.1.13 AT+USORB - Socket Read Binary

Syntax

AT Command	Description
AT+USORB=<socket_handle>,<length>	Reads the specified amount of data from the specified socket in binary mode.

Response	Description
+USORB:<socket_handle><binary_packet>	Successful read response.

Defined values

Parameter	Type	Description
length	integer	Number of bytes to read. Valid values: 1..1000
socket_handle	integer	Socket identifier be used for any operation on that socket.
binary_packet	binary	The binary packet contains of the binary header (three bytes) and the binary content, see Binary for more information.

10.1.14 AT+USOE - Socket Error

Syntax

AT Command	Description
AT+USOE	Retrieves the last error that occurred in any socket operation, stored in the socket errno.

Response	Description
+USOE:<error_code>	Successful response.

Defined values

Parameter	Type	Description
error_code	integer	BSD error code. See BSD standard for error code definitions.

10.1.15 AT+USOL - Socket Listen

Syntax

AT Command	Description
AT+USOL=<socket_handle>,<port>	Sets the specified socket in listening mode on the specified port of service, waiting for incoming connections (TCP) or data (UDP).

Defined values

Parameter	Type	Description
port	integer	Port of service, range 1-65535. Port numbers below 1024 are not recommended since they are usually reserved Valid values: 1..65535
socket_handle	integer	Socket identifier be used for any operation on that socket.

Notes

For TCP sockets this command corresponds to BSD bind + listen and for UDP sockets BSD bind.

10.1.16 AT+USORF - Socket Read From

Syntax

AT Command	Description
AT+USORF=<socket_handle>,<length>	Reads the specified amount of data from the specified UDP socket.

Response	Description
+USORF:<socket_handle>,<remote_ip>,<remote_port>,<length>,<string_data>	Successful read response.

Defined values

Parameter	Type	Description
length	integer	Number of bytes to read. Valid values: 1..900
socket_handle	integer	Socket identifier be used for any operation on that socket.
remote_ip	ip_addr	The ip address of the remote peer.
remote_port	integer	The port of the remote peer. Valid values: 1..65535
string_data	string	Data encoded as ascii chars. Valid length: 0..1000

10.1.17 AT+USOPA - Socket Peer Address

Syntax

AT Command	Description
AT+USOPA=<socket_handle>	Get the address of remote peer.

Response	Description
+USOPA:<socket_handle>,<remote_ip>,<remote_port>	Successful read response.

Defined values

Parameter	Type	Description
socket_handle	integer	Socket identifier be used for any operation on that socket.
remote_ip	ip_addr	The ip address of the remote peer.
remote_port	integer	The port of the remote peer. Valid values: 1..65535

10.1.18 AT+USOST - Socket Status

Syntax

AT Command	Description
AT+USOST?	List status for all created sockets.
AT+USOST=<socket_handle>	Get the status of a specific socket.

Response	Description
+USOST:<socket_handle>,<protocol>,<socket_status>	Response for each created socket.

Defined values

Parameter	Type	Description
socket_status	enumerator	Valid values: 0: Not Connected 1: Listening 2: Connected
socket_handle	integer	Socket identifier be used for any operation on that socket.
protocol	enumerator	IP protocol. Valid values: 6: TCP 17: UDP

10.1.19 AT+USOO - Socket Options

Syntax

AT Command	Description
AT+USOO=<socket_handle>,<option>,<value>	Set a socket option. See available options below.
AT+USOO=<socket_handle>,<option>	Read a socket option for a socket

Response	Description
+USOO:<socket_handle>,<option>,<value>	Successful read response

