WizFi310 Programmer's Guide

Overview

This document provides programmers with all commands and explanations about WizFi310 control. Basically programmers can control WizFi310 with commands set, known as AT command – the character string format. In this document, we describe what AT commands are used, how each command operates and how programmers have to handle those commands to get the expected response.

For WizFi250 fans, the WizFi310 comes with compatible AT Commands

2016/05/11 16:30 · jehoon song

AT Command Set

This section provides a list of WizFi310 AT commands and their effects. Users can input commands and parameters through UART line. Every command starts with the characters “AT”. Any other initial character will cause an error in return. Commands and parameters are all ASCII characters, e.g. When you input 'AT+MMSG=1', you can input ASCII characters 'A', 'T', '+', 'M', 'M', 'S', 'G', '=', '1' and 'Enter Key' which should be CR(0x0d), but neither CRLF(0x0d, 0x0a) nor LF(0x0a).

Some parameters are mandatory and the others are optional. (refer to Command Tables) Parameters must be entered in an order of format column given by the command tables. Even though an optional parameter is not used, the comma delimiters must still be included in the command. In most cases, valid commands return the characters [OK]. Invalid inputs return [ERROR]. The possible responses sent by WizFi310 to the user side are described at Responses. Below is a possible example which users can input. As you can see, WizFi310 return “\r\n” back instead of “\r”, which means user (host system) always handle '\r\n' as a only delimiter.

Input by User	AT\r (0x61 0x74 0x0d)
Output from WizFi310	AT\r\n[OK]\r\n (0x61 0x74 0x0d 0x0a 0x5b 0x4f 0x4b 0x5d 0x0d 0x0a) (* “AT\r\n” is Echo back of user input)

Responses

Responses are listed below.

Response	Meaning
[OK]	Command Request Success
[ERROR]	Command Request Fail
[ERROR: INVALID INPUT]	Wrong command or parameter
[ERROR: INVALID SCID]	Wrong Socket ID
[ERROR: WiFi Status]	Wrong WiFi Status (Some commands work only with Wi-Fi Joined status)
[ERROR: Mode Status]	Wrong Mode Status (Some commands do not work in Data mode)
[CONNECT x]	TCP Connection established & Socket Open
[DISCONNECT x]	TCP Connection closed & Socket Close
[Link-Up Event]	WiFi Connection was established
[Link-Down Event]	WiFi Connection was closed
[Reset Event]	System reset occurred (not by user)

2016/05/13 13:35 · jehoon song

Command List

Basic Commands
AT	Terminal Check
WiFi Commands
AT+WJOIN	WiFi Association
AT+WLEAVE	WiFi Disassociation
AT+WSCAN	WiFi Scan
AT+WSET	WiFi SSID Configuration
AT+WSET2	WiFi SSID Configuration for special Chars
AT+WSEC	WiFi Security Configuration
AT+WNET	Network Configuration
AT+WSTAT	Get Current WiFi Status
AT+WWPS	WiFi WPS Connection
AT+WADNS	Add DNS Server

Network Commands
AT+SCON	Socket Open/Connect
AT+SMGMT	Socket Management
AT+SSEND	Data Send
AT+SDATA	Return to Data Mode
AT+SFORM	Define Data Receive Header Form
AT+SOPT	S2W Socket Option
AT+SOPT1	S2W miscellaneous option

Management Commands
AT+MPROF	Profile Management
AT+MFDEF	Perform Factory Reset
AT+MRESET	Perform System Reset
AT+MMSG	Set Message Print Level
AT+MMAC	Set MAC Address
AT+MINFO	Get System Information
AT+MECHO	Set Echo Mode
AT+MHELP	Print Command Description and Usage
AT+MMCUPS	MCU Power Save Enable/Disable
AT+MWIFIPS	Wi-Fi Power Save Enable/Disable
AT+USET	UART Configuration
AT+MCUSTOM	Custom code
AT+MAIRCMD	Air Command Configuration
AT+MEVTMSG	Print [Listen x] as soon as it opens up a socket through TCP server.
AT+MEVTFORM	Event Message Form
AT+MUPGRADE	Firmware upgrade using serial

Function Commands
AT+FPING	PING Test
AT+FDNS	DNS Query
AT+FGPIO	GPIO Control
AT+FGETADC	Read ADC value
AT+FSOCK	SOCKET Extension Option
AT+FOTA	Launch OTA Mode

Available Protocol

MQTT Commands
AT+MQTTSET	MQTT Configuration
AT+MQTTCON	MQTT Connect/Disconnect
AT+MQTTSUB	MQTT Subscribe
AT+MQTTPUB	MQTT Publish

GMMP Commands
AT+GMMPSET	GMMP Configuration, Connect/Disconnect
AT+GMMPDATA	GMMP Data Send
AT+GMMPOPT	GMMP Option Management

Connecting ThingPlug Commands
AT+SKTPCON	Connecting authorization, Connect/Disconnect
AT+SKTPDEVICE	Device registration
AT+SKTPCONTAINER	Container Create
AT+SKTPSEND	Data sending to ThingPlug
AT+SKTPCMD	Command registration to ThingPlug
AT+SKTPRESULT	Response to ThingPlug Command

2016/05/13 13:36 · jehoon song

Basic Commands

Basic commands are listed below.

AT

Format:

AT

Meaning: Terminal Check

Check if AT Command Terminal is working.

Response:

[OK]

2016/05/12 09:24 · jehoon song

WiFi Commands

Commands related to WiFi are listed below.

AT+WJOIN

Format:

AT+WJOIN

Meaning: WiFi Association

In the STA mode, it joins with the BSS selected by AT+WSET(or AT+WSET2), AT+WSEC.
And in the AP mode, it starts to run as an Access Point.

There are 2 Wi-Fi modes in WizFi310, STA mode and SoftAP mode. When users execute AT+WJOIN command, the current Wi-Fi mode works as the one previously selected by user input. It can be selected or checked by AT+WSET(or AT+WSET2) and AT+WSEC commands, and it is the only way to handle Wi-Fi mode.
SoftAP mode does not support WEP security method.

Response:

[Link-Up Event]
IP Addr    : xxx.xxx.xxx.xxx
Gateway   : xxx.xxx.xxx.xxx
[OK]

Already Associated : (Mode)
[OK]

AT+WLEAVE

Format:

AT+WLEAVE

Meaning: WiFi Disassociation

In the STA mode, it leaves current Access Point, but in the SoftAP mode, it stops to run as Access Point.

Response:

[Link-Down Event]
[OK]

AT+WSCAN

Format:

AT+WSCAN=<SSID>,<BSSID>,<Channel>

Meaning: WiFi Scan

Return the scan results filtered by parameters.

<SSID>: SSID Filter (Optional)
Scan only the AP which has this SSID.
<BSSID>: BSSID Filter (Optional)
Scan only the AP which has this BSSID.
<Channel>: Channel Filter (Optional)
Scan only the AP in this Channel.

* When combining these filters, it works at the same time. For example, if you enter AT+WSCAN=TestAP,00:08:DC:11:22:33', it only scans the AP which has TestAP as SSID and 00:08:DC:11:22:33 as BSSID in all the channel.

Examples)

AT+WSCAN=TestAP
AT+WSCAN=,,6
AT+WSCAN=,08:00:DC:11:22:33,11

Response:

Index/SSID/BSSID/RSSI(-dBm)/MaxDataRate(Mbps)/Security/RadioBand(GHz)/Channel
...
[OK]

AT+WSET

Format:

AT+WSET=<WiFiMode>,<SSID>,<BSSID>,<Channel>

Meaning: WiFi Configuration

<WiFiMode>: WiFi Mode to set (Required)
This changes current WiFi mode.

Parameter	Meaning
0	Set Wi-Fi mode as STA mode
1	Set Wi-Fi mode as AP mode

<SSID>: Target/Own SSID (Required, Max: 32 Character)

Mode	Meaning
STA	The SSID of target AP
AP	Its own SSID

<BSSID>: Target BSSID (Optional, Form: xx:xx:xx:xx:xx:xx)

Mode	Meaning
STA	The BSSID of target AP
AP	Not used. if any, it will be ignored

<Channel>: Target/Own Channel (Optional)

Mode	Meaning
STA	In STA mode, the Channel of target AP
AP	In AP mode, its own Channel to run (Default: 6)

* There are 2 Wi-Fi modes in WizFi310, STA mode and SoftAP mode. When users execute AT+WJOIN command, it works as Wi-Fi mode previously selected by the user. It can be selected or checked by AT+WSET(or AT+WSET2) and AT+WSEC commands, and it is the only way to handle Wi-Fi mode.

* AT+WSET(or AT+WSET2), AT+WSEC commands save its parameters into the profile automatically, so the user does not need to save the current profile.

Examples)

AT+WSET=0,WizFiAP
AT+WSET=0,WizFiAP,08:00:DC:11:22:33,1

Response:

[OK]

Format:

AT+WSET=?

Meaning: Get Current WiFi configuration Settings

Response:

<WiFiMode>,<SSID>,<BSSID>,<Channel>
[OK]

AT+WSET2

Format:

AT+WSET2=<WiFiMode>,<SSID>

Meaning: WiFi Configuration for SSID of special Characters like '“' ',' '共'

<WiFiMode>: WiFi Mode to set (Required)
This changes current WiFi mode.

Parameter	Meaning
0	Set Wi-Fi mode as STA mode
1	Set Wi-Fi mode as AP mode

<SSID>: Target/Own SSID (Required, Max: 32 Character)

Mode	Meaning
STA	The SSID of target AP
AP	Its own SSID to run

* There are 2 Wi-Fi modes in WizFi310, STA mode and SoftAP mode. When users execute AT+WJOIN command, it works as Wi-Fi mode previously selected by the user. It can be selected or checked by AT+WSET and AT+WSEC commands, and it is the only way to handle Wi-Fi mode.

* AT+WSET, AT+WSEC commands save its parameters into the profile automatically, so the user does not need to save the current profile.

