UBlox GPS-RTK HAT Board

$557.50

It introduces the ZED-F9P-based GNSS HAT, delivering centimeter-level accuracy for precise positioning. It ensures reliability in dynamic environments with multi-band RTK, quick convergence times, and support for moving base RTK mode. Simultaneous reception of four GNSS systems and augmented positioning support enhance accuracy. Experience accurate, quick positioning with minimal drifting, perfect for demanding applications. Plus, it benefits from exceptional anti-spoofing and anti-jamming capabilities for added security. It is ideal for navigation, mapping, and IoT projects requiring reliable and high-precision positioning.

UBlox GPS-RTK HAT Board

This ZED-F9P-based GNSS HAT provides centimeter-level accuracy. It offers features such as multi-band RTK with quick convergence times, a high update rate, support for moving base RTK mode, simultaneous reception of four GNSS systems, support for augment positioning systems, accurate & quick positioning with minimal drifting, and exceptional anti-spoofing & anti-jamming capabilities.

It is pretty simple to enable GNSS functionality for your ROCK SBC, Raspberry Pi, Banana Pi, etc., by just hooking it up to the SBCs.

  • It supports Raspberry Pi series boards, Rock SBC series boards, Jetson Nano, Banana Pi, and more with a standard 40PIN GPIO extension header.
  • Fast convergence times, centimeter-level accuracy, and high update rates for multi-band RTK
  • It supports moving base RTK mode, enabling centimeter-level accuracy and precise terminal navigation.
  • It uses very little power and supports the simultaneous receiving of four GNSS constellations (GPS, BeiDou, Galileo, and GLONASS).
  • Enhance systems that provide service location positionings, such as SBAS, QZSS, IMES, and D-GPS.
  • Support for A-GNSS (Assisted GNSS), which speeds up initial positioning and increases acquisition sensitivity
  • It features anti-spoofing solid and anti-jamming capabilities, 167dBm navigational sensitivity, and supports geo-fencing.
  • Supports U-Center, a simple module configuration method
  • Rechargeable batteries are supported via the onboard battery holder, which protects ephemeris data and hot starts.

Specifications:

GNSS features
GNSS BeiDou, Galileo, GLONASS, GPS / QZSS
Number of concurrent GNSS 4
GNSS platform Concurrent GNSS
GNSS bands B1I, B2I, E1B/C, E5b, L1C/A, L1OF, L2C, L2OF
Oscillators TCXO
Interfaces
UART 2
USB 1
I2C 1
SPI 1
Electrical data
Maximum supply [V] 3.6
Minimum supply [V] 2.7
Environmental data,
quality & reliability
Maximum temperature [°C] 85
Minimum temperature [°C] -40
Features
Active antenna / LNA control
Active antenna / LNA supply
Additional SAW
Antenna open circuit detection pin
Antenna short circuits detect/protect pin.
Base station with survey-in
Carrier phase output
Data logging
Jamming detection
Programmable flash memory
RTC crystal
RTK rover
Secure boot
Timepulse output
General Features
Antennas Pin (active) for external antenna

Resources:

Software GitHub: Getting-started guide
Hardware GitHub: Hardware Design files like Schematic, 3D File, etc.

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