Defined values

Parameter	Type	Description
option	enumerator	Available options to set Valid values: 0: Turn on/off No delay feature for TCP sockets. Integer flag: 0 = off (i.e. Nagle algorithm enabled), 1 = on (i.e. Nagle algorithm disabled) Default: to 0 1: Set socket to be blocking or non blocking. Integer flag: 0 = off, 1 = on. Sockets are non-blocking by default (Note that read/write will always be non-blocking). Can only be set while the socket is in a non connected state. Note: Only valid for non-persistent TCP sockets, will have no effect on UDP sockets 2: Keep connections alive by sending keepalive probes. Integer flag: 0 = off, 1 = on. To calculate the keepalive time us this formula KeepIdle + (KeepIntvl * KeepCnt). Defaults to 1. Note: Only valid for TCP sockets. 3: Set Keep Idle value for the socket. This specifies the amount of time (in sec) that the connection must be idle before sending keepalive probes (if keepalive is enabled). Defaults to 3. Note: Only valid for TCP sockets. 4: Set keep alive interval value for the socket. This is the time in seconds between two successive keepalive retransmissions. Defaults to 3. Note: Only valid for TCP sockets. 5: Set keep alive counter value for the socket. The number of unanswered probes required to force closure of the socket. Defaults to 3. Note: Only valid for TCP sockets.
value	integer	See option parameter
socket_handle	integer	Socket identifier be used for any operation on that socket.

10.1.20 AT+USOH - Socket Host by Name

Syntax

AT Command	Description
AT+USOH=<host_name>	Does a DNS lookup of a host name and returns the IP address.

Response	Description
+USOH:<host_ip>	Successful read response.

Defined values

Parameter	Type	Description
host_name	string	Name to lookup. Valid length: 0..128
host_ip	ip_addr	The ip address of the host.

10.2 Unsolicited Response Codes

Unsolicited Response Code	Description
+UESOC	Socket Connection event
+UESODA	Socket Data Available event
+UESODS	Socket Data String event
+UESODSF	Socket Data String From event
+UESODB	Socket Data Binary event
+UESODBF	Socket Data Binary From event
+UESOCL	Socket Closed event
+UESOIC	Socket Incoming Connection event

10.2.1 +UESOC - Socket Connection event

Event is sent out after a successful connection to a remote peer.

Syntax

+UESOC:<socket_handle>

Defined values

Parameter	Type	Description
socket_handle	integer	Socket identifier be used for any operation on that socket.

Notes

TCP only.

10.2.2 +UESODA - Socket Data Available event

Data is available to be read. This will be sent out when using the buffered data mode.

Syntax

+UESODA:<socket_handle>,<number_bytes>

Defined values

Parameter	Type	Description
number_bytes	integer	Number of bytes available to read. If socket is a UDP socket this number refers to the size of the next datagram.
socket_handle	integer	Socket identifier be used for any operation on that socket.

10.2.3 +UESODS - Socket Data String event

Incoming on TCP socket data represented as a string.

Syntax

+UESODS:<socket_handle>,<string_data>

Defined values

Parameter	Type	Description
socket_handle	integer	Socket identifier be used for any operation on that socket.
string_data	string	Data encoded as ascii chars. Valid length: 0..1000

10.2.4 +UESODSF - Socket Data String From event

Incoming on UDP socket data represented as a string.

Syntax

+UESODSF:<socket_handle>,<remote_ip>,<remote_port>,<string_data>

Defined values

Parameter	Type	Description
socket_handle	integer	Socket identifier be used for any operation on that socket.
remote_ip	ip_addr	The ip address of the remote peer.
remote_port	integer	The port of the remote peer. Valid values: 1..65535
string_data	string	Data encoded as ascii chars. Valid length: 0..1000

10.2.5 +UESODB - Socket Data Binary event

Incoming on TCP socket data represented as binary data.

Syntax

+UESODB:<socket_handle><binary_packet>

Defined values

Parameter	Type	Description
socket_handle	integer	Socket identifier be used for any operation on that socket.
binary_packet	binary	The binary packet contains of the binary header (three bytes) and the binary content, see Binary for more information.

10.2.6 +UESODBF - Socket Data Binary From event

Incoming on UDP socket data represented as binary data.

Syntax

+UESODBF:<socket_handle>,<remote_ip>,<remote_port><binary_packet>

Defined values

Parameter	Type	Description
socket_handle	integer	Socket identifier be used for any operation on that socket.
remote_ip	ip_addr	The ip address of the remote peer.
remote_port	integer	The port of the remote peer. Valid values: 1..65535
binary_packet	binary	The binary packet contains of the binary header (three bytes) and the binary content, see Binary for more information.