Examples)

AT+WSET2=0,가나다”,無線共有器

Response:

[OK]

Format:

AT+WSET2=?

Meaning: Get Current WiFi configuration Settings

Response:

<WiFiMode>,<SSID>,<BSSID>,<Length of SSID>
[OK]

AT+WSEC

Format:

AT+WSEC=<WiFiMode>,<SecType>,<Key>

Meaning: WiFi Security Configuration

<WiFiMode>: Target WiFi mode to set (Required)

Parameter	Meaning
0	Set Wi-Fi mode as STA mode
1	Set Wi-Fi mode as AP mode

<SecType>: Security type (Optional)

Parameter	Meaning
OPEN	None
	WiFi Auto Security
WEP	WEP (* Not support at SoftAP mode)
WPA	WPA1 - TKIP
WPAAES	WPA1 - AES
WPA2AES	WPA2 - AES
WPA2TKIP	WPA2 - TKIP
WPA2	WPA2 - Mixed

<Key>: Security key value

Method	Length
WEP	5 or 13 (ASCII), 10 or 26 (HEX)
WPA	8 ~ 63 (ASCII), 128 (HEX)

* There are 2 Wi-Fi modes in WizFi310, STA mode and SoftAP mode. When users execute AT+WJOIN command, it works as Wi-Fi mode previously selected by the user. It can be selected or checked by AT+WSET and AT+WSEC commands, and it is the only way to handle Wi-Fi mode.

* AT+WSET, AT+WSEC commands save its parameters into the profile automatically, it works as Wi-Fi mode previously selected by the user.

* Minimum key length is 8 bytes in WiFi Auto Security.
In case of WEP mode and 5 bytes key, you should input the key with HEX type.
AT+WSEC=0,,12345(X)
AT+WSEC=0,,3132333435(O)
In case of OPEN mode, you should input the 8 bytes dummy string. Then WizFi310 will ignore the dummy key in OPEN mode.
AT+WSEC=0,,(X)
AT+WSEC=0,,12345678(O)

Examples)

AT+WSEC=0,WEP,12345
AT+WSEC=1,WPA2,12345678
AT+WSEC=0,,123456789

Response:

[OK]

Format:

AT+WSEC=?

Meaning: Get the Current Security Mode and Settings

Response:

<WiFiMode>,<SecType>,<Key> 
[OK]

AT+WNET

Format:

AT+WNET=<DHCP>,<IP>,<SN>,<GW>

Meaning: Network Configuration

<DHCP>: DHCP On/Off (Optional)

Parameter	Meaning
0	DHCP Off, Static
1	DHCP On, DHCP Client
Mode	Meaning
STA	DHCP Client On/Off
AP	Not used. if any, it will be ignored

<IP>: IP Address (Optional)
<SN>: Subnet Mask (Optional)
<GW>: Gateway Address (Optional)

Mode	Meaning
STA	AP(Router) gateway address
AP	Not used. if any, it will be ignored

* When you turn DHCP On in STA Mode, <IP>,<SN>,<GW> are not needed. If you input them at this time, they will be stored in the memory. They can be used later when set as Static(DHCO Off) without inputting these parameters.

* In AP mode, DHCP Server will always run despite DHCP option, and Gateway option will not be used, So both options will be ignored.

Response:

[OK]

Format:

AT+WNET=?

Meaning: Get Current Network Setting

Note that <IP>,<SN>,<GW> address of response are not actual addresses, but addresses stored in the memory. So when DHCP is on, it usually different from actual addresses.

Response:

<DHCP>,<IP>,<SN>,<GW>
[OK]

AT+WSTAT

Format:

AT+WSTAT

Meaning: Get Current WiFi Status

Response:

IF/SSID/IP-Addr/Gateway/MAC/TxPower(dBm)/RSSI(-dBm)
...
[OK]

AT+WWPS

Format:

AT+WWPS=<Mode>,<PinNum>

Meaning: WiFi WPS Connection

Join with an AP through WPS method

<Mode>: WPS Mode (Required)

Parameter	Meaning
0	WPS_PBC_MODE
1	WPS_PIN_MODE

<PinNum>: Pin Number (Pin Mode: Required, PBC Mode: N/A)
* The maximum pin number letter is 8.

Examples)

AT+WWPS=0
AT+WWPS=1,12345670

Response:

[OK]

AT+WADNS

Format:

AT+WADNS=<DNS Server1>,<DNS Server2>

Meaning: Add DNS Server

<DNS Server 1>: DNS Server 1
<DNS Server 2>: DNS Server 2

Examples)

AT+WADNS=8.8.8.8

Response:

[OK]

2016/05/12 09:47 · jehoon song

Network Commands

Commands related to Network are listed below.

AT+SCON

Format:

AT+SCON=<OpenType>,<SocketType>,<RemoteIP>,<RemotePort>,<LocalPort>,<DataMode>

Meaning: Socket Open/Connect ( User can use max 8 sockets. )

Opens a socket and if it is a TCP Client, establishes TCP connection with remote peer device.

<OpenType>: Socket open type (Required)

Parameter	Meaning
O	open at Once
S	register as a Service
SO	open at Once & register as a Service

* AT ONCE: Assigns a socket immediately and if the socket is a TCP Client, tries to connect peer socket.

* AS SERVICE: Registers its information to the profile. When WiFi Joined, socket open/connect will be performed automatically. If you want to use this after reset, It should be saved by using AT+MPROF=S

<SocketType>: Socket protocol to use (Required)

Parameter	Meaning
TSN	TCP Server Normal
TCN	TCP Client Normal
TCS	TCP Client Secured
USN	UDP Server Normal
UCN	UDP Client Normal

* 'Secured' means TCP connection through SSL Encryption. It can be used in only TCP Client mode.

* Actually, there is no Server/Client concept in UDP protocol. This concept is used to decide peer address purposes. If a UDP Server receives any packet, its default peer address will be changed to the address of the packet, so if you send data after that, it goes to the changed address. But If you use UDP Client, its …default address stored by AT+SCON will never be changed.

<RemoteIP>: Remote IP address

Protocol	Parameter Application
TCP Server	N/A
TCP Client	Required
UDP Server	Optional
UDP Client	Required

<RemotePort>: Remote port number
Same condition with upper, RemoteIP

<LocalPort>: Local port number (Required)
Local port number should not be duplicated with others which have opened before. When the value is 0, in case the socket was a TCP/UDP Client, a random port number will be selected. If it was a TCP/UDP Server, it will return an error message.

<DataMode>: Mode to run (Optional, default: 0)

Parameter	Meaning
0	Open as Command mode
1	Open as Data mode

* About Command/Data mode, refer to Command mode & Data mode

Examples)

AT+SCON=O,TSN,,,5000,0
AT+SCON=S,UCN,192.168.0.10,12345,5000,1 (Profile must be saved)

Response:

[OK]

Format:

AT+SCON=?

Meaning: Get Previous Input Parameters

Use for check if previous input parameters are correct.

Response:

<OpenType>,<SocketType>,<RemoteIP>,<RemotePort>,<LocalPort>,<DataMode>
[OK]

AT+SMGMT

Format:

AT+SMGMT=<SocketID>

Meaning: Socket Management - Socket Close

Closes the selected socket and releases all its resources.

<SocketID>: Socket ID (Required)

Parameter	Meaning
0 ~ 7	The socket ID to close
ALL	All the opened sockets

* Opened socket information can be found by using '?' option.

Examples)

AT+SMGMT=5
AT+SMGMT=ALL

Response:

[OK]

Format:

AT+SMGMT=?

Meaning: Socket Management - Get Opened Socket Status

This prints all of the opened sockets statuses.

Response:

Number of Sockets : x (SCID/Socket/Mode/Remote/Local/DataMode)
<SocketID>,<SocketAddr>,<SocketType>,<RemoteIP>,<RemotePort>,<LocalPort>,<DataMode>
...
[OK]

AT+SSEND

Format:

AT+SSEND=<SocketID>,<RemoteIP>,<RemotePort>,<SendSize>,<Timeout>

Meaning: Data Send

This is used only in command mode, not in data mode. It is not required in data mode as you can input directly, but if you exit from data mode to command mode by inputting '+++', you can send data through this command.

<SocketID>: Socket ID (Required)

<RemoteIP>: Remote IP Address

Protocol	Parameter Application
TCP Server	N/A
TCP Client	N/A
UDP Server	Optional
UDP Client	Optional

* In case of TCP Server waiting for a client on listen state or in case of undecided remote address of the UDP Server (meaning its remote address is 0.0.0.0:0), this command will fail.

<RemotePort>: Remote Port Number
Same condition with upper, RemoteIP

<SendSize>: Data size to send (Required)
Valid Range: 1 ~ 100,000,000 Byte

<Timeout >: Set timeout value (milliseconds unit) (Optional)
If the transmission takes time more time than timeout value, it will fail and return error response. Default value is 10s + (100s / 1 MB)

Examples)

AT+SSEND=0,,,3
AT+SSEND=1,192.168.0.100,5000,1000000,50000

Response:

[OK]

AT+SDATA

Format:

AT+SDATA

Meaning: Return to Data Mode

In data mode, it can be changed to command mode temporally by using serial '+++' input. After that, to return to the data mode, you can use this command. If it is not data mode, [ERROR] response will be returned.

Response:

[OK]

AT+SFORM

Format:

AT+SFORM=<Format>,<Start>,<Delim>,<End>,<Cls1>,<Cls2>

Meaning: Define Data Receive Header Form

Define the header of received data which is used at command mode. For example, default receiving format look like below.
“{0,192.168.0.216,59834,5}hello(0xd)(0xa)”
This means ASCII code “hello” was received from 192.168.0.216:59834 by socket ID 0, and its length was 5. You can change this format to suit your system through this command.

Factory default option is “111111111,7B,2C,7D,0D,0A”

<Format>: Decide each of header items to use. (Required)
If you want to set it to active, input '1'.
If not, input '0'.

