Index

Retrieve Host Mail – #GETMAIL

27

Set TCP Port for Remote Peer – #TCPPORT

34

RLSD (DCD) Option – &C

11

Set Telnet Password – #TELNETPASSWORD

64

RMC – Recommended Minimum Specific GNSS Data...

102

Set Telnet Port – #TELNETPORT

63

S

 

 

Set Telnet User – #TELNETUSER

63

 

 

Set the TCP Client Telnet..........................................................Server User Name –

38

S0= – Automatic Answer

59

#TCPTELNETUN

 

SMTP Client Network Transmit Safety Timeout Value –

Scan Wireless Networks – #WLANSCAN

68

#SMTPNETWORKTIMER

21

Scanning Mode – #WLANSCANMODE

66

Specify Data Type – #FTPTYPE

28

Secondary Dial-Up Number – #DIALN2

79

Specify FTP Server Address – #FTPSERV

29

Security Mode of WLAN Module –

 

 

SSID of WLAN – #WLANSSID

66

#WLANSECURITYMODE

65

Start Communication – #CONNECTIONSTART

82

Send Mail to Recipient with Interactive Mode – #PUTMAIL

Start PING Request – #PING

47

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

24

Start/Stop Telnet Session – #TELNET

63

Send Mail without Interactive Mode – #SENDMAILi

23

Stop Communication – #CONNECTIONSTOP

81

Set Additional Recipient CC – #CCRECi

19

Store Factory Defaults to NVM – &W

12

Set Address of Remote TCP Server – #TCPSERV

34

Switch Between GSM and GPRS – #GPRSMODE

85

Set Answering Mode – #ANSWERMODE

75

T

 

 

Set Auto Discovery Host Name – #AUTODISCHOST

54

 

 

Set Auto Discovery Password – #AUTODISCPASSWORD

TCP Client Inactivity Timeout Value –

 

 

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

55

 

 

Set Auto Discovery User Name – #AUTODISCUSERNAME

#TCPINACTIVITYTIMER

36

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

55

TCP Client Network Transmit Safety Timeout Value –

 

Set Default TX Key Index – #WEPKEYID

70

#TCPNETWORKTIMER

36

Set DLE Mode – #DLEMODE

33

TCP Client Transmit Packet Maximum Size –

 

 

Set DLE Mode – #UDPDLEMODE

45

#TCPPACKETMAX

35

Set DNS Server IP Address – #DNSSERV1

51

TCP Client Transmit Packet Minimum Size –

 

 

Set DNS Server IP Address – #DNSSERV1

58

#TCPPACKETMIN

35

Set Domain Name of the Sender – #DOMAIN

20

TCP/IP Behavior – #PPPMODE

83

Set Email Address – #RECiADD

20

Terse or Verbose – V

10

Set Email Pre-Defined Subject Text – #SUBJi

20

Time Delay – #TCPTXDELAY

34

Set Ethernet Connection – #EMACSPD

51

U

 

 

Set Flow Control – +IFC

13

 

 

Set FTP Download File Name – #FTPGETFILENAME

29

UDP Client Inactivity Timeout Value –

 

 

Set FTP Password – #FTPPW

29

 

 

Set FTP Upload File Name – #FTPPUTFILENAME

29

#UDPINACTIVITYTIMER

42

Set FTP User Name – #FTPUN

29

UDP Client Transmit Packet Maximum Size –

 

 

Set Gateway Address – #IPGATEWAY

50, 57

#UDPPACKETMAX

42

Set GPS Host Login Password – #GPSPW

93

UDP Client Transmit Packet Minimum Size –

 

 

Set GPS Host Port – #GPSPORT

92

#UDPPACKETMIN

41

Set GPS Host Protocol – #GPSPROTO

92

UDP Port Number – #UDPPORT

43

Set GPS Host Server Address – #GPSSERV

92

UDP Server Address – #UDPSERV

44

Set GPS Message Prefix – #GPSPREFIX

92

UDP/TCP Local Port Number – #OUTPORT

39, 46, 77

Set GPS Server Transmission Interval – #GPSINTERVAL

Upload Files to FTP Server – #FTPPUT

30

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

93

User Name for Remote PPP Client – #PPPSERVUN

84

Set GPS Unique Remote Asset Identification String Host

User Profile – #WLANUSEPROFILE

69

Protocol – #GPSURAIS

93

V

 