10.2.7 +UESOCL - Socket Closed event

Event is sent out either when a socket was closed (by the remote or timed out) or when a connection to a remote peer has failed.
When this event is sent out the socket has been fully closed and the handle can be re-used.

Syntax

+UESOCL:<socket_handle>

Defined values

Parameter	Type	Description
socket_handle	integer	Socket identifier be used for any operation on that socket.

Notes

If there are unread data available, this event will not be sent out until all data has been read.

10.2.8 +UESOIC - Socket Incoming Connection event

This event is sent when there is an incoming connection for a server socket.

Syntax

+UESOIC:<socket_handle>,<remote_ip>,<listening_socket_handle>

Defined values

Parameter	Type	Description
listening_socket_handle	integer	The handle of the new connected socket. Use this for any further operations on the connection.
socket_handle	integer	Socket identifier be used for any operation on that socket.
remote_ip	ip_addr	The ip address of the remote peer.

11 MQTT

MQTT Commands

11.1 AT Commands

AT Command	Description
AT+UMQCP	MQTT Connection Parameters
AT+UMQC	MQTT Connect to Broker
<">AT+UMQKA	MQTT Keep Alive
AT+UMQLWT	MQTT Last Will and Testament
AT+UMQTLS	MQTT TLS Configuration
AT+UMQDC	MQTT Disconnect
AT+UMQPS	MQTT Publish String
AT+UMQPB	MQTT Publish Binary
AT+UMQS	MQTT Subscribe
AT+UMQRS	MQTT Read String
AT+UMQRB	MQTT Read Binary

11.1.1 AT+UMQCP - MQTT Connection Parameters

Syntax

AT Command	Description
AT+UMQCP=<mqtt_id>,<hostname>,<port>[,<client_id>[,<username>[,<password>]]]	Set the MQTT connection parameters. Notes: Can be stored using AT&W.
AT+UMQCP=<mqtt_id>	Get the MQTT connection parameters.

Response	Description
+UMQCP:<mqtt_id>,<hostname>,<port>,<client_id>,<username>	Successful read response

Defined values

Parameter	Type	Description
hostname	string	Hostname or IP address of the broker Valid length: 0..128
port	integer	The port of the broker Valid values: 1..65535
client_id	string	Client ID. Can be left empty to let the broker decide Valid length: 0..128
username	string	Valid length: 0..128
password	string	Valid length: 0..128
mqtt_id	integer	MQTT Config ID Valid values: 0 only

Notes

Empty strings for username and password mean they will not be used during the connection.

11.1.2 AT+UMQC - MQTT Connect to Broker

Syntax

AT Command	Description
AT+UMQC=<mqtt_id>	Connect to a broker using the MQTT config ID.

Defined values

Parameter	Type	Description
mqtt_id	integer	MQTT Config ID Valid values: 0 only

11.1.3 AT+UMQKA - MQTT Keep Alive

Syntax

AT Command	Description
AT+UMQKA=<mqtt_id>,<keep_alive>	Set keepalive timeout for MQTT the MQTT config Notes: Can be stored using AT&W.
AT+UMQKA=<mqtt_id>	Get keepalive timeout for MQTT config

Response	Description
+UMQKA:<mqtt_id>,<keep_alive>	Successful read response

Defined values

Parameter	Type	Description
mqtt_id	integer	MQTT Config ID Valid values: 0 only
keep_alive	integer	MQTT keepalive in seconds. If set to 0, no keepalive is used Valid values: 0..65535 Default value: 60

11.1.4 AT+UMQLWT - MQTT Last Will and Testament

Syntax

AT Command	Description
AT+UMQLWT=<mqtt_id>,<topic>,<will_msg>[,<qos>[,<retain>]]	Add last will and testament configuration for the client Notes: Can be stored using AT&W.
AT+UMQLWT=<mqtt_id>	Get last will and testament configuration for the client

Response	Description
+UMQLWT<mqtt_id>,<topic>,<will_msg>,<qos>,<retain>	Successful read response

Defined values

Parameter	Type	Description
will_msg	string	Valid length: 0..256
mqtt_id	integer	MQTT Config ID Valid values: 0 only
topic	string	Topic name or filter (wildcard allowed) Valid length: 0..256
qos	enumerator	Quality of Service (QoS) for the message or topic Valid values: 0: At most once 1: At least once 2: Exactly once Default value: 0
retain	enumerator	Retain flag for message Valid values: 0: Do not retain message on broker 1: Retain message on broker Default value: 0