Order	Meaning
0	Header Start
1	Socket ID
2	Delimiter
3	Remote IP Address
4	Remote Port Number
5	Data Length
6	Header End
7	Data End 1/2
8	Data End 2/2

* At default format, '{' '}' is header start and end, ',' is delimiter, 0xd,0xa is data end 1,2.

< Start>: Header Start Character (Required)
< Delim>: Delimiter Character (Required)
< End>: Header End Character (Required)
< Cls1>: Data End Character 1/2 (Required)
< Cls2>: Data End Character 2/2 (Required)

Examples)

AT+SFORM=111111111,7B,2C,7D,0D,0A
AT+SFORM=101100110,5B,2F,5D,0D,00

Response:

[OK]

Format:

AT+SFORM=?

Meaning: Get Current Data Receive Header Form

Response:

<Format>,<Start>,<Delim>,<End>,<Cls1>,<Cls2>
[OK]

AT+SOPT

Format:

AT+SOPT=<Option>,<SocketID>,<Socket Level>,<Option Name>,<Option Value>

Meaning: S2W miscellaneous option

<Option>: Option to configure (Required)

Option	Value
1	Set socket option
2	~~Get socket option~~

<SocketID>: Socket ID (Required)

<Socket Level>: Socket Level (Required)

Socket Level	Value
4095	SOL_SOCKET
0	IPPROTO_IP
6	IPPROTO_TCP
17	IPPROTO_UDP
136	IPPROTO_UDPLITE

<Option Name> : Option name for socket level options for level SOL_SOCKET

Option Name	Value
4	SO_REUSEADDR
8	SO_KEEPALIVE

options for level IPPROTO_IP

Option Name	Value
1	IP_TOS
2	IP_TTL

options for level IPPROTO_TCP

Option Name	Value
1	TCP_NODELAY
2	TCP_KEEPALIVE
3	TCP_KEEPIDLE
4	TCP_KEEPINTVL
5	TCP_KEEPCNT

Examples)

AT+SOPT=1,0,4095,8,1
AT+SOPT=1,0,6,3,10
AT+SOPT=1,0,6,4,15
AT+SOPT=1,0,6,5,3

Response:

[OK]

AT+SOPT1

Format:

AT+SOPT1=<Option>,<Value>

Meaning: S2W miscellaneous option

<Option>: Option to configure (Required) <Value>: Value of the option (Required)

Option	Value
10	Escape sequence(+++) Timer(millisecond, default 1000, 1~10000)

Examples)

AT+SOPT1=10,500

Response:

[OK]

2016/05/12 14:32 · jehoon song

Management Commands

Commands related to system management are listed below.

AT+MPROF

Format:

AT+MPROF=<Action>

Meaning: Profile Management

You can save/load the environmental information in the RAM to/from flash ROM, or check the setting values in both of them through this command.
(* AT+WSET, AT+WSEC are immediately stored in the Flash ROM)

<Action>: The action to perform (Required)

Parameter	Meaning
VD	Get saved profile
VG	Get current profile
L	Load profile
S	Save profile

* There is no '?' option at this command.

Examples)

AT+MPROF=S

Response:

[OK]

+WSET=...
+WSEC=...
+WNET=...
+WREG=...
+SCON=...
+SFORM=...
+MMSG=...
+MMAC=...
+USET=...
+MECHO=...
[OK]

AT+MFDEF

Format:

AT+MFDEF=FR

Meaning: Perform Factory Reset

Factory Reset means that all of environmental variables return back to the default state. (You can check that by using AT+MPROF command)

Response:

[OK]

AT+MRESET

Format:

AT+MRESET

Meaning: Perform System Reset

System will reboot after this command.

Response:

[OK]

AT+MMSG

Format:

AT+MMSG=<Level>

Meaning: Set Message Print Level

<Level>: Message Print Level (Required)

Parameter	Meaning
1	Not Print Responses
2	Print Responses, Events (Default)
3	Print Responses, Events, Debug Logs

Examples)

AT+MMSG=2

Response:

[OK]

Format:

AT+MMSG=?

Meaning: Get Current Message Print Level

Response:

<Level>
[OK]

AT+MMAC

Format:

AT+MMAC=<MAC>

Meaning: Set MAC Address

<MAC>: MAC Address (separated by colon) (Required)

Examples)

AT+MMAC=00:08:DC:11:22:33

Response:

[OK]

Format:

AT+MMAC=?

Meaning: Get Current MAC Address

Response:

<MAC>
[OK]

AT+MINFO

Format:

AT+MINFO

Meaning: Get System Information

Response:

FW version / HW version
<FWver> / <HWver>
[OK]

AT+MECHO

Format:

AT+MECHO=<Action>

Meaning: Set Echo Mode

If you turn the echo mode off, you cannot see the characters that you inputted returning. It is easy to use to turn off when Host MCU handles AT Command control.

<Action>: Echo Mode (Required)

Parameter	Meaning
0	Echo Off
1	Echo On (Default)

Examples)

AT+MECHO=0

Response:

[OK]

Format:

AT+MECHO=?

Meaning: Get Current Echo Mode

Response:

<Mode>
[OK]

AT+MHELP

Format:

AT+MHELP

Meaning: Print Command Description and Usage

This is command usage guide for user convenience.

Response:

...
[OK]

AT+MMCUPS

Currently Not Available

AT+MWIFIPS

Format:

AT+MWIFIPS=<Action>,<Delay>

Meaning: Wi-Fi Power Save Enable/Disable

Wi-Fi power save mode can be selected through this command.

<Action> : Wi-Fi Power Save Mode (Required)

Parameter	Meaning
0	Wi-Fi Power Save Mode Disable
1	Wi-Fi Power Save Mode Enable
2	Enables power save mode while attempting to maximize throughput

* To using Wi-Fi Power Save Mode, WizFi310 has to connect to Access Point. And WizFi310 can only use this mode in station mode.

<Delay > : Return to Sleep Delay
If it is set with a bigger value, the performance will improve but the power consumption will rise.

Action	Application
0	N/A
1	N/A
2	Required

* This parameter is used only to set 2 of <Action> parameter.

* It must be set to a multiple of 10. When set to 0, the timeout period default to 2 beacon intervals (approximately 204ms).

* It can be set to 0 ~ 90

Response:

[OK]

Format:

AT+MWIFIPS=?

Meaning: Get Current Wi-Fi Power Save Status

<Status > : Current Wi-Fi Power Save Status

Return value	Meaning
0	Wi-Fi Power Save Mode Disable
1	Wi-Fi Power Save Mode Enable

Response:

[OK]

AT+USET

Format:

AT+USET=<Baudrate>,<Parity>,<WordLen>,<StopBit>,<FlowCon>

Meaning: UART Configuration

UART parameter can be set through this command. Factory default parameter is “115200,N,8,1,N ”.

<Baudrate>: Set the Baud-Rate. (Required)

Parameter	Meaning
300	300 bps
600	600 bps
1200	1200 bps
2400	2400 bps
4800	4800 bps
9600	9600 bps
14400	14400 bps
19200	19200 bps
38400	38400 bps
57600	57600 bps
115200	115200 bps
230400	230400 bps
460800	460800 bps
921600	921600 bps
1843200	1843200 bps

<Parity>: Set the Parity-Bit type. (Required)

Parameter	Meaning
N	None
O	Odd
E	Even

<WordLen>: Set the Word-Length. (Required)

Parameter	Meaning
7	7 bits
8	8 bits

<StopBit>: Set the Stop-Bit. (Required)

Parameter	Meaning
1	1 bits
2	2 bits

<FlowCon>: Set the Flow-Control method. (Required)

Parameter	Meaning
N	None
HW	Hardware Flow Control

Examples)

AT+USET=115200,N,8,1,N
AT+USET=921600,N,8,2,HW

Response:

[OK]

Format:

AT+USET=?

Meaning: Get Current UART Setting

Response:

<Baudrate>,<Parity>,<WordLen>,<StopBit>,<FlowCon>
[OK]

AT+MCUSTOM

Format:

AT+MCUSTOM=<custom code>

Meaning: Set to customized settings by request of specific customers.

Examples)

Default custom code is WIZNET

AT+MCUSTOM=WIZNET

Response:

[OK]

Format:

AT+MCUSTOM=?

Meaning: Get current custom code
Response:

WIZNET
[OK]

AT+MAIRCMD

Format:

AT+MAIRCMD=<OpenType>,<SocketType>,<LocalPort>,<Option>

Meaning: Configure Air Command mode

<OpenType>: Air Command mode type (Required)

Parameter	Meaning
O	open at Once
S	register as a Service

* AT ONCE: Assigns a Air-Command-socket immediately.

* AS SERVICE: Registers its information to the profile. When WiFi Joined, Air-Command-socket open will be performed automatically. If you want to use this after reset, It should be saved by using AT+MPROF=S

<SocketType>: Air-Command-Socket protocol to use (Required)

Parameter	Meaning
T	TCP Server Normal
U	UDP Server Normal

<LocalPort>: Local port number (Required)
Local port number should not be duplicated with others which have opened before. When the value is 0, in case the socket was a TCP/UDP Client, a random port number will be selected. If it was a TCP/UDP Server, it will return an error message.

<Option>: Reserved (Required)

Examples)

AT+MAIRCMD=O,T,50001,0
AT+MAIRCMD=S,U,50001,0
AT+MAIRCMD=?

Response:

<OpenType>,<SocketType>,<LocalPort>,<Option>
[OK]

AT+MEVTMSG

Format:

AT+MEVTMSG=<Status>

Meaning: Print [Listen x] as soon as it opens up a socket through TCP server.

It is able to print TCP Server Status with [Listen x].(x:socket number).
A user can decide whether WizFi310 will print out Listen message or not in initialization mode on TCP server.
This command is made for mbed library.
Uses 1 Parameter and set status of socket as 0,1 for each relevant below table.

