DL10J
RS232/422/485 Assignment
RS-232 | RS-422 | RS-485 | ||
---|---|---|---|---|
PIN | COM | COM | COM | |
1 | DCD1# | 422 TX - | 485 - | |
2 | SIN1 | 422 TX + | 485 + | |
3 | SOUT1 | 422 RX - | ||
4 | DTR1 | 422 RX + | ||
5 | GND | |||
6 | DSR1# | |||
7 | RTS1 | |||
8 | CTS1# | |||
9 | RI1# |
Software Installation and First Connect WWN01 LTE Module + Huawei EM906S LTE Module
Please note: Before performing the below steps, please install the hardware according to the installation guide as found in the specification PDF.
- Please run Windows Update in order to install the driver for the HUAWEI GNSS Sensor. The other two components will use the Windows 10 inbox driver (1803 and newer).
- Once the Windows Update process is completed, three devices should be listed in the device manager as shown below.
- Check Windows Settings in Network & Internet for the newly available Cellular connection.
- Here, you can also select under which conditions the Cellular connection should be used.
- The Cellular connection is also visible in the Network Tray Symbol, just where usually Wi-Fi signals can be found.
Click “Unlock SIM” to connect.
- Enter the PIN (if applicable) of your SIM card and press “Next”.
- If the PIN was entered correctly and the SIM card is enabled for DATA connection, the connection should now be set up.
Which LTE/4G modules are suitable?
Successfully tested M.2-3042 modules:
Brand | Model | |
---|---|---|
Sierra | EM7455 | CAT 6, for Europa and North America |
Sierra | EM7430 | CAT 6, for APAC |
Huawei | ME906S | CAT 4, for EMEA, Australia, New Zealand |
Quectel | EM06-E | CAT 6, for EMEA, Australia, Brazil |
LTE module cannot be found in the device manager?
Check the following BIOS setting to ensure that the LTE module will be recognized correctly.
Go to Advanced → Onboard Device Configuration → E → Key Device Select and change from PCIE
to USB
Where is COM port #1?
The first COM port is marked on this photo:
Quick Installation Guide
Begin Installation
For safety reasons, please ensure that the power cord is disconnected before opening the case.
- Unscrew the two screws of the chassis cover.
- Slide the cover backward and upward.
- Unfasten the rack mount screw and remove the drive holder.
Memory Module Installation
This mainboard does only support 1.2 V DDR4 SO-DIMM memory modules.
- Locate the SO-DIMM slot on the mainboard.
- Align the notch of the memory module with the one of the relevant memory slot.
- Gently insert the module into the slot in a 45-degree angle.
- Carefully push down the memory module until it snaps into the locking mechanism.
- Repeat the above steps to install an additional memory module, if required.
Component Installation
- Please proceed as shown in the illustration, and locate the M.2 key slot on the mainboard.
- Install the M.2 device in the M.2 slot and secure with the screw.
- Place an HDD or SSD in the rack and secure with four screws from the sides.
- Connect the Serial ATA and power cable to the HDD or SSD. Slide the rack into the chassis and refasten the screws.
Complete
- Replace the cover and refasten the screws.
- Screw the included antenna on to the appropriate connector at the back panel. Make sure it is aligned vertically or horizontally to achieve the best possible signal reception.
- Complete.
- Please press the
Del
key while booting to enter BIOS. Here, please load the optimised BIOS settings.
Jumper settings and pinout
SATA cable connector (SATA1)
1=NA 2=NA 3=NA 4=NA 5=GND 6=GND 7=GND 8=+5V 9=+5V 10=+5V 11=+5V 12=GND 13=GND 14=GND 15=SATA_TX_P 16=SATA_TX_N 17=GND 18=SATA_RX_N 19=SATA_RX_P 20=GND
AC back auto power on (JP1)
1=OP(+) 2=GND
Clear CMOS & power button (SW1)
1=RTCRST 2=+5V 3=GND 4=PWRSW
Battery connector (CN9)
1=V_BAT 2=GND
Debug port (DBG1)
1=LPC_24M 2=LAD1 3=SIORST- 4=LAD0 5=LFRAME- 6=+3.3V 7=LAD3 8=GND 9=LAD2 10=NULL
COM 1 & COM 2 power switch (JP2)
COM PORT Pin 9 “Ring Indicator” (RI) configuration:
Configure COM 1 with the first jumper:
- Short Pin 1-2: Pin 9 = RI (default)
- Short Pin 5-7: Pin 9 = +5V
- Short Pin 7-9: Pin 9 = +12V
Configure COM 2 with the second jumper:
- Short Pin 3-4: Pin 9 = RI (default)
- Short Pin 6-8: Pin 9 = +5V
- Short Pin 8-10: Pin 9 = +12V
1=-XRI1 2=COM_-XRI1 3=-XRI2 4=COM_-XRI2 5=+5V 6=+5V 7=COM1_PWR 8=COM2_PWR 9=+12V 10=+12V
COM port (COM 1, COM 2)
1=DCD 2=RX 3=TX 4=DTR 5=GND 6=DSR 7=RTS 8=CTS 9=RI 10=NULL