GPS-vevőmodul USB Navilock NL-82002U

The Navilock NL-82002U is a compact USB 2.0 GNSS receiver module based on the u-blox NEO-M8U chipset. It integrates an active antenna and high-sensitivity inertial sensors — a 3D accelerometer and a 3D gyroscope — enabling reliable position determination even when GNSS signals are temporarily interrupted. The device connects via USB and is suitable for use with laptops and Windows systems supported by the manufacturer.

Advantages

The integrated u-blox NEO-M8U chipset offers high sensitivity (down to -160 dBmW) for improved satellite reception. Built-in active antenna and inertial sensors (3D accelerometer and 3D gyroscope) provide continuity of position information during signal outages. Its compact dimensions (45 × 65 × 22 mm) and USB 2.0 interface make it easy to connect and transport. Compatibility with multiple Windows editions ensures straightforward deployment on common laptop platforms.

Suitable for

• Precise location tracking and navigation on laptops
• Field data collection where GNSS interruptions may occur
• Applications requiring sensor-assisted positioning (inertial-aided GNSS)

Key specifications

• Model: Navilock NL-82002U (MPN: 62756, EAN: 4043619627561)
• Chipset: u-blox NEO-M8U
• Interface: USB 2.0
• Sensitivity: up to -160 dBmW
• Built-in sensors: 3D accelerometer, 3D gyroscope
• Active antenna: integrated
• Dimensions: 45 × 65 × 22 mm
• OS support: Windows editions (including Windows 10 Education and Enterprise)

How to use

Connect the NL-82002U to an available USB port on a compatible laptop. Install any required drivers or u-blox software supplied by the manufacturer or available on the Navilock/u-blox support pages. After installation, configure the GNSS application or mapping software to use the USB receiver as the position source. For applications that support sensor fusion, enable inertial-aided positioning to maintain location continuity during temporary GNSS outages.

Recommendations

For best reception, place the receiver where the integrated antenna has a clear view of the sky and avoid metal obstructions. Keep device firmware and drivers up to date and, when possible, enable inertial sensor fusion in your navigation software to improve positioning during signal interruptions.