ZED-F9P-01B-01 GNSS Development Board USB-C RAWX 1-20Hz UART1 GH1.25-6P SMA/U.FL Antenna

Description

Overview

This GNSS development board is designed for GPS/GNSS module development and integration. It supports RAWX multiple GNSS raw measurement data outputs and provides USB and connector interfaces for configuration, data output, and external controller/autopilot connection.

Key Features

• RAWX: Supports multiple GNSS raw measurement data outputs.
• Multi-GNSS support (stated): GPS, GLONASS, Galileo, and Beidou.
• Update frequency: 1Hz – 20 Hz (default 1Hz).
• Operating temperature: -40 C to 85 C.
• Available baud rate: 4800bps~ 921600bps (default 38400bps).
• Ports (stated): 2 x 1.0mm pitch 4Pins connectors, USB.

For integration or compatibility questions, contact https://rcdrone.top/ or email [email protected].

Specifications

GNSS / Performance

RAWX	Supports multiple GNSS raw measurement data outputs
Supported satellite systems (stated)	GPS, GLONASS, Galileo, Beidou
Update frequency	1Hz – 20 Hz (default 1Hz)
Operating temperature	-40 C to 85 C
Available baud rate	4800bps~ 921600bps (default 38400bps)

Interfaces / Connectivity

USB interface	USB C connector; enumerates as a serial COM port (independent of UART interface); used for configuration and viewing NMEA sentences
Ports (stated)	2 x 1.0mm pitch 4Pins connectors, USB
J3 port connector	GH1.25-6P (Pixhawk JST-GH standard); can connect to Pixhawk autopilot and can be used to power the board
J3 pinout	1: 5V_IN; 2: ZED-F9P UART1 receiving (3.3V level); 3: ZED-F9P UART1 TX (3.3V level); 4,5: Not connected; 6: Ground
Antenna interface	Two antenna interfaces: one SMA external screw internal hole, and one U.FL socket IPEX (either one acceptable)

Power (USB Interface Notes)

On-board regulation (stated)	3.3V regulator provided to regulate 5V USB to 3.3V required by the module
External power options (stated)	External 5V can be applied, or a direct feed of 3.3V can be provided
3.3V supply quality note (stated)	If 3.3V is supplied directly, it should be a clean supply with minimal noise (less than 50mV VPP ripple is ideal for precise positioning)
Regulator capability (stated)	3.3V regulator capable of delivering 600mA from 5V input
USB-C capability (stated)	USB C connection is capable of delivering 2A

Status LEDs (stated)

LEDs	The board includes four status LEDs
Power	When 3.3V is activated via USB or via the Qwiic bus, the power LED illuminates red
PPS	Once position lock is achieved, the Pulse Per Second LED illuminates once per second with a yellow light
RTK	RTK LED blue light stays on after powering on; after successfully receiving RTCM data it starts flashing; after getting the RTK fix, the LED turns off
FENCE	FENCE LED can be configured to turn on/off geofencing applications

Module Marking / Board Drawing (visible)

Module marking (on unit)	ZED-F9P-01B-00; G6300011410; 109102002.0101; 10; 19/42
Drawing note	Diagram shows Pin 1 Indicator and dimension reference letters (A, B, D, E, F, G, H, K, L, M, N, P, R, Z); no numeric values provided

Seller-Provided Attributes

Brand Name	NONE
Fixed Type	Magnetic Fastener
High-concerned chemical	None
Origin	Mainland China
Use	Window

Applications

• GNSS/GPS module development and testing (RAWX raw measurement data access)
• USB-C connection for configuration and NMEA sentence viewing
• Pixhawk autopilot integration via GH1.25-6P (J3) UART1 (3.3V level)

Details

The ZED-F9P GNSS development board combines a USB-C connection, GH-style headers, and an SMA antenna connector for flexible integration.

The pin 1 indicator and pad layout help align the ZED-F9P module correctly during PCB footprint design and assembly.

The ZED-F9P development board uses a USB-C connection for configuration and NMEA viewing, with an onboard 3.3V regulator to step 5V USB down to 3.3V.

The J3 GH1.25-6P connector provides 5V input, 3.3V UART1 RX/TX, and ground, with onboard LEDs for power, PPS, and RTK status.

The ZED-F9P development board supports either an SMA external antenna connection or a U.FL (IPEX) socket for flexible antenna wiring.

The ZED-F9P-01B GNSS development board combines a USB-C interface, onboard module, and SMA antenna connector for clean integration into projects.

The ZED-F9P GNSS development board pairs a USB-C interface with JST-style headers and a right-angle SMA antenna connector for clean, compact wiring.

The ZED-F9P GNSS development board combines a USB-C connection, SMA antenna jack, and onboard headers for easy prototyping and wiring.

The ZED-F9P GNSS development board combines a USB-C connection with onboard SMA and U.FL antenna options for flexible setup.