Meet our team in San Diego, United States, from Tuesday 23 until Thursday 25 of April at XPONENTIAL, booth 4700

Update (26/04/2024): We have plenty of stock of all our products, find us also in and    Shop now

Meet our team in San Diego, United States, from Tuesday 23 until Thursday 25 of April at XPONENTIAL, booth 4700

simpleSSR hookup guide

Hardware overview:

You can use simpleSSR Starter Kit as a standalone board or as an Arduino shield. With our adapter you can also connect it to Raspberry Pi.

The main component of simpleSSR are:

  • simpleRTK2B V3 board based on u-blox ZED-F9P RTK GNSS module. If you want to explore all the possibilities of this board, we recommend to have a look at the dedicated simpleRTK2B V3 hookup guide.
  • ArduSimple 4G NTRIP Client with integrated RTK-SSR-IP receiver engine. This module connects to RTK-SSR correction service and generated RTCM corrections for ZED-F9P. The 4G NTRIP Client is already pre-configured, you don’t have to update the firmware nor configure 

Unboxing the kit:

The kit comes already pre-configured and pre-assembled, you just need to connect the two 4G antennas as shown in the picture. You can use the self-adhesive if you are going to use the kit inside a box. It is recommended to place both antennas as far away as possible, to improve the signal reception.

simpleRTK2B + 4G NTRIP Client

Connect the GPS/GNSS antenna to the SMA connector and place it in a location with good view of the sky.

simpleRTK2B v3

Now connect a micro-USB cable to GPS+XBEE connector. Make sure you use a good USB cable as the board requires good power. Also don’t connect it to a USB hub, they usually can’t deliver much power.

simpleRTK2B v3

First power up and reading position:

The first ever power up might take up to 5 minutes to start getting RTK. This is because there’s a one-time automatic activation. Subsequent power ups you should start seeing RTK after 1-2 minutes.

And that’s it! You can now enjoy NMEA streams with RTK accuracy in one of the available interfaces:

  • USB “POWER+GPS”
  • Pixhawk JST connector (3.3V TTL UART)
  • Arduino Rails (Configurable 1.8 to 5V TTL UART)
  • I2C (Qwiic compatible)
By default the receiver is configured at 1Hz. If you want to receive position at 5 or 10Hz, always use our configuration files as a starting point.

(Optional) Checking RTK status with Windows PC

Take the USB cable that you wired to POWER+GPS and connect it to your PC. You will see a new COM Port under Device Manager. Write down its number.

Download and open the Windows tool u-center: https://www.u-blox.com/en/product/u-center

If you only have one COM port in your PC, u-center will connect automatically to your kit and you will start seeing data on the screen right away. If it doesn’t, go to the menu bar to Receiver->Connection and select the right COM port. If you selected the right COM port, you should immediately start seeing data displayed on your screen.

Let’s now do a couple of checks together.

In order to achieve RTK, we need good GNSS signals:

If you don’t find this diagram or you closed it by accident, you can reopen it going at the menu bar to View->Docking Windows->Satellite Level.

Once you are confident that the signal levels are good enough, just wait to see RTK FIX and enjoy 🙂 If you don’t know how to install the GPS/GNSS antenna better, have a look at our simpleANT2B GNSS antenna installation guide.

A second interesting window is the Data window, that you should find at the top right, otherwise at the menu bar go to View-> Docking Windows-> Data. It will show you information like GPS FIX and accuracy estimate.

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