Using 4G module with BananaPi

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BPI-4G LTE module with banana pi

How to use BPI-4G LTE module with BPI-R2

Get startting

Usb 4g 1.jpg

1.Firstly, use R2 connects LTE module by USB or 14pin Headers. then execute command "lsusb" to have a look if R2 have drove the module. The red box is the id of 4G module.

Usb 4g 2.PNG

After seeing this, execute command "ls /dev/ttyUSB*" to make sure the 4G module have been recognised as USB devs.

Usb 4g 3.PNG

2. Execute the "./ &"

Usb 4g 4.PNG

then execute command “ifconfig -a”,you will see ppp0

Usb 4g 5.PNG

3. Execute command ”wget -O speedtest-cli” to download speed test tool.

Usb 4g 6.PNG

4. Execute command "chmod +x speedtest-cli", then execute "./speedtest-cli"

Usb 4g 7.PNG

ppp1_success_log.txt :


  • (2) Q: What should I do, if you meet this "expect (OK) ^M alarm Failed "
Usb 4g 8.PNG
A:The root cause is the Modem.service has used the module usbserial, so the 4G module can’t use usbserial; we can solve the problem by using command "systemctl disable ModemManager.service " or "systemctl stop ModemManager.service "
  • (3) Q:How to test the communication between SIM card and 4G module?
A:Use minicom, ”minicom -D /dev/ttyUSB2”,and then use AT commands to test, such as ”at”,”at+csq”,“at+ccid”,if you get response without error,that means the communication is OK.
  • (4) Q: How to install libqmi?
A: Download from here: 1 ; then make and make install.
If you meet this:
Usb 4g 9.PNG
you need to install libgudev-1.0-dev, then make and make install again.
  • (5) Q:How to use qmi-wwan?
A:There is a very easy way to use,I’ve put quectel-CM in home path of root,just execute “./quectel-CM &”,then execute “dhclient wwan0”,now you have finished the configurations.
  • (6) Q:How to use GPS?
A:BPI-4G module supports GPS and BeiDou,execute “minicom -D /dev/ttyUSB2”,then input AT commands like this:
Usb 4g 10.PNG
if you want to use BeiDou,just input AT commands like this:
Usb 4g 10.PNG
  • (7) Here are kernel configurations and driver patch for kernel 4.14.
config :
patch :
  • (8) Support areas:
EC25-E support: EMEA/Thailand/India/South Korea
EC25-AU support: Australia
EC25-V/-A support:North America
  • (9) Openwrt Supported:
A. Clone the source code from this link : BPI-R2 OpenWrt(LEDE) Souce code : 2018-04-11
B. Add qmi-wwan driver to this project :
Execute “./scripts/feeds/ install minicom” to install minicom to openwrt project
Execute “./scripts/feeds/ install python” to install python to openwrt project
Execute “make menuconfig”
Add minicom “Utilities —> Terminal —> minicom”
Add python “Languages —> Python”
Add driver “Network —> wwan …Genetic OpenWrt 3G/4G proto handler”
Add "Kernel modules —> USB Support —>
kmod-usb-net —> kmod-usb-net-qmi-wwan
kmod-usb-serial —> kmod-usb-serial-option , kmod-usb-serial-wwan
Use these source files to replace your openwrt project source files (“build_dir/target-arm_cortex-a7+neon-vfpv4_musl_eabi/linux-mediatek_32/linux-4.9.44/drivers/usb(or net)/…”) :
Usb 4g 12.PNG
C. Image & Stuff Link :
Baidu Drive :
Google Drive :
D. Cross-Compile quectel-CM
Copy “quectel-CM” to Linux host PC,and change “Makefile” under the “quectel-CM”,change tools like this:The tools are under openwrt project,you can find them according to the following picture.
Usb 4g 13.jpg
If ping Domain name fail,add “nameserver” to /etc/resolv.conf
Usb 4g 14.PNG
Usb 4g 15.PNG
  • (10) If you use mPCIE interface 4G module to connect R2 by 14 pin header,use these cmds to enable 4G module,after you did these steps,USB0 port will be disable.
cd /sys/class/gpio/
echo 266 > export 【# 266(gpio_offset) = 232(base) + 34(GPIO_34)】
cd gpio266/
echo out > direction
echo 1 > value

How to use BPI-4G LTE module with BPI-W2