 

Set Number of Rings – #RINGCOUNT

79

 

 

Set Path to Get Files from FTP Server – #FTPGETPATH 31

V – Terse or Verbose

10

Set Path to Send Files to FTP Server – #FTPPUTPATH

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

31

View Address Settings – #VIP

53, 60

Set POP3 Password – #POP3PW

26

View Network Interface Settings – #ETHIFSTATUS

52

View Telnet Settings – #VTELNET

64

Set POP3 Server Address – #POP3SERV

26

View Values of WEP Keys – #WEP?

71

Set POP3 Server Port – #POP3PORT

26

Set POP3 User Name – #POP3UN

27

VTG – Course Over Ground and Ground Speed

102

Set Pre-Defined Email Combinations – #BODYi

21

W

 

 

Set Secondary DNS Server – #DNSSERV2

51, 58

 

 

Set Sender Address – #SENDERADDR

19

Watchdog Timer – #WATCHDOGTIMER

62

Set Sender Name – #SENDERNAME

19

WLAN Module – #WLAN'?'

72

Set Serial Speed – +IPR

13

WLAN Network Mode – #WLANNETWORKMODE

65

Set SMTP Password – #SMTPPW

22

WLAN Transmission Data Rate – #WLANDATARATE

66

Set SMTP Server Address – #SMTPSERV

22

 

 

 

Set SMTP Server Port – #SMTPPORT

21

Z

 

 

Set SMTP User Name – #SMTPUN

22

 

 

Set Static IP Address – #IPADDR

50, 57

Z – Default Configuration

11

Set Subnet Mask – #IPNETMASK

51, 58

 

 

 

Universal IP AT Commands Reference Guide (Document S000457K)

119

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Image 119
Multi-Tech Systems iCell GPRS (MTSMC-G2-IP manual 119

iCell GPRS (MTSMC-G2-IP specifications

Multi-Tech Systems iCell GPRS (MTSMC-G2-IP) is a versatile and powerful device designed for seamless connectivity in various applications, particularly in industrial and commercial environments. Known for its robust performance, the iCell GPRS module incorporates advanced technologies that enable effective communication over GPRS networks, making it an ideal solution for IoT applications, remote monitoring, and data collection processes.

One of the main features of the iCell GPRS is its dual SIM capability, which enhances network reliability and ensures continuous connectivity even in the event of network outages. By allowing the use of two SIM cards from different carriers, the device can switch between networks automatically, thereby minimizing downtime and maintaining critical communication channels.

The iCell GPRS supports various protocols including TCP/IP, UDP, and MQTT, which facilitates seamless integration with a range of applications. This flexibility in communication protocols allows developers to create customized solutions tailored to their specific needs, ensuring that the device can fit seamlessly into their existing infrastructure.

Another key characteristic of the MTSMC-G2-IP is its compact design and durability, making it suitable for deployment in a variety of environments. It features a wide operating temperature range that allows it to function efficiently in both extreme heat and cold, thereby catering to diverse applications across different industries. Additionally, the device is designed for easy installation and integration, which helps reduce deployment time and costs.

The iCell GPRS also includes built-in security features such as firewalls and secure data transmission protocols, protecting sensitive information from unauthorized access. This is particularly important for applications in sectors such as healthcare, finance, and transportation, where data integrity and security are paramount.

Furthermore, the device is equipped with various I/O ports that facilitate connectivity with external sensors, actuators, and other hardware. This feature makes it highly adaptable for monitoring and control systems, enabling users to gather real-time data and respond promptly to changing conditions.

In sum, the Multi-Tech Systems iCell GPRS (MTSMC-G2-IP) is a reliable and feature-rich solution designed for modern communication needs. Its dual SIM support, protocol versatility, robust design, and integrated security features make it an ideal choice for IoT and remote monitoring applications across numerous industries. Whether used in industrial automation, environmental monitoring, or smart cities, the iCell GPRS stands out as a dependable device that enhances connectivity and operational efficiency.