<Status>: Printing status (Required)

Parameter	Meaning
0	No display [Listen x] message
1	Display [Listen x] message

Examples)

AT+MEVTMSG=0
AT+MEVTMSG=1

Response:

[OK]

AT+MEVTFORM

Format:

AT+MEVTFORM=<format>

Meaning: Define Event Message Form

It is able to control format and printing status of WizFi310 event messages.
Uses 10 Parameters and set event message as 0,1,2 for each relevant one

<Format>: Event Message Format (Required)
0: No display
1: Full Message
2: Short Message

AT+MEVTFORM=abcdefghijkl

	1(Full Message,Default)	2(Short Message)
a	WizFi310 Version 1.0.0.6 (WIZnet Co.Ltd)\r\n	\r\n[0]\r\n
b	\r\n[CONNECT %x]\r\n	\r\n[1]\r\n
c	\r\n[DISCONNECT %x]\r\n	\r\n[2]\r\n
d	\r\n[Link-Up Event]\r\n IP Addr : …\r\n Gateway : …\r\n	\r\n[3]\r\n
e	\r\n[Link-Down Event]\r\n	\r\n[4]\r\n
f	\r\n[Reset Event]\r\n	\r\n[5]\r\n
g	\r\n[TCP Send Error]\r\n	\r\n[6]\r\n
h	\r\n[P2P Fail Event]\r\n	\r\n[7]\r\n
i	\r\n[LISTEN %x]\r\n	\r\n[8]\r\n
j	\r\n[MQTT CONNECT]\r\n	\r\n[9]\r\n
k	\r\n[MQTT DISCONNECT]\r\n	\r\n[a]\r\n

Examples)

AT+MEVTFORM=111111111111
AT+MEVTFORM=122220000000
AT+MEVTFORM=000000000000

Response:

[OK]

Format:

AT+MEVTFORM=?

Meaning: Get Current Event Message Form

Response:

<Format>
[OK]

AT+MUPGRADE

Format:

AT+MUPGRADE

Meaning: This command is for upgrading firmware of WizFi310

After using this command, WizFi310 will wait UART signal for XMODEM protocol. After this command, You have to send binary file which you want to upload using XMODEM protocol. If it is done successfully, WizFi310 will display “[OK]” message and then restart.

Examples)

AT+MUPGRADE

Response:

[OK]

2016/05/13 13:05 · jehoon song

Function Commands

Commands related to additional functions are listed below.

AT+FPING

Format:

AT+FPING=<RepeatCnt>,<TargetIP>

Meaning: PING Test

<RepeatCnt>: Repeat Count (Required)
Valid Range: 1 ~ 50 (unit:number of times)

<TargetIP>: Target IP Address (Required)

Examples)

AT+FPING=3,192.168.0.10

Response:

Ping Reply :  xxx ms
...
[OK]

AT+FDNS

Format:

AT+FDNS=<HostName>,<Timeout>

Meaning: DNS Query

<HostName>: The domain name to search (Required)

<Timeout>: Maximum Delay (milliseconds unit) (Required)
Valid Range: 1,000 ~ 1,000,000 (unit:ms)(Recommend: 1000)

Examples)

AT+FDNS=www.google.com,1000

Response:

xxx.xxx.xxx.xxx
[OK]

AT+FGPIO

Format:

AT+FGPIO=<gpio_number>,<action:0>,<config_value>
AT+FGPIO=<gpio_number>,<action:1>,<config_value>
AT+FGPIO=<gpio_number>,<action:2>,<gpio_value>
AT+FGPIO=<gpio_number>,<action:3>,<gpio_value>

Meaning: GPIO Control Function

GPIO can be set through this command.

<gpio_number>: Available GPIO number (Required)

Return value	Meaning
3	GPIOB 3
4	GPIOC 4

<action>: The action to perform (Required)

Return value	Meaning
0	GPIO Initialize as a Input mode
1	GPIO Initialize as a Output mode
2	Get GPIO value of <gpio_number>
3	Set GPIO value of <gpio_number>

<config_value>: Current GPIO Configuration Value (It can be used when action is 0, 1)

Return value	Meaning
0	PULL_NONE (Not use pull-up & pull-down resistor)
1	PULL_UP (Input with an internal pull-up resistor)
2	PULL_DOWN (Input with an internal pull-down resistor)
3	OPEN_DRAIN (Output open drain)

<gpio_value>: Current GPIO Value (It can be used when action is 2, 3)

Return value	Meaning
0	Low
1	High

Examples)

AT+FGPIO=3,1,1 « Initialize GPIOB 3 as a Output mode
AT+FGPIO=3,3,0 « Set GPIO value of GPIOB 3 to Low
AT+FGPIO=3,3,1 « Set GPIO value of GPIOB 3 to High
AT+FGPIO=3,2,0 « Get GPIO value of GPIOB 3

Response:

If <action> is 2

<gpio_value>
[OK]
ex)
AT+FGPIO=3,2,0
0
[OK]

If <action> is 0, 1, 3

[OK]

Format:

AT+FGPIO=?

Meaning: Get available GPIO number

Examples)

AT+FGPIO=?

Response:

<gpio_num_1>,<gpio_num_2>
[OK]

ex) 
3,4
[OK]

AT+FGETADC

Format:

AT+FGETADC=?

Meaning: Read ADC from ADC pin of WizFi310 when using this AT Command

Examples)

AT+FGETADC=?

Response:

xxxx
[OK]

ex) 
1697
[OK]

AT+FSOCK

Format:

AT+FSOCK=<Option>,<Value>

Meaning: SOCKET Extension Option

When there is no socket connected, it tries to reconnect the server using this option.
6,8 options must be set as service mode(AT+SCON=S) for Auto Reconnection.
Profile(AT+MPROF=S) has to be saved after AT+FSOCK

This is for extended options of Socket. It will be added continuously.

<Option>: Extended options of Socket (Required)

Parameter	Meaning
1	TCP Send error timeout (value : 2000~20000ms)
6	Recreates Socket then attempts Auto-Reconnection after <Value> seconds (value: 10~1000)
8	Automatically resets WizFi310 module. when there is no socket connected (value: 5~1000)

<Value> : Value of extended option (Required)

Examples)

AT+FSOCK=1,5000
AT+FSOCK=6,10
AT+FSOCK=8,30

Response:

[OK]

Format:

AT+FSOCK=?

Meaning: Get Current extended options of socket
Response:

<Extened option 1><2><3><4><5><6><7><8>
[OK]

ex)
5000,0,0,0,0,10,0,30

AT+FOTA

Format:

AT+FOTA=<Server IP>,<Server Port>

Meaning: Launch OTA Mode

User can update firmware in OTA mode which can be entered by this command. Refer to Wi-Fi OTA

OTA Server should run some protocol. that included in OTA tool.

<Server IP>: Firmware Server IP

<Server Port> : Firmware Server Port

Response:

[OK]

2016/05/13 12:35 · jehoon song

MQTT Commands

MQTT (Message Queuing Telemetry Transport) is a light weight messaging protocol for use on top of the TCP/IP protocol. It is designed for connections with remote locations where a “small code footprint” is required or the network bandwidth is limited.
It is a communication protocol which almost can link all networked objects with the external, and it is used as a sensor.
Wikipedia

WizFi310 MQTT Example

AT+MQTTSET

Format:

AT+MQTTSET=<UserName>,<Password>,<ClientID>,<AliveTime>

Meaning: This command is used to initialize the necessary parameters of MQTT connection.

<UserName>: The User Name used in the broker authentication (Required, Max: 50 Character)
<Password>: The Password used in the broker authentication (Required, Max: 50 Character)
<ClientID>: The Client ID connected to the broker (Required, Max: 50 Character)
<AliveTime>: The keep-alive time setting with the broker (Required, 30S ~ 300S)

* this command needs to be invoked before the command of “AT+MQTTCON” connecting the broker.

Examples)

AT+MQTTSET=wiznet,12345678,wiznet-01,60

Response:

[OK]

Format:

AT+MQTTSET=?

Meaning: Get Current Information of MQTT Connection and Authentication

Response:

<UserName>,<Password>,<ClientID>,<AliveTime>
[OK]

AT+MQTTCON

Format:

AT+MQTTCON=<Con/Discon>,<BrokerIP>,<BrokerPort>,<SSL_Enable>

Meaning: Implement MQTT to connect the Broker.

<Con/Discon>: MQTT Connection (Required)

Parameter	Meaning
0	Connect to the broker
1	Disconnect from the broker

<BrokerIP>: IP address of the broker (Optional)

It can be used when the WizFi310 connect to broker

<BrokerPort>: Broker Port (optional, default: 1883)

It can be used when the WizFi310 connect to broker

<SSL_Enable>: whether to enable secure connection (optional, default: 0)

It can be used when the WizFi310 connect to broker

Parameter	Meaning
0	Not to enable SSL connection
1	Enable SSL connection

Connection Examples)

AT+MQTTCON=1,192.168.1.229,1883,0
AT+MQTTCON=1,192.168.1.229,8883,1

Response:

[MQTT CONNECT]
[OK]

Disconnection Examples)

AT+MQTTCON=0

Response:

[MQTT DISCONNECT]
[OK]

Format:

AT+MQTTCON=?

Meaning: Get Current Connection Status

Response:

<Connection Status>
[OK]

AT+MQTTSUB

Format:

AT+MQTTSUB=<Sub/Unsub>,<Topic>

Meaning: Such topics will be pushed to the WizFi310 when received by the Broker,
for example, wiznet/temp indicates that the WizFi310 has subscribed data (input data) sent by other clients.

<Sub/Unsub>: Subscribe/Unsubscribe the Topic (Required)

Parameter	Meaning
0	Unsubscribe the topic
1	Subscribe the topic

<Topic>: Themes subscribed by the WizFi310 (Required, Max: 64 Character)

You can refer the topic rules

Examples)

AT+MQTTSUB=1,wiznet/temp
AT+MQTTSUB=0,wiznet/temp

Response:

[OK]

AT+MQTTPUB

Format:

AT+MQTTPUB=<Topic>,<Length>

Meaning: Publish the message to subscribed Client

<Topic>: Themes subscribed by the WizFi310 (Required, Max: 64 Character)

<Length>: Length of the message (Required)

After using this command, You must input the message.