11.1.5 AT+UMQTLS - MQTT TLS Configuration

Syntax

AT Command	Description
AT+UMQTLS=<mqtt_id>,<tls_version>[,<ca_name>[,<client_cert_name>,<client_key_name>]]	Setup MQTT TLS config. Certs do not have to be uploaded until connection. Notes: Can be stored using AT&W.
AT+UMQTLS=<mqtt_id>	Get TLS config

Response	Description
+UMQTLS:<mqtt_id>,<tls_version>,<ca_name>,<client_cert_name>,<client_key_name>	Successful read response
+UMQTLS:<mqtt_id>,<tls_version>	Successful read response with TLS off

Defined values

Parameter	Type	Description
tls_version	enumerator	Minimum TLS version to use Valid values: 0: Disable TLS 1: TLS 1.2 or up
ca_name	string	Name of the certificate authority (CA) certificate to use Valid length: 1..32
client_cert_name	string	Name of the client certificate to use Valid length: 1..32
client_key_name	string	Name of the private key for client certificate Valid length: 1..32
mqtt_id	integer	MQTT Config ID Valid values: 0 only

11.1.6 AT+UMQDC - MQTT Disconnect

Syntax

AT Command	Description
AT+UMQDC=<mqtt_id>	Disconnect the MQTT client from the broker. Note that the disconnection is not complete until the +UEMQDC URC arrives.

Defined values

Parameter	Type	Description
mqtt_id	integer	MQTT Config ID Valid values: 0 only

11.1.7 AT+UMQPS - MQTT Publish String

Syntax

AT Command	Description
AT+UMQPS=<mqtt_id>,<qos>,<retain>,<topic>,<message>	Publish an MQTT message in string format to the specified topic.

Defined values

Parameter	Type	Description
mqtt_id	integer	MQTT Config ID Valid values: 0 only
qos	enumerator	Quality of Service (QoS) for the message or topic Valid values: 0: At most once 1: At least once 2: Exactly once Default value: 0
retain	enumerator	Retain flag for message Valid values: 0: Do not retain message on broker 1: Retain message on broker Default value: 0
topic	string	Topic name or filter (wildcard allowed) Valid length: 0..256
message	string	MQTT message Valid length: 0..730

11.1.8 AT+UMQPB - MQTT Publish Binary

Syntax

AT Command	Description
AT+UMQPB=<mqtt_id>,<qos>,<retain>,<topic><binary_packet>	Publish an MQTT message in binary format to the specified topic.

Defined values

Parameter	Type	Description
mqtt_id	integer	MQTT Config ID Valid values: 0 only
qos	enumerator	Quality of Service (QoS) for the message or topic Valid values: 0: At most once 1: At least once 2: Exactly once Default value: 0
retain	enumerator	Retain flag for message Valid values: 0: Do not retain message on broker 1: Retain message on broker Default value: 0
topic	string	Topic name or filter (wildcard allowed) Valid length: 0..256
binary_packet	binary	The binary packet contains of the binary header (three bytes) and the binary content, see Binary for more information.

11.1.9 AT+UMQS - MQTT Subscribe

Syntax

AT Command	Description
AT+UMQS=<mqtt_id>,<subscribe_action>,<topic>[,<qos>]	Subscribe or unsubscribe to/from MQTT topic.

Defined values

Parameter	Type	Description
subscribe_action	enumerator	Valid values: 0: Subscribe to topic 1: Unsubscribe from topic
mqtt_id	integer	MQTT Config ID Valid values: 0..0
topic	string	Topic name or filter (wildcard allowed) Valid length: 0..256
qos	enumerator	Quality of Service (QoS) for the message or topic Valid values: 0: At most once 1: At least once 2: Exactly once Default value: 0

11.1.10 AT+UMQRS - MQTT Read String

Syntax

AT Command	Description
AT+UMQRS=<mqtt_id>	Read available MQTT message in string format.

