If it's still actual then I confirm that R11e-LTE is working under Windows OS (I tested on win10x64). As
uldis wrote - modem need to be initialized by send the AT commands. But first we need to install
standard win drivers for rndis adapter, like described here
https://teleofis.ru/docs/lt40/Content/3 ... _rndis.htm, after that you get usb rndis adapter in network connections. This RNDIS USB adapter will got ip address via dhcp client right after modem initialization and we will have access to Internet network.
For me I wrote *.cmd script, maybe it will help to someone for start up and using r11e-lte under windows:
cls
set mysp=\\.\com4
set myapn=internet.yota
set myrndis=Ethernet 2
set mydns1=8.8.8.8
set mydns2=1.1.1.1
netsh interface set interface name="%myrndis%" disable
echo AT E0 V1> %mysp%
echo AT+CFUN?> %mysp%
echo AT+CFUN=4> %mysp%
echo AT+CFUN?> %mysp%
echo AT+CMEE=2> %mysp%
echo AT+CREG=2> %mysp%
echo AT+CGREG=2> %mysp%
echo AT+CEREG=2> %mysp%
echo AT+CGEREP=2,0> %mysp%
echo AT+CMGF=0> %mysp%
echo AT+CNMI=1,1,0,1,0> %mysp%
echo AT+EEMOPT=1> %mysp%
echo AT*MRD_SN?> %mysp%
echo AT+CFUN=4> %mysp%
echo AT*CGDFLT=0,"IP","%myapn%",,,,,,,,,,1,0,,,,,,,1> %mysp%
echo AT*CGDFAUTH=0,0> %mysp%
echo AT+CPIN?> %mysp%
echo AT+CPMS="SM","SM","SM"> %mysp%
echo AT+CFUN?> %mysp%
echo AT+ICCID?> %mysp%
echo AT+CNUM> %mysp%
echo AT+CIMI> %mysp%
echo AT+CPIN?> %mysp%
echo AT*BAND=11,78,147,32,524487,0,2,0> %mysp%
echo AT+COPS=0> %mysp%
echo AT+CFUN=1> %mysp%
echo AT+COPS=3,0> %mysp%
echo AT+CGDCONT?> %mysp%
echo AT+CGCONTRDP=5> %mysp%
netsh interface set interface name="%myrndis%" enable
timeout 30 /nobreak
netsh interface ipv4 set dnsservers "%myrndis%" static %mydns1% primary
netsh interface ipv4 add dnsservers "%myrndis%" %mydns2% index=2
ipconfig /flushdns
netsh interface ipv4 show addresses name="%myrndis%"
netsh interface ipv4 show dnsservers name="%myrndis%"
pause
netsh interface ipv4 show route
pause
mysp is usb serial port of
r11e-lte, which respond on AT-commands