Examples)

AT+MQTTPUB=wiznet/temp,3

Response:

<Length>
[OK]

2016/05/17 13:19 · jehoon song

GMMP Commands

GMMP Commands are for SK Telecom in Korea. So these command can't use in other country. (It can be used only in Korea). So descriptions for these commands will be written in Korea.

GMMP는 M2M 단말과 개방형 M2M 플랫폼(OMP)사이의 TCP 기반 연동 규격으로서, 단말 등록/해지, 주기보고, 단말 제어 등의 기능을 수행하는 SKTelecom 내부 규격이다.

AT+GMMPSET

Format:

AT+GMMPSET=<Con/Discon>,<ThingPlug IP>,<Thingplug Port>,<Domain Code>,<Auth ID>,<Manufacture ID>,<Device ID>

Meaning: GMMP_GW_Registration 절차를 수행하기 위한 설정. 사전에 https://sandbox.sktiot.com에서 디바이스(TCP) 등록이 되어 있어야 G/W, Device 등로 한다.
ThingPlug의 IP, Port, Domain Code, WizFi310의 Auth ID, Manufacture ID, Device ID를 설정한다.

Element	Example	Description
Con/Discon	1 or 0	1: GMMP_GW_Registration과 GMMP_Delivery를 수행한다. GMMP_Delivery는 AT+GMMPDATA가 설정되어있어야 한다. 0: GMMP_Delivery를 중지한다.
ThingPlug IP	61.250.21.211	ThingPlug의 IP를 입력한다.
ThingPlug Port	31002	ThingPlug의 TCP Listen Port를 입력한다. ThingPlug→마이페이지→서비스 정보수정에서 확인 가능
Domain Code	ThingPlug	ThingPlug의 서비스명을 입력한다. ThingPlug→마이페이지→서비스 정보수정에서 확인 가능
Auth ID	0008dc1e000000	GW ID, 디바이스 등록시 입력한 MAC Address를 입력한다. ThingPlug→디바이스 정보→디바이스 조회에서 확인 가능
Manufacture ID	WIZnet_GWMFID	제조사 ID를 입력한다. ThingPlug→디바이스 정보→디바이스 조회에서 확인 가능
Device ID	deviceID	디바이스 ID를 입력한다. 디바이스 고유의 ID를 사용한다.

Connection Examples)

AT+GMMPSET=1,61.250.21.211,31002,ThingPlug,0008dc1e000000,WIZnet_GWMFID,WizFi310

Response:

[GMMP CONNECT]
[OK]

Disconnection Examples)

AT+GMMPSET=0

Response:

[GMMP DISCONNECT]
[OK]

AT+GMMPDATA

Format:

AT+GMMPDATA=<Option>,<Data>

Meaning: OMP로 보내고 싶은 데이터를 해당 AT command를 이용해서 설정할 수 있다.
옵션에 따라 AT Command 이후 즉시 보내거나, 설정된 주기마다(AT+GMMPOPT로 설정) 데이터(Report type: Collect Data)를 보낼 수 있다.

Element	Example	Description
Option	0 or 1	0: 설정된 주기마다 보낼 데이터를 설정한다. 1: AT명령 즉시 데이터를 보낸다.
Data	DATA	데이터

Examples)

AT+GMMPDATA=0,test data
AT+GMMPDATA=1,test data

Response:

[OK]

AT+GMMPOPT

Format:

AT+GMMPOPT=<Option>,<values>

Meaning: GMMP 옵션을 설정하는 명령어이다. AT+GMMPOPT의 옵션에는 3가지가 있다.

<Option> = 10

<Option> = 10은 이벤트 로그, 디버그 프린트를 설정하는 옵션이다.
Examples) AT+GMMPOPT=10,<set>,<val1>,<val2>

Element	Example	Description
set	0 or 1	0: 현재 설정된 값을 읽는다. 1: val1, val2의 값으로 설정한다.
val1	0 or 1	0: 이벤트 로그를 프린트 하지 않는다. 1: 이벤트 로그를 프린트 한다.
val2	0 or 1	0: 디버그 메세지를 프린트하지 않는다. 1: 디버그 메세지를 프린트 한다.

<Option> = 11

<Option> = 11은 Heartbeat 패킷의 전송 주기(Heartbeat Period)이다.
Examples) AT+GMMPOPT=11,<period>

Element	Example	Description
period	10	Heartbeat 패킷 전송 주기(단위: 분)

<Option> = 12

<Option> = 12은 Delivery 패킷의 전송 주기(Report Period)이다.
Examples) AT+GMMPOPT=12,<period>

Element	Example	Description
period	10	Delivery 패킷 전송 주기(단위: 분)

2016/05/17 14:58 · jehoon song

Connecting ThingPlug Commands

ThingPlug는 SK Telecom의 IoT 플랫폼으로, oneM2M 표준 기반의 IoT 서비스를 제공합니다.

Connecting ThingPlug Example

AT+SKTPCON

Format:

AT+SKTPCON=<Con/Discon>,<ThingPlug IP>,<ThingPlug Port>,<Alive Time>,
<ThingPlug Portal ID>,<Credential ID>,<Service ID>,<Version>,<Device ID>

Meaning: This command is used to connect to ThingPlug.

<Con/Discon>: ThingPlug Connect/Disconnect

Parameter	Meaning
0	Disconnect to the ThingPlug
1	Connect from the ThingPlug

<ThingPlug IP>: ThingPlug IP 주소

<ThingPlug Port>: ThingPlug Port 번호

<Alive Time>: ThingPlug에 접속 유지하는 시간 설정

<ThingPlug Portal ID>: ThingPlug에 가입한 사용자 ID

<Credential ID>: 초기 디바이스 인증 코드

<Service ID>: 등록한 서비스 ID

<Version>: 버젼 정보

<Device ID>: 디바이스 ID

Examples)

AT+SKTPCON=1,mqtt.thingplug.net,1883,300,ThingPlug User ID,ThingPlug Credential ID,ThingPlug Service ID,v1_0,Registered Device ID

Response:

[MQTT CONNECT]
[OK]

AT+SKTPDEVICE

Format:

AT+SKTPDEVICE=<Register/Delete>,<Device ID>,<Device Authorization Code(AE-ID)>

Meaning: Device register to ThingPlug.

<Register/Delete>: Device Register/Delete to ThingPlug

Parameter	Meaning
0	Device Delete
1	Device Register

<Device ID>: Device ID
<Device Authorization Code(AE-ID)>: AE-ID

Connection Examples)

AT+SKTPDEVICE=1,Registered Device ID,Device Authorization Code(AE-ID)

Response:

[OK]

AT+SKTPCONTAINER

Format:

AT+SKTPCONTAINER=<Register/Delete>,<Container Name>

Meaning: Register the Container Name.

<Register/Delete>: Container Register/Delete to ThingPlug

Parameter	Meaning
0	Container Delete
1	Container Register

<Container Name>: Container Name

Examples)

AT+SKTPCONTAINER=1,WIZnet

Response:

[OK]

AT+SKTPSEND

Format:

AT+SKTPSEND=<Container Name>,<Data>

Meaning: Sending the data to ThingPlug

<Container Name>: Container Name

<Data>: Data to send

Data Format is TTV(Between Device Platform and ThingPlug Service Platform communication rule).

Examples)

AT+SKTPSEND=WIZnet,010600000028

Response:

[OK]

AT+SKTPCMD

Format:

AT+SKTPCMD=<Register/Delete>,<Management command>

Meaning: Register the response command to management.

<Register/Delete>: Container Register/Delete to ThingPlug

Parameter	Meaning
0	Management command Delete
1	Management command Register

<Management command>: Response command to management

Examples)

AT+SKTPCMD=1,WIZnet_CMD

Response:

[OK]

AT+SKTPRESULT

Format:

AT+SKTPRESULT=<Management command>,<Execute Status>,<Execute Result>

Meaning: Publish the message to subscribed Client

<Management command>: Registered Management command

<Execute Status>: Execute status value

<Execute Result>: Execute result value

Examples)

AT+SKTPRESULT=WIZnet_CMD,3,0

Response:

[OK]

2017/07/25 10:07 · cliff

Command mode & Data mode

There are two user interface modes between WizFi310 and User-System.

Command mode is the default communication mode and all AT Commands can be used only at this mode. Through AT Commands, users can do 'WiFi Configuration', 'Sending/Receiving Data', 'Managing System', and so on. WizFi310 treats all received data from users as AT command. If all received data follows the correct command format, WizFi310 processes it and returns a proper response to user.

Data mode, on the other hand, is the mode which passes data of application layers to peer devices directly, without AT commands or any other interventions. It can be considered as a black box which passes all USART input to USART output directly. Its concept is simple but to enter this mode, Users need to set the environment properly through AT Commands.

Entering Data mode

Users can enter Data mode by writing '1' at '<DataMode>' parameter of AT+SCON command. Make sure that there are no open sockets before performing this, because Data mode works with one socket only. (So if you try to open another socket in data mode it will fail). If the socket of Data mode is closed, the mode will be changed to Command mode automatically so users can input AT Commands. If users set AT+SCON command as service with data mode option and save the profile, Data mode will be started when WiFi is joined, so the user does not need to set environments anymore. If the system boots or reboots at that time, WiFi Join will also be started automatically. Users can exit from data mode temporally by entering '+++' in a row (Wait for a second until [OK] response show up). Any AT Command can be entered during Data mode except AT+SCON command. If you want to return to data mode again, you just need to enter AT+SDATA. If you want to exit Data mode completely, close the socket by using 'AT+SMGMT=0' or 'AT+SMGMT=ALL'.

Data transmission in Command mode

In Command mode, you can make more than one socket, and you can send/receive data through opened sockets at the same time by using AT Command. You can send data to specific socket opened through AT+SSEND command and receive data with information header which informs you on the socket number, the peer address and the received data length.