Response	Description
+UMQRS:<mqtt_id>,<topic>,<message_len>,<message>	Successful read response

Defined values

Parameter	Type	Description
mqtt_id	integer	MQTT Config ID Valid values: 0 only
topic	string	Topic name or filter (wildcard allowed) Valid length: 0..256
message_len	integer	Length of the MQTT message
message	string	MQTT message Valid length: 0..730

11.1.11 AT+UMQRB - MQTT Read Binary

Syntax

AT Command	Description
AT+UMQRB=<mqtt_id>	Read available MQTT message in binary format.

Response	Description
+UMQRB:<mqtt_id>,<topic><binary_packet>	Successful read response

Defined values

Parameter	Type	Description
mqtt_id	integer	MQTT Config ID Valid values: 0 only
topic	string	Topic name or filter (wildcard allowed) Valid length: 0..256
binary_packet	binary	The binary packet contains of the binary header (three bytes) and the binary content, see Binary for more information.

11.2 Unsolicited Response Codes

Unsolicited Response Code	Description
+UEMQC	MQTT Connected event
+UEMQDC	MQTT Disconnected event
+UEMQDA	MQTT Data Available event

11.2.1 +UEMQC - MQTT Connected event

Connected to MQTT broker

Syntax

+UEMQC:<mqtt_id>

Defined values

Parameter	Type	Description
mqtt_id	integer	MQTT Config ID Valid values: 0 only

11.2.2 +UEMQDC - MQTT Disconnected event

Disconnected from MQTT Broker

Syntax

+UEMQDC:<mqtt_id>,<disconnect_reason>

Defined values

Parameter	Type	Description
disconnect_reason	integer	Disconnection reason
mqtt_id	integer	MQTT Config ID Valid values: 0 only

11.2.3 +UEMQDA - MQTT Data Available event

Syntax

+UEMQDA:<mqtt_id>,<message_len>

Defined values

Parameter	Type	Description
mqtt_id	integer	MQTT Config ID Valid values: 0 only
message_len	integer	Length of the MQTT message

12 Security

Security AT commands

12.1 AT Commands

AT Command	Description
AT+USECR	Security Certificate Remove
AT+USECUB	Security Certificate Upload Binary
AT+USECL	Security Certificates List
AT+USETE	Security TLS Extensions
AT+USETE0	Security TLS Extensions Server Name Indication
AT+USETE1	Security TLS Extensions Handshake Fragmentation

12.1.1 AT+USECR - Security Certificate Remove

Syntax

AT Command	Description
AT+USECR=<cert_type>,<name>	Remove a single X.509 certificate or private key.
AT+USECR	Remove all X.509 certificates and private keys.

Defined values

Parameter	Type	Description
cert_type	enumerator	Valid values: 0: Root certificate 1: Client certificate 2: Client private key
name	string	Valid length: 1..32

12.1.2 AT+USECUB - Security Certificate Upload Binary

Syntax

AT Command	Description
AT+USECUB=<cert_type>,<name>[,<password>]<binary_packet>	Write an X.509 certificate or private key using binary transfer.

Defined values

Parameter	Type	Description
cert_type	enumerator	Valid values: 0: Root certificate 1: Client certificate 2: Client private key
name	string	Valid length: 1..32
password	string	Decryption password; applicable only for PKCS8 encrypted client private keys. The maximum length is 64 characters. NOTE: Supported Encryption method for private keys is AES only Valid length: 1..64
binary_packet	binary	The binary packet contains of the binary header (three bytes) and the binary content, see Binary for more information.

Notes

Note that the size of the certificate can be maximum 15360 bytes and that maximum 8 certs (or cert chains) can be stored simultaneously

12.1.3 AT+USECL - Security Certificates List

Syntax

AT Command	Description
AT+USECL?	Read all uploaded certificate names

Response	Description
+USECL:<cert_type>,<name>	Successful read response. Note that there will be one response per certificate

Defined values

Parameter	Type	Description
cert_type	enumerator	Valid values: 0: Root certificate 1: Client certificate 2: Client private key
name	string	Valid length: 1..32

