Standard Precision Dongles

Standard Precision GNSS USB Dongles

Standard precision GNSS USB dongles provide a simple and reliable way to add satellite positioning to computers, industrial systems, vehicles and embedded applications. These compact plug-and-play GNSS receivers connect via USB and are designed for applications where reliable meter-level positioning is required without the complexity of an RTK correction service.

Our range includes u-blox GNSS dongles based on proven receiver platforms such as NEO-M8N, NEO-M9N, NEO-M8T and NEO-M9V. Choose from compact USB receivers, rugged IP67 models and GNSS dongles with additional positioning and timing features.

u-blox GNSS USB Receivers for Reliable Positioning

u-blox GNSS technology provides reliable satellite tracking for navigation, positioning and location-based applications. Standard precision receivers are an excellent choice when centimeter-level RTK accuracy is not required.

Depending on the model, our GNSS USB dongles support multiple satellite constellations and are available with external SMA antenna connections, allowing the antenna to be positioned for optimal satellite reception.

Simply connect the receiver to a compatible USB port and integrate GNSS data into your navigation, monitoring, logging or positioning system.

USB-A and USB-C GNSS Dongles

GNSS Store offers both USB-A and USB-C GNSS receivers, making it easy to select a device compatible with your hardware.

Standard USB GNSS dongles are ideal for development, testing and indoor equipment installations, while rugged IP67 GNSS USB-C receivers provide additional environmental protection for demanding outdoor and industrial applications.

Models with an external SMA antenna connector can be paired with a suitable GNSS antenna according to the installation and signal reception requirements of your project.

GNSS Dongles with Dead Reckoning

For automotive and mobile applications, selected GNSS dongles based on the u-blox NEO-M9V platform support Untethered Dead Reckoning (UDR) and Automotive Dead Reckoning (ADR).

Dead reckoning can help maintain more consistent positioning when satellite signals become weak or temporarily unavailable, for example in tunnels, parking structures or challenging urban environments.

These receivers are particularly suitable for vehicle positioning, fleet applications, robotics and other systems where continuous location information is important.

Applications for Standard Precision GNSS Receivers

Standard precision GNSS dongles are suitable for a wide range of professional and development applications, including vehicle navigation, drones and UAVs, agricultural equipment, robotics, data logging, tracking systems, marine applications and GNSS development or testing.

For applications requiring precise timing, selected receivers also provide timing and raw GNSS capabilities.

Standard Precision GNSS vs RTK GNSS Dongles

The main difference between a standard precision GNSS receiver and an RTK receiver is the level of positioning accuracy.

Standard GNSS dongles are designed for reliable meter-level positioning without requiring an RTK base station or correction service. This makes them a practical and cost-effective solution for navigation, tracking and general positioning applications.

For surveying, precision agriculture, autonomous systems and other applications requiring centimeter-level positioning, an RTK GNSS USB dongle may be a better choice.

Choose the Right GNSS USB Dongle

When choosing a GNSS dongle, consider the required positioning accuracy, supported GNSS constellations, USB interface, antenna connection, environmental protection and additional features such as dead reckoning or timing output.

Explore the standard precision GNSS USB dongles above to find the right u-blox receiver for your navigation, tracking, automotive or industrial positioning project.