2016/05/13 13:39 · jehoon song

2016/05/11 16:36 · jehoon song

Firmware Upgrade (Using Serial Interface)

WizFi310 can be upgraded using serial interface. These are methods how to upload firmware using serial interface.

Using Firmware Upgrade Tool

WIZnet supports <WizFi310_Update_Tool> for uploading firmware. This tool used XMODEM protocol with WizFi310 and it can be downloaded at WizFi310 Firmware(Using Serial).

Step 1

Execute “WizFi310_Update_Tool.exe” and select serial port and baud rate. For your information, WizFi310 is set to 115200 for default baudrate.

Step 2

If you push <browse> button, you can select binary file.

Step 3

If you select <Upload> button, This tool will try to upload firmware to WizFi310 as below.

If it is done successfully, you can see message as below.

If this tool is displayed error message as below, you have to check your binary whether it is right.

Using TeraTerm

TeraTerm is terminal emulator. This software is open source software under BSD License. For more detailed information, Refer to it. ( https://ttssh2.osdn.jp/ ) You can download TeraTerm at this URL. ( https://en.osdn.jp/projects/ttssh2/releases/ )

In order to set for upgrading firmware, You can use AT+MUPGRADE command.

Step 1

After enter AT+MUPGRADE in TeraTerm after WizFi310 restart. It will display 'C' message as below.

Step 2

Select [File]-[Transfer]-[XMODEM]-[Send]

Step 3

Select binary file. ( In this case, you have to use CRC option. )

Step 4

After select binary, Teraterm will send binary via XMODEM and If it is done successfully, WizFi310 will restart and display firmware version as below.

2016/05/26 17:19 · jehoon song

Firmware Upgrade (Using WizFi310_OTA_Tool)

WIZnet supports <WizFi310_OTA_Tool> for uploading firmware. This tool used TCP protocol with WizFi310 and it can be downloaded at WizFi310 Firmware(Using OTA).

Step 1

Execute “WizFi310_Ota_Tool.exe” and select serial port and baud rate of WizFi310. For your information, WizFi310 is set to 115200 for default baudrate.

Step 2

If it is done successfully after push <Open> button in Step 1, You can choice SSID which WizFi310 will connect. Choice SSID and input key value of AP and then push <connect> button, <WizFi310 OTA Tool> will enter commands to WizFi310 in order to connect to AP.

Step 3

If you push <browse> button, you can select binary file for uploading via OTA.

Step 4

Select IP Address of PC which <WizFi310 OTA Tool> is run and then click <Start OTA> button.

If it is done successfully, you can see message as below.

If this tool is displayed error message as below, you have to check WizFi310 or your binary whether it is right.

2016/06/27 15:27 · kaizen

WizFi310 Examples

Example - Association & Disassociation

Station Mode using WPA2 Static IP

This section explains how to connect to AP using WizFi310 with static IP address. In this example, target AP information is as below. ( SSID : WizFiDemoAP, Security : WPA2, Key : 12345678 )

AT   				(Sent AT command with 0x0d (Hex of Enter button))
[OK] 		 	 	(Response meaning successful execution)

AT+WSET=0,WizFiDemoAP	(AT command for setting WiFi association)
[OK]

AT+WSEC=0,WPA2,12345678	(AT command for setting WiFi security)
[OK]

AT+WNET=0,192.168.12.101,255.255.255.0,192.168.12.1	(AT command for setting Static IP address)
[OK]

AT+WJOIN			(AT command executing AP association)
Joining : WizFiDemoAP
Successfully joined : WizFiDemoAP

[Link-Up Event]
  IP Addr    : 192.168.12.101
  Gateway   : 192.168.12.1
[OK]

AT+WLEAVE			(AT command making disassociation from AP association)

[Link-Down Event]
[OK]

Station Mode using WPA2 DHCP

This section explains how to connect WizFi310 to target AP with DCHP Client Mode

AT   				(Sent AT command with 0x0d (Hex of Enter button))
[OK] 				(Response meaning successful execution)

AT+WSET=0,WizFiDemoAP	(AT command for setting WiFi association)
[OK]

AT+WSEC=0,WPA2,12345678	(AT command for setting WiFi security)
[OK]

AT+WNET=1	(AT command for setting DHCP)
[OK]

AT+WJOIN			(AT command executing AP association)
Joining : WizFiDemoAP
Successfully joined : WizFiDemoAP

[Link-Up Event]
  IP Addr    : 192.168.12.13
  Gateway   : 192.168.12.1
[OK]

AT+WLEAVE			(AT command making disassociation from AP association) 

[Link-Down Event]
[OK]

AP Mode using WPA2 Static IP

This section explains how to set AP mode using WizFi310. In AP mode, WizFi310 have to set static IP address. (AT+WNET=0,xxx,xxx,xxx) After setting AP mode, WizFi310 will operate DHCP Server. Thus, when smart phone or other devices connect to WizFi310, WizFi310 will give IP address to connected device.

AT   				(Sent AT command with 0x0d (Hex of Enter button))
[OK] 				(Response meaning successful execution)

AT+WSET=1,WizFi310_AP	(AT command for setting WiFi association information)
[OK]

AT+WSEC=1,WPA2,12345678	(AT command for setting WiFi security)
[OK]

AT+WNET=0,192.168.12.105,255.255.255.0,192.168.12.1	(AT command for setting Static IP address)
[OK]

AT+WJOIN			(AT command executing run AP mode)
Joining : WizFi310_AP

[Link-Up Event]
  IP Addr    : 192.168.12.105
  Gateway   : 192.168.12.1
[OK]

AT+WLEAVE			(AT Command disassociating from AP association) 

[Link-Down Event]
[OK]

2016/05/24 15:17 · jehoon song

Example - Data Communication

Method of setting TCP Client and exchanging data in Data Mode

Socket Open

This section explains how to open <TCP Client Socket> and communicate with peer system. Below is an example showing how to set TCP Client and change the mode to data mode. It also explains parameters of <AT+SCON> command.

(AT+SCON=<OpenType>,<SocketType>,<RemoteIP>,<RemotePort>,<LocalPort>,<DataMode>)

If you enter <O> or <SO> value to <Open Type> parameter, WizFi310 will try to connect to TCP Server immediately. But when using <S> value, WizFi310 will try to connect to TCP Server after reboot and you have to set <SocketType>,<RemoteIP>,<RemotePort> and <LocalPort> as below
In order to set WizFi310 to data mode, you have to enter 1 value to <Data Mode> parameter of <AT+SCON> command. For detailed information to this command, refer to AT+SCON.

Mode: Data Mode, TCP Client
Remote IP : 192.168.12.102
Remote Port : 5000
Local Port : 5001

AP Association                    ( Refers to Association & Disassociation Example )

AT+SCON=O,TCN,192.168.12.102,5000,5001,1 ( AT command connecting with a TCP Client Socket )
[OK]

[CONNECT 0]                          <= At this point, a TCP connection is done

Exchanging data with a peer system

If WizFi310 successfully connects to a peer system, WizFi310 will print [CONNECT(CID)] message and enter data mode. In data mode, WizFi310 can send serial data to peer system and receive network data from peer system without other translation.

Socket Close

In order to close TCP connection, WizFi310 has to switch to AT Command Mode. ( When +++ message entered, WizFi310 can be changed to AT Command Mode. ) After being changed to AT Command Mode, TCP Connection can be closed by using <AT+SMGMT=CID> or <AT+SMGMT=ALL> command.

Checking Socket Status

After being changed to AT Command Mode, TCP Connection can be closed by using <AT+SMGMT=CID> or <AT+SMGMT=ALL> command.

AT+SMGMT=?
Number of Sockets : 1 (SCID/Socket/Mode/Remote/Local/DataMode)
0/TCN/192.168.12.23:5000/5001/1
[OK]

Method of setting TCP Server and exchanging data in Data Mode

Socket Open

This section explains how to open <TCP Server Socket> and communicate with peer system. Below is the example for setting TCP Server and then changing to data mode. For detailed information about <AT+SCON> command, refer to AT+SCON and Socket Open.

Mode : Data Mode, TCP Server
Local Port : 5000

AP Association              ( Refer to Association & Disassociation Example )

AT+SCON=O,TSN, , ,5000,1        ( AT command listening with a TCP Server Socket )
[OK]

[CONNECT 0]          <= When TCP connection is done, you can see this message

Exchanging data with a peer system

Exchanging data with its peer system is the same as previous Exchanging data with a peer system.

Socket Close

Closing socket connection is the same as previous Socket Close.

Checking Socket Status

Checking socket status is the same as previous Checking Socket Status.

Method of setting UDP Client and exchanging data in Data Mode

Socket Open

This section explains how to open <UDP Client Socket> and communicate to peer system. Below is an example for setting up UDP Client and changing into data mode. For detailed information about <AT+SCON> command, refer to AT+SCON and Socket Open.

Mode : Data Mode, UDP Client
Remote IP : 192.168.12.23
Remote Port : 5001
Local Port : 5000

AP Association              ( Refer to Association & Disassociation Example )

AT+SCON=O,UCN,192.168.12.23,5001,5000,1 
[OK]

[CONNECT 0]                          <= At this point, a UDP connection is done

Exchanging data with a peer system

Exchanging data with its peer system is the same as previous Exchanging data with a peer system.

Socket Close

Closing socket connection is the same as previous Socket Close.

Checking Socket Status

Checking socket status is the same as previous Checking Socket Status.

Method of setting UDP Server and exchanging data in Data Mode

Socket Open

This section explains how to open <UDP Server Socket> and communicate to peer system. Below is an example for setting up UDP Server and changing into data mode. For detailed information about <AT+SCON> command, refer to AT+SCON and Socket Open.