12.1.4 AT+USETE - Security TLS Extensions

Syntax

AT Command	Description
AT+USETE?	Read all TLS extension settings

Response	Description
+USETE:<extension>,<enabled>	Successful read response

Defined values

Parameter	Type	Description
extension	enumerator	Valid values: 0: Server Name Extension 1: Handshake fragmentation
enabled	enumerator	Valid values: 0: Disabled 1: Enabled

12.1.5 AT+USETE0 - Security TLS Extensions Server Name Indication

Syntax

AT Command	Description
AT+USETE0=<enabled>	Turn Server Name Indication TLS extension on and off on a system level Notes: Can be stored using AT&W.
AT+USETE0?	Read Server Name Indication setting

Response	Description
+USETE0:<enabled>	Successful read response

Defined values

Parameter	Type	Description
enabled	enumerator	Valid values: 0: Disabled 1: Enabled

12.1.6 AT+USETE1 - Security TLS Extensions Handshake Fragmentation

Syntax

AT Command	Description
AT+USETE1=<enabled>	Turn Handshake Fragmentation TLS extension on and off on a system level Notes: Can be stored using AT&W.
AT+USETE1?	Read Handshake Fragmentation setting

Response	Description
+USETE1:<enabled>	Successful read response

Defined values

Parameter	Type	Description
enabled	enumerator	Valid values: 0: Disabled 1: Enabled

13 Power

13.1 AT Commands

AT Command	Description
AT+UPMDS	Power Management Deep Sleep

13.1.1 AT+UPMDS - Power Management Deep Sleep

Syntax

AT Command	Description
AT+UPMDS	Enter Deep Sleep Mode.

14 Transparent

Transparent Mode AT commands. In transparent mode all data that is sent from the host to the UART is
forwarded to the socket or SPS link that is configured for transparent mode, and the all data that arrives
on this link is sent to the UART.
Transparent mode is limited to one link at a time.

14.1 AT Commands

AT Command	Description
AT+UTM	Transparent Mode
AT+UTMP	Transparent Mode Persistent
AT+UTMPC	Transparent Mode Persistent Clear

14.1.1 AT+UTM - Transparent Mode

Use this command to directly switch to transparent mode for a specific SPS link or a socket.

Syntax

AT Command	Description
AT+UTM=<link_type>,<handle>	Enter Transparent Mode

Defined values

Parameter	Type	Description
handle	integer	For SPS links, set this to the connection handle For sockets, set this to the socket handle
link_type	enumerator	Valid values: 0: BLE SPS Link 1: Socket

14.1.2 AT+UTMP - Transparent Mode Persistent

This command is used for automatically setting up a transparent mode connection on boot.

Syntax

AT Command	Description
AT+UTMP=<link_type>,<config_id>	Set persistent transparent mode for link Notes: Requires AT&W and a reboot before taking effect.
AT+UTMP?	Get current persistent transparent mode configuration

Response	Description
+UTMP:<link_type_read>,<config_id>	Successful read response.

Defined values

Parameter	Type	Description
config_id	integer	For SPS, set this to the config_id returned by AT+UBTP. For sockets, set this to the config_id returned by AT+USOP.
link_type	enumerator	Valid values: 0: BLE SPS Link 1: Socket
link_type_read	enumerator	Valid values: -1: No link type set 0: BLE SPS Link 1: Socket

14.1.3 AT+UTMPC - Transparent Mode Persistent Clear

Clears the persistent link configuration for transparent mode.

Syntax

AT Command	Description
AT+UTMPC	Clears persistent transparent mode settings Notes: Can be stored using AT&W.

15 Diagnostics

Diagnostics Tools

15.1 AT Commands

AT Command	Description
AT+UDGP	Diagnostics Ping
AT+UDGSP	Stop an ongoing Ping
AT+UDGI	Diagnostics Iperf

15.1.1 AT+UDGP - Diagnostics Ping

Send a ping command.

Syntax

AT Command	Description
AT+UDGP=<destination>[,<count>]	Sends a ping command to a destination address every second, repeating it (count) times.

