This atom uses the URC ^SLCC to monitor the call status, as well as
incoming calls.
Note the use in the atom of the variable GemaltoVtsQuotes: this is
needed to support future modules, as of today not yet available in the
plugin.
Add support for the SIM7100E modem. We add a new "sim7100" plugin
because there's no other AT-based modem that has support for both GPRS
and voice calls.
This patch adds an LTE atom for QMI modems.
This atom sets the APN that the LTE default bearer should use when
establishing its PDP context. This APN needs to be set on the 'default'
profile so the atom queries which profile is the default and resets
it before allowing the APN to be set.
Once configured, the default profile settings are used when the
modem connects to the network; for this reason, the LTE atom needs
to be instantiated in post_sim, before the modem is set online.
This is a rudimentary implementation that contains technology and RSSI
and BitErrorRate, plus RSRQ/RSRP for LTE networks. More data can be
added as needed.
This implementations uses the 'Get Signal Strength' QMI method to retrieve
the data. Operator fields (MNC, LAC, etc) can be gotten from the 'Serving
Cell' method if needed, but since this data is already provided in the
NetworkRegistration object it doesn't seem necessary to repeat it here
when an additional communication to the modem is required.
This plugin allows to provision gprs-context data based on MCC and MNC.
This is useful when provisioning using mbpi fails (either because you
are using a private APN or because there are multiple internet type context
for your operator in mbpi database).
Config file is STORAGEDIR/provisioning.
Config file should look like that:
[operator:MCC1,MNC1]
internet.AccessPointName=apn1
internet.Username=myUsername
internet.Password=myPassword
internet.AuthenticationMethod=pap
internet.Protocol=ipv6
[operator:MCC2,MNC2]
internet.AccessPointName=apn2
The only mandatory parameter for each operator is internet.AccessPointName.
Parameter description:
internet.AccessPointName: APN
internet.Username: Username
internet.Password: Password
internet.AuthenticationMethod: authentication method.
Possible values are:
- pap
- chap
Default is chap if unset.
internet.Protocol: protocol
Possible values are:
- ip: ipv4
- ipv6
- dual
Default is ip if not set.
All parameters are prefixed with internet to be able to extend this plugin
to other type of contexts (MMS, ...).
During gprs-context driver probe function, check kernel device driver
data format and modem low level data format.
If they are different, align kernel device driver data format on
modem low level data format.
If an error occurs during this process, continue probing without error.
This is inspired by what is done in qmicli and qmi-network (package
libqmi).
Network Control Model is a new Communication Device Class
protocol for exchanging Ethernet frames over USB.
NCM is intended to be used with high-speed network
attachments such as HSDPA and LTE data services.
Add a new location-reporting driver for Gemalto Cinterion modems based
on telit implementation + use it in gemalto plugin. It supports
activation of GNSS engine (Request) with command AT^SGPSC. This driver
is tested on PHS8. NMEA frames are accessible on /dev/ttyUSB1.
Actual cinterion plugin is not compliant with newer Gemalto modems.
Gemalto plugin is based on cinterion with a custom struct to handle the
interfaces Application and Modem.
Marcel Holtmann
Giacinto Cifelli
Antara
Nandini Rebello
Bob Ham
Jonas Bonn
Denis Kenzior
Slava Monich
James Prestwood
Ankit Navik
Nishanth V
Christophe Ronco
Piotr Haber
Vincent Cesson
Antara Borwankar