Mode: Data Mode, UDP Server
Local Port: 5000

AP Association              ( Refer to Association & Disassociation Example )

AT+SCON=O,USN, , ,5000,1
[OK]

[CONNECT 0]                          <= At this point, a UDP connection is done

Exchanging data with a peer system

<UDP Server Mode> can connect UDP connection without peer system information like IP address and port number. But before peer system is connected to WizFi310, WizFi310 does not send data to peer system because WizFi310 does not know its information. Thus peer system must send data to WizFi310 in order to know peer system’s information like below. The other information for exchanging data is same as Exchanging data with a peer system.

Socket Close

Closing socket connection is the same as previous Socket Close.

Checking Socket Status

Checking socket status is the same as previous Checking Socket Status.

Method of setting TCP Client and exchanging data in Command Mode

Socket Open

This section explains how to set <TCP Client> in <Command Mode> and communicate to peer system. Below is the example for setting TCP Client on the Command Mode . In order to enter in the Command Mode, you have to enter 0 value to <Data Mode> parameter of <AT+SCON> command. For detailed information to this command, refer to AT+SCON

Mode : Command Mode, TCP Client
Remote IP: 192.168.12.23
Remote Port : 5000
Local Port : 5001

AP Association              ( Refer to Association & Disassociation Example )

AT+SCON=O,TCN,192.168.12.23,5000,5001,0
[OK]

[CONNECT 0]                            <= At this point, a TCP connection is done

Exchanging data with a peer system

If WizFi310 connects to peer system successfully, WizFi310 will print [CONNECT(CID)] message. At this time, WizFi310 is in command mode. In order to send data to peer system, you have to use <AT+SSEND=CID, Destination IP, Destination Port, Data Length> command. If you input serial command like <Data Length> , WizFi310 will send serial data to peer system.

AT+SSEND=0,,,5   ( Sending data to a Socket with CID 0 )
Hello             <= When serial data is 5byte, WizFi310 send this data to peer system
[OK]

{0,192.168.12.23,5000,11}Hi WizFi310  ( Receiving data from pear system )

Socket Close

In <AT Command Mode>, TCP connection can be closed through <AT+SMGMT=CID> or <AT+SMGMT=ALL> command.

Checking Socket Status

In <AT Command Mode>, Information of connected sockets are shown by using <AT+SMGMT=?> command.

AT+SMGMT=?
Number of Sockets : 1 (SCID/Socket/Mode/Remote/Local/DataMode)
0/TCN/192.168.12.23:5000/5001/0
[OK]

Method of setting TCP Server and exchanging data in Command Mode

Socket Open

This section explains how to set <TCP Server> in <Command Mode> and communicate to peer system. Below is the example for setting TCP Server on the Command Mode. For detailed information about <AT+SCON> command, refer to AT+SCON and Socket Open.

Mode : Command Mode, TCP Server
Local Port : 5000

AP Association              ( Refer to Association & Disassociation Example )

AT+SCON=O,TSN, , ,5000,0        ( AT command listening with a TCP Server Socket )
[OK]

[CONNECT 0]

Exchanging data with a peer system

Exchanging data with its peer system is the same with previous Exchanging data with a peer system.

Socket Close

Closing socket connection is the same with previous Socket Close.

Method of setting UDP Client and exchanging data in Command Mode

Socket Open

This section explains how to set <UDP Client> in <Command Mode> and communicate to peer system. Below is an example for setting UDP Client on Command Mode. For detailed information about <AT+SCON> command, refer to AT+SCON and Socket Open.

Mode : Command Mode, UDP Client
Remote IP : 192.168.12.23
Remote Port : 5001
Local Port : 5000

AP Association              ( Refer to Association & Disassociation Example )

AT+SCON=O,UCN,192.168.12.23,5001,5000,0 
[OK]

[CONNECT 0]                          <= At this point, a UDP connection is done

Exchanging data with a peer system

Exchanging data with its peer system is the same as previous Exchanging data with a peer system.

Socket Close

Closing socket connection is the same as previous Socket Close.

Method of setting UDP Server and exchanging data in Command Mode

Socket Open

This section explains how to open <UDP Server Socket> in Command Mode and communicate to peer system. Below is an example for setting UDP Server on Command Mode. For detailed information about <AT+SCON> command, refer to AT+SCON and Socket Open.

Mode : Command Mode, UDP Server
Local Port : 5000

AP Association              ( Refer to Association & Disassociation Example )

AT+SCON=O,USN, , ,5000,0 
[OK]

[CONNECT 0]

Exchanging data with a peer system

<UDP Server Mode> of WizFi310 can connect UDP connection without peer system information like IP address and port number. Before peer system is connected to WizFi310, WizFi310 does not send data to peer system. So you should be careful when using <UDP Server Mode>.

{0,192.168.12.23,5001,11}Hi WizFi310  ( Receiving data from peer system )

AT+SSEND=0,,,5                     ( Sending data to a Socket with CID 0 )
Hello           <= When serial data is 5byte, WizFi310 send this data to peer system
[OK ]

AT+SCON

AT+SCON=<OpenType>,<SocketType>,<RemoteIP>,<RemotePort>,<LocalPort>,<DataMode>

This section explains the usage of <Open Type> parameter of <AT+SCON> command. This table describes values of <Open Type> parameter.

Parameter	Meaning
S	Register as a Service
O	Open at Once
SO	Open at Once & Register as a Service

<S> : Register as a Service

When using this parameter, WizFi310 will try to connect to peer system using TCP or UDP when power is on.

AT+WLEAVE
[OK]

AT+WSET=0,WizFiDemoAP
[OK]

AT+WSEC=0,WPA2,12345678
[OK]

AT+WNET=1
[OK]

AT+SCON=S,TSN,,,5000,0
[OK]

AT+MPROF=S
[OK]

AT+MRESET
[OK]
WizFi310 Version 0.9.0.0 (WIZnet Co.Ltd)
Joining : WizFiDemoAP
Successfully joined : WizFiDemoAP

[Link-Up Event]
  IP Addr    : 192.168.12.10
  Gateway    : 192.168.12.1

AT+SMGMT=?
Number of Sockets : 1 (SCID/Mode/Remote/Local/DataMode)
0/TSN/0.0.0.0:0/5000/0
[OK]

<O> : Open at Once

When using this parameter, WizFi310 will try to connect to peer system using TCP or UDP when enter the <AT+SCON> command. For using this parameter, WizFi310 should be already associated with AP or running AP mode. In this section, we have only explained steps in Station Mode. In AP Mode, you can use this command like in Station Mode

AT+WLEAVE
[OK]

AT+WSET=0,WizFiDemoAP
[OK]

AT+WSEC=0,WPA2,12345678
[OK]

AT+WNET=1
[OK]

AT+WJOIN
Joining : WizFiDemoAP
Successfully joined : WizFiDemoAP

[Link-Up Event]
  IP Addr    : 192.168.12.10
  Gateway    : 192.168.12.1
[OK]

AT+SCON=O,TCN,192.168.12.23,5000,,0
[OK]

[CONNECT 0]

<SO> Open at Once & Register as a Service

When using this parameter, you can use functions of <S> and <O> at the same time. When using this parameter, WizFi310 will try to connect to peer system momentarily. And if you restart WizFi310, WizFi310 will try to connect to AP and peer system.

AT+WLEAVE
[OK]

AT+WSET=0,WizFiDemoAP
[OK]

AT+WSEC=0,WPA2,12345678
[OK]

AT+WNET=1
[OK]

AT+WJOIN
Joining : WizFiDemoAP
Successfully joined : WizFiDemoAP

[Link-Up Event]
  IP Addr    : 192.168.12.10
  Gateway    : 192.168.12.1
[OK]

AT+SCON=SO,TCN,192.168.12.23,5000,,0
[OK]
[CONNECT 0]

AT+MPROF=S
[OK]

AT+MRESET
[OK]

WizFi310 Version 0.9.0.0 (WIZnet Co.Ltd)
Joining : WizFiDemoAP
Successfully joined : WizFiDemoAP

[Link-Up Event]
  IP Addr    : 192.168.12.10
  Gateway    : 192.168.12.1

[CONNECT 0]

2016/05/25 13:23 · jehoon song

Example - SSL Connection

This section explains how to connect to and communicate with SSL server. To connect to SSL server, use <TCS(TCP Client SSL)> parameter of <AT+SCON> command. ( When using UDP and TCP Server, WizFi310 cannot use SSL Connection. ) In order to use SSL connection, you can use AT command as below.

AP Association                    ( Refers to Association & Disassociation Example )

AT+FDNS=facebook.com,3000
173.252.120.68
[OK]
AT+SCON=O,TCS,173.252.120.68,443,,0    ( Connect to Facebook.com using SSL Connection )
[OK]

[CONNECT 0]
AT+SSEND=0,,,18
[0,,,18]
...
GET / HTTP/1.1{0x0d}{0x0a}                      ( Send data to Facebook )
{0x0d}{0x0a}
...
[OK]
{0,173.252.120.68,443,1500}HTTP/1.1 400 Bad Request     ( Receive data from Facebook )
Content-Type: text/html; charset=utf-8
Date: Tue, 24 May 2016 06:03:48 GMT
Connection: close
Content-Length: 2959

<!DOCTYPE html>
<html lang="en" id="facebook">
<head>
<title>Facebook | Error</title>
<meta charset="utf-8">
<meta http-equiv="cache-control" content="no-cache">
<meta http-equiv="cache-control" content="no-store">
<meta http-equiv="cache-control" content="max-age=0">
<meta http-equiv="expires" content="-1">
<meta http-equiv="pragma" content="no-cache">
<meta name="robots" content="noindex,nofollow">

....

[DISCONNECT 0]

2016/05/24 14:56 · jehoon song

Example - Socket Connection with Domain name

When you want to connect the Web Server. you have to use the AT+SCON Command. but the parameters of AT+SCON are IP and Port instead of Domain name.

When It case, It is useful to use AT+SDNAME for getting the IP from Domain name.

AT+SDNAME=<Domain Name>
Destination IP would be set using DNS Query when this Command set.