Defined values

Parameter	Type	Description
destination	string	Destination host to send a ping call to in the form of an IPv4 address (i.e. 192.168.1.10) or hostname (i.e. www.u-blox.com). Valid length: 4..80
count	integer	The number of pings (or packets) that will be transmitted. 0 means ping continuously. Valid values: 0..65535 Default value: 4

15.1.2 AT+UDGSP - Stop an ongoing Ping

Syntax

AT Command	Description
AT+UDGSP	This command will stop any ping in progress. Notes: The command is asynchronous, and the ping will not be interrupted immediately, but right after the next ping packet has a response, which might take a few seconds if the packet response times out. This command always returns OK and does nothing if there is no ping in progress.

15.1.3 AT+UDGI - Diagnostics Iperf

Syntax

AT Command	Description
AT+UDGI=<iperf_action>,<protocol_type>[,<role>,<port>,<report_interval>[,<time_boundary>,<ip_addr>[,<length>[,<bandwidth>[,<bidirectional>]]]]]	Start/stop IPERF 2 server/client

Defined values

Parameter	Type	Description
iperf_action	enumerator	Action Valid values: 1: Start iperf 2: Stop iperf
protocol_type	enumerator	IP protocol Valid values: 1: TCP 2: UDP
role	enumerator	Role Valid values: 1: Server 2: Client
port	integer	Port
report_interval	integer	Report interval
time_boundary	integer	Time boundary. Client only. Ignored if role is server
ip_addr	ip_addr	IP address to connect to. Client only. Ignored if role is server
bandwidth	integer	Bandwidth to be used for UDP
length	integer	Size of packets. Valid values: 1..1460 Default value: 1460
bidirectional	enumerator	Bidirectional flag. Client only. Ignored if role is server Valid values: 0: Off 1: On When starting bidirectional TCP test, start a server on both tester and DUT, then start a client with bidirectional flag on the DUT. If doing bidirectional UDP test, start a server on both DUT and tester and then start a client with a bidirectional flag on both.

15.2 Unsolicited Response Codes

Unsolicited Response Code	Description
+UEDGPC	Ping Complete event
+UEDGP	Ping Response event
+UEDGI	Iperf output event

15.2.1 +UEDGPC - Ping Complete event

Event is sent out with a summary of the ping results after all packets are transmitted.

Syntax

+UEDGPC:<transmitted_packets>,<received_packets>,<packet_loss_rate>,<avg_response_time>

Defined values

Parameter	Type	Description
transmitted_packets	integer	Total number of packets transmitted successfully.
received_packets	integer	Total number of packets received successfully.
packet_loss_rate	integer	Packet loss rate in percentage between transmitted and received packets.
avg_response_time	integer	Average ping response time in milliseconds.

15.2.2 +UEDGP - Ping Response event

Event is sent out when a single ping has a result.

Syntax

+UEDGP:<ping_response>,<response_time>

Defined values

Parameter	Type	Description
ping_response	enumerator	Ping Response result. 0 - ping failed, 1 - ping successful Valid values: 0: Ping failed. 1: Ping succeeded.
response_time	integer	Ping response time in milliseconds.

15.2.3 +UEDGI - Iperf output event

Event is sent out for all output string send by iperf tool

Syntax

+UEDGI:<iperf_output>

Defined values

Parameter	Type	Description
iperf_output	string	Iperf readable output string Valid length: 0..99

16 Related documents

1. NORA-W36 Procuct Page https://www.u-blox.com/en/product/nora-w36-series
2. NORA-W36 Data Sheet https://content.u-blox.com/sites/default/files/documents/NORA-W36_DataSheet_UBX-22021118.pdf
3. NORA-W36 System integration manual https://content.u-blox.com/sites/default/files/documents/NORA-W36_SIM_UBX-22021120.pd
4. EVK-NORA-W36 User guide https://content.u-blox.com/sites/default/files/documents/EVK-NORA-W36_UserGuide_UBX-22035800.pdf
5. NORA-W36 u-connectXpress user guide https://www.u-blox.com/en/sho-online-documentation/nora-w36/user-guide
6.  
7. NORA-W36 u-connectXpress error codes https://www.u-blox.com/en/sho-online-documentation/nora-w36/error-codes
8.  

17 Contacts

u-blox AG
Address: Zürcherstrasse 68
8800 Thalwil
Switzerland
For further support and contact information, visit us at www.u-blox.com/support.