GNSS Correction Data Receiver (NEO-D9S) Hookup Guide

Contributors: bboyho, PaulZC

Resources and Going Further

Now that you've successfully got your NEO-D9S up and running, it's time to incorporate it into your own project! Need more information? Check out some of the links below:

SparkFun Resources

• Schematic (PDF)
• Eagle Files (ZIP)
• Board Dimensions (PNG)
• Arduino Library
  • NEO-D9S Code Example
  • NEO-D9S + ZED-F9P Code Example
• GitHub Hardware Repo
• SFE Product Showcase

u-blox Resources

• NEO-D9S
  • Product Summary (PDF)
  • Datasheet (PDF) (NEO-D9S-00B)
  • Integration Manual (PDF)
  • Interface Description (PDF)
  • NEO-D9S and ZED-F9 configuration - SPARTN L-band correction data reception
• u-blox Service Terms for B2B Customers (PDF)
• u-blox u-center - GNSS evaluation software for Windows
• PointPerfect
  • GNSS augmentation service
  • Product Summary (PDF)
  • Service Description
  • Service Coverage
• Thingstream
  • IoT service delivery platform
  • Registration
  • Login

If you are looking for a more integrated solution, try checking out the RTK Facet L-Band! The RTK Facet L-Band includes the NEO-D9S, ZED-F9P, and ESP32 WROOM in a sweet enclosure. Additionally, the product includes several hardware features such as a built-in LiPo battery, charging circuit, microOLED, L1/L2/L-Band antenna, microSD card socket for datalogging, fuel gauge, accelerometer, and serial ports. The build in software features also make it user friendly. It does not require copy and pasting of keys, certificates, or any other materials. By connecting the RTK Facet L-Band to a WiFi network, the keys will be automatically be updated and stored. There are also five different modes available. Everything is built into one unit and it was made to be as easy as possible to use.

Need some inspiration for your next project? Check out some of these related tutorials related to GNSS.