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    • Nordic Modules with Super SIM
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    • Cellular IoT Terminology
    • Low-power Optimization for Cellular Modules
    • Four Best Practices for Cellular Module Registration
    • How to Determine Good Cellular Signal Strength
    • How Super SIM Devices Connect to Cell Networks
  • Super SIM API
On this page
  • Cellular modules covered on this page
  • General getting started information
  • ME910C1 Cat-M1, NB-IoT
  • Initialization
  • Data-centric attach mode
  • Bring up a data connection
  • Perform a ping
  • Perform an HTTP GET
  • Low-power modes
  • Known issues
  • Additional resources

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  1. Cellular Module Knowledgebase

Telit Modules with Super SIM

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Last updated 5 months ago

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Cellular modules covered on this page


General getting started information

Please refer to the main Knowlegdebase page for .


ME910C1 Cat-M1, NB-IoT

Super SIM does not support NB-IoT.

Initialization

Only configure the modem's Radio Access Technology (RAT) preference for Cat-M1. To do so, issue AT#WS46=0.

A parameter of 2 instead of 0 indicates both Cat-M1 and NB-IoT. Do not select 1 (NB-IoT only), and we strongly recommend you avoid 2 in order to prevent the modem from attempting to connect to NB-IoT networks if any are nearby. Such attempts will always be unsuccessful. The default value is 0.

Data-centric attach mode

To set the ME910C1 to force data-centric attachment, issue AT+CEMODE=2.

The parameter's value is as follows:

  • 0 = PS mode 2: EPS only, data centric

  • 1 = CS/PS mode 1: voice centric

  • 2 = CS/PS mode 2: data centric

  • 3 = PS mode 1: EPS only, voice centric

This setting is non-volatile.

Bring up a data connection

  1. Set the APN: AT+CGDCONT=1,"IP","super".

  2. Activate a PDP context: AT#SGACT=1,1.

This second command will yield the IP address.

Perform a ping

To perform a ping to a remote host after bringing up a connection as described above, issue AT#PING="8.8.8.8". This will yield:

#PING: 01,"8.8.8.8",2,109
#PING: 02,"8.8.8.8",1,109
#PING: 03,"8.8.8.8",1,109
#PING: 04,"8.8.8.8",1,109
OK

Perform an HTTP GET

  1. Set the target server: AT#HTTPCFG=0,"jsonplaceholder.typicode.com".

    • 0 is the HTTP "profile ID".

  2. GET a resource: AT#HTTPQRY=0,0,"/todos/1".

    • The first parameter is the profile ID.

    • The second 0 is the request method: 0 = GET.

    • The string is the path to the required resource.

  3. The modem will issue an outcome URC: #HTTPRING: 0,200,"application/json",83.

    • The first parameter is the profile ID.

    • The second parameter is the HTTP status code.

    • The final parameter is the number of received bytes.

  4. Read the data: AT#HTTPRCV=0,0.

    • The first parameter is the profile ID.

    • The second parameter is the number of bytes to read: 0 = all.

  5. The modem will return the data:

       {
          "userId": 1,
          "id": 1,
          "title": "delectus aut autem",
          "completed": false
       }

Low-power modes

The ME910C1 supports the eDRX and PSM low-power modes. The commands to enable each of these are:

AT+CEDRXS=1
AT+CPSMS=1

See also AT#CEDRXS in the ME910C1 Series AT Command Manual for extended eDRX settings, and AT#CPSMS for further Power Saving Mode settings.

Using these features, but especially PSM, can make the modem inaccessible to the terminal during its sleep time. It's best to experiment with these features locally. To disable all power saving, send:

AT+CEDRXS=0
AT+CPSMS=0

Known issues

None at this time.


Additional resources

You can learn more about implementing these modes in our .

low-power usage documentation
ME910C1 Series AT Command Manual
ME910C1 Datasheet
modem-independent configuration tips
ME901C1