WizFi310 Version 1.0.0.0 (WIZnet Co.Ltd)
AT+WSET=0,WizFiDemoAP
[OK]
AT+WSEC=0,,12345678
[OK]
AT+WNET=1
[OK]
AT+WJOIN

[Link-Up Event]
  IP Addr    : 192.168.3.55
  Gateway    : 192.168.3.1
[OK]

AT+SDNAME=facebook.com
[OK]
AT+SCON=O,TCS,0.0.0.0,443,,0
[OK]

[CONNECT 0]

AT+SMGMT=?
Number of Sockets : 1 (SCID/Mode/Remote/Local/DataMode)
0/TCS/69.171.230.68/443/32337/0
[OK]

2016/05/26 13:32 · jehoon song

Example - Auto re-connection

Some times you need to set WizFi310 which can be set for TCP re-connection automatically. If you use AT+FSOCK command as below, you can use WizFi310 in order to retry connection automatically.

AT+FSOCK=6,n

This command means that WizFi310 will check every <n> seconds whether socket is connected or not. If socket is not connected during <n> second, WizFi310 will retry connection. ( For using AT+FSCOK command, AT+SCON command is set to <S> or <SO> option. )

AT+WSET=0,WizFiDemoAP
[OK]
AT+WSEC=0,,12345678
[OK]
AT+WNET=1
[OK]
AT+SCON=S,TCN,222.98.173.250,6002,,0
[OK]
AT+FSOCK=6,30
[OK]
AT+MPROF=S
[OK]
 
WizFi310 Version 1.0.0.0 (WIZnet Co.Ltd)
Joining : WizFiDemoAP
Successfully joined : WizFiDemoAP
 
[Link-Up Event]
  IP Addr    : 192.168.3.52
  Gateway    : 192.168.3.1
 
[CONNECT 0]
 
[DISCONNECT 0]
(Socket is disconnected due to unknown reason )

[DISCONNECT 0]
(1st fail and try to connect socket after 30 seconds )

[DISCONNECT 0]
(2nd fail and try to connect socket after 30 seconds again )
 
[CONNECT 0]
(Connection is success after 30 seconds )

2016/05/26 11:23 · jehoon song

Example - Auto re-start

This example describe how to use <auto restart> function when connection is fail or disconnected If you use these commands, you can set WizFi310 for using auto re-connection and automatically restart when repeats connection a specific number of times.

WizFi310 Version 1.0.0.0 (WIZnet Co.Ltd)
AT+WSET=0,WizFiDemoAP
[OK]
AT+WSEC=0,,12345678
[OK]
AT+WNET=1
[OK]
AT+SCON=S,TCN,192.168.3.100,5000,,0
[OK]
AT+FSOCK=8,20
[OK]
AT+MPROF=S
[OK]
AT+MRESET
[OK]
 
WizFi310 Version 1.0.0.0 (WIZnet Co.Ltd)
 
[Link-Up Event]
  IP Addr    : 192.168.3.52
  Gateway    : 192.168.3.1
 
[DISCONNECT 0] (1st fail)
 
[Link-Down Event]
WizFi310 Version 1.0.0.0 (WIZnet Co.Ltd)   (It will be restarted because tcp connection is fail during 20 seconds)
 
[Link-Up Event]
  IP Addr    : 192.168.3.52
  Gateway    : 192.168.3.1
 
[CONNECT 0] (WizFi310 will retry connection. then this message will be printed)

2016/05/26 13:26 · jehoon song

Example - Air Command

This section explains how to operate Air-command-mode of WizFi310. With this Air-command-mode included in the WizFi310, you can issue AT commands to the module via WiFi, while the WizFi310 is in the TCP server or UDP server operation mode.

Please have a look at the following hints:

Air-command-mode should only be used for configuration of WizFi310. It is not recommended to use the command mode for other purpopses.
The Air-command-mode will automatically be started, when the module WizFi310 will be booted into the AP mode. The module can then be configured on the port 50001 on its IP address.

The AT command consists of following parts: Command header (WizFi310AirCmd:), AT command (for example: AT) and Carriage Return (\r).

The command should be sent with these conditions:

The command header “WizFi310AirCmd:” is case sensitive and has to be sent in this kind. It is 15 Bytes long.
A <Carriage Return, 0x0d> has to follow the AT command directly.
Air-command header, AT command and Carriage Return should be combined into one packet.

Example usage of the WizFi310AirCmd:

AT+WSET=1,WizFi310_AIRCMD
[OK]
AT+WSEC=1,WPA2,123456789
[OK]
AT+WNET=0,192.168.11.1,255.255.255.0,192.168.11.1
[OK]
AT+WJOIN
 
[Link-Up Event]
  IP Addr    : 192.168.11.1
  Gateway    : 192.168.11.1
[OK]
 
AT+MAIRCMD=O,T,50001,0
[OK]

Now, TCP Client can connect to the WizFi310 and issue the AT commands via WiFi as below.

(TCP Client TX) 
WizFi310AirCmd:AT+MINFO\r (24 Byte)
(RX) 
FW version/HW version
1.0.0.0/WizFi310 Rev 1.0
[OK]
 
(TCP Client TX) 
WizFi310AirCmd:AT+WSEC=?\r (25 Byte)
(RX) 
1,WPA2,123456789
[OK]
 
(TCP Client TX) 
WizFi310AirCmd:AT+WSEC=1,WPA2,aaaabbbb\r (39 Byte)
(RX) 
[OK]
 
(TCP Client TX) 
WizFi310AirCmd:AT+MMAC=?\r (25 Byte)
(RX) 
00:08:DC:00:55:76
[OK]

2016/05/23 15:40 · jehoon song

Example - Serial to Wi-Fi Setting using Android App

If you use <Air Command>, You can configure WizFi310 using device which can use TCP like <Android App>.

WizFi310 Setting

In order to config the WizFi310 using Android APP, WizFi310 should operate as SoftAP mode.
After operating SoftAP, <AT+MAIRCMD> command should be set like “Example - Air Command”.

Another way for setting WizFi310 in order to use <Android app>, You have to press once function key of WizFi310. If you press function key once, WizFi310 will be changed to <Soft AP Mode> and open TCP port 50001 for using <Air Command Mode>.

App example download

You can download the App for configuration of WizFi310 at link below.
App install file - Google Play Store
Source Code - GitHub Repository

General Settings

This picture shows the configuration page of WizFi310 Config Tool. If you want to use <WizFi310 Config Tool>, WizFi310 will be set to <Soft AP mode>

WizFi310
- WizFi310 SSID : SSID of WizFi310.
- WizFi310 PASSWORD : Password of WizFi310.
- Aircmd IP : IP address of WizFi310.
- Aircmd Port : Port number of WizFi310.

Access Point
- AP SSID : SSID of AP which will be connected with WizFi310.
- AP PASSWORD : Passworkd of AP which will be connected with WizFi310.

Destination Server
- Server IP : IP address of TCP Server which WizFi310 will want to connect.
- Server Port : Port number of TCP Server which WizFi310 will want to connect.

SSL_Enable : You have to check if you want to use SSL when WizFi310 connect to TCP Server.
Datamode_Enable : You have to check if you want to use <Data Mode> when WizFi310 connect to TCP Server.
SAVE CONFIG : Save these configuration value at <WizFi310_Config_Tool_Android>

Scan SSID of WizFi310

If you push <SCAN> button, <WizFi310 Config Tool> will search SSID of WizFi310. If SSID of WizFi310 doesn't match <WizFi310 SSID> value in general setting, <WizFi310 Config Tool> will display error message.

Join to scanned AP

If you push <Join> button after scan SSID of WizFi310, <WizFi310 Config Tool> will connect to WizFi310.

Set Air Command to WizFi310

If you push <AIR COMMAND> button after previous step is done successfully, <WizFi310 Config Tool> will set WizFi310 in order to join to AP and connect to destination server.

2016/05/24 11:13 · jehoon song

Example - MQTT

You can find the examples of mqtt using the WizFi310 at following link.

Refer to MQTT Example

2016/05/20 18:21 · jehoon song

Example - GMMP

You can find the examples of gmmp using the WizFi310 at following link.

Refer to GMMP Example(written korean)

2016/05/23 15:15 · jehoon song

Example - ThingPlug

You can find the examples of connecting to ThingPlug using the WizFi310 at following link.

Refer to ThingPlug Example(written in Korean)

2017/07/25 08:53 · cliff

2016/05/26 17:11 · jehoon song

Document Wiki

Document Wiki

User Tools

Site Tools

Sidebar

2014 Design Challenge

Links

Table of Contents

WizFi310 Programmer's Guide

Overview

AT Command Set

Responses

Command List

Available Protocol

Basic Commands

AT

WiFi Commands

AT+WJOIN

AT+WLEAVE

AT+WSCAN

AT+WSET

AT+WSET2

AT+WSEC

AT+WNET

AT+WSTAT

AT+WWPS

AT+WADNS

Network Commands

AT+SCON

AT+SMGMT

AT+SSEND

AT+SDATA

AT+SFORM

AT+SOPT

AT+SOPT1

Management Commands

AT+MPROF

AT+MFDEF

AT+MRESET

AT+MMSG

AT+MMAC

AT+MINFO

AT+MECHO

AT+MHELP

AT+MMCUPS

AT+MWIFIPS

AT+USET

AT+MCUSTOM

AT+MAIRCMD

AT+MEVTMSG

AT+MEVTFORM

AT+MUPGRADE

Function Commands

AT+FPING

AT+FDNS

AT+FGPIO

AT+FGETADC

AT+FSOCK

AT+FOTA

MQTT Commands

AT+MQTTSET

AT+MQTTCON

AT+MQTTSUB

AT+MQTTPUB

GMMP Commands

AT+GMMPSET

AT+GMMPDATA

AT+GMMPOPT

<Option> = 10

<Option> = 11

<Option> = 12

Connecting ThingPlug Commands

AT+SKTPCON

AT+SKTPDEVICE

AT+SKTPCONTAINER

AT+SKTPSEND

AT+SKTPCMD

AT+SKTPRESULT

Command mode & Data mode

Entering Data mode