Modulo ricevitore GPS seriale Navilock NL-8003P

The Navilock NL-8003P (MD6 series) is a compact serial GPS receiver module based on the u-blox 8 chipset with a built-in high-sensitivity antenna. It receives L1 navigation signals (1575.42 MHz) and provides position data over a serial interface. The module measures 65 × 45 × 22 mm and includes a universal connector for optional USB or serial cables, making it suitable for integration with notebooks and routing or navigation software.

Advantages

Built on the u-blox 8 platform, the NL-8003P offers reliable GNSS signal processing and high sensitivity from its integrated antenna. Its compact dimensions and universal connector simplify installation and connectivity to external devices via serial or USB adapters. Native support for L1 signals ensures compatibility with common GPS applications and navigation software.

Suitable for

• Integration into custom navigation or tracking projects
• Use with notebook-based routing or mapping software
• Embedded systems requiring a compact serial GNSS receiver

Key specifications

• Model: Navilock NL-8003P (MD6 series)
• Chipset: u-blox 8
• GNSS band: L1 (1575.42 MHz)
• Interface: Serial (universal connector; optional USB via cable/adapter)
• Antenna: Built-in high-sensitivity antenna
• Dimensions: 65 × 45 × 22 mm
• MPN: 62525
• EAN: 4043619625253

How to use

Connect the NL-8003P to a host device using the module's serial connector or an optional USB adapter cable. Install or configure compatible routing or navigation software on the notebook or embedded system and select the appropriate serial COM port and baud rate. Power the module according to the host interface requirements and wait for satellite fix; the built-in antenna improves acquisition in typical outdoor conditions.

Recommendations

Place the receiver with a clear view of the sky for faster satellite acquisition. Use a reliable serial-to-USB adapter if your host lacks a native serial port and ensure software settings (baud rate, NMEA/output format) match the module configuration.