RTK F9P Positioning Solutions
  • Introduction
  • What is RTK?
    • GPS Location
  • The RTK Base
    • Choosing a base module
    • Auto conf (QGControl / MP)
    • Configuring the base manually
    • LED Signals
  • The RTK Rover
    • Choosing a rover module
    • Auto conf (QGControl / MP)
    • Configuring the rover manually
  • RTK F9P Drotek Modules
    • DP0601
      • Hardware
        • Drawing
          • V1
          • V1.1
          • V1.2
        • Pinouts
          • V1
          • V1.1
          • V1.2
      • Software
    • Sirius RTK GNSS Base (F9P)
      • Hardware
        • Drawing
        • Pinouts
        • LED Signals
      • Software
    • Sirius RTK GNSS Rover (F9P)
      • Hardware
        • Drawing
        • Pinouts
      • Software
    • DP0602
      • Hardware
        • Drawing
        • Pinouts
      • Software
  • How to get started
    • ZED-F9P RTK configuration
    • Pixhawk 3 PRO (EOLA) integration
    • Telemetry integration
  • Tutorials
    • Set Baudrates
    • Set Nav update rate
    • Set Survey-in time & position accuracy limit
    • Set Fixed LLH or ECEF
    • Change GNSS constellations
    • Updating ZED-F9P Firmware
    • Setup RTK solution using a local network
    • Install U-blox drivers
    • Precise Post Processing (PPP)
  • Frequently Asked Questions
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  • Key design points
  • Mechanical / Electrical / Data
  • I/O Ports

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  1. RTK F9P Drotek Modules
  2. Sirius RTK GNSS Rover (F9P)

Hardware

Key design points

  • Multi‑band RTK with fast convergence times and reliable performance

  • Concurrent reception of GPS, GLONASS, Galileo and BeiDou

  • Complete and versatile solution due to base and rover variants

  • Integrated Active antenna

  • High update rate for highly dynamic applications

  • Centimeter accuracy in a small and energy efficient module

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Mechanical / Electrical / Data

Size

74x74x18,5mm

Weight

65g

Spacing

64mm

Wires

JST-GH 6pin

Operating T°

-20°C to 60°C

Supply Voltage

5V

Average Current Consumption

50mA

Logical Level Voltage

3,3V

Input Protocole

RTCM3 UBX NMEA

Output Protocole

RTCM3 UBX NMEA

Connectivity

USB UART

Receiver type

184-channel u-blox F9 engine GPS L1C/A L2C, GLO L1OF L2OF, GAL E1B/C E5b, BDS B1I B2I, QZSS L1C/A L2C

I/O Ports

USB

u.FL

UART

I2C

RTCM3

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Last updated 5 years ago

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