GPS-modtager Navilock NL-8004P

The Navilock NL-8004P GPS receiver module is a compact vehicle-mountable GNSS receiver based on the u-blox 8 chipset with an integrated high-sensitivity antenna. It supports multi-GNSS tracking with 72 channels and a sensitivity of -167 dBmW, and connects to a computer via the MD6 universal connector and optional USB or serial cables. With dimensions of 62 x 62 x 21 mm and supplied mounting hardware, the unit is suitable for installation on car, truck or bus roofs and is compatible with Windows 10 and Windows 7 for navigation and tracking applications.

Advantages

The NL-8004P offers high satellite sensitivity and multi-GNSS capability for reliable position fixes. Its built-in antenna and compact housing simplify installation on vehicle roofs, while the MD6 universal connector allows flexible connection options using USB or serial cables. Included mounting materials enable straightforward integration into vehicle concepts without additional accessories.

Suitable for

• Vehicle navigation on cars, trucks and buses
• Fleet tracking and vehicle positioning
• Integration with laptop-based routing or mapping software

Key specifications

• Brand: Navilock
• Model: NL-8004P (MPN 62527, EAN 4043619625277)
• GNSS chipset: u-blox 8
• Channels: 72
• Sensitivity: -167 dBmW
• Dimensions: 62 x 62 x 21 mm
• Connector: MD6 universal connector (supports optional USB or serial cables)
• Compatibility: Windows 10, Windows 7

How to use

Mount the NL-8004P on a vehicle roof using the supplied installation material so the integrated antenna has a clear view of the sky. Connect the receiver to a laptop or other host using the MD6 universal connector and the appropriate USB or serial cable. Launch compatible routing or tracking software on a Windows 10 or Windows 7 system and configure the software to receive NMEA or protocol output from the GNSS receiver. Verify satellite reception and position output before starting navigation or tracking tasks.

Recommendations

Install the unit where the antenna has an unobstructed sky view for optimal signal reception. Use shielded USB or serial cables if routing cables through metal vehicle structures, and check software baud rate and protocol settings to match the receiver output.