In this overview, the main product Navilock Connecting Cable USB 2.0 Type-A Male to M8 Female for GNSS Receiver Waterproof 1.2 m Black is compared with various Navilock GNSS devices, including external antennas and receivers with different connection types and purposes. While the reviewed product is a specialized waterproof connection cable for integrating receivers, the alternative options are fully functional receivers or antennas designed to capture satellite signals. The primary practical difference is that the cable serves exclusively as an extension and linking element for existing hardware, whereas the alternatives perform data collection, navigation, and positioning functions.
⚙️ The specification comparison focuses on device types, connection interfaces, cable lengths, and specialized design features.
| Parameter | Navilock Connecting Cable (Main product) | GNSS Antenna Navilock NL-203AA | GNSS Receiver Navilock NL-802U | GNSS receiver Navilock NL-802UC | Navilock NL-804P Multi GNSS | GNSS receiver Navilock NL-803P | Practical significance of differences |
|---|
| Device type | Connection cable | External GNSS antenna | GNSS receiver | GNSS receiver | GNSS receiver | GNSS receiver | The main product is a connection accessory, while all other products are standalone hardware units for receiving satellite signals. |
| Interface and connectors | USB 2.0 Type-A to M8 Female | SMA connector | USB 2.0 Type-A | USB 2.0 Type-C | MD6 Serial with PPS support | Not specified | Different connector types determine compatibility with specific equipment, computers, or rugged controllers. |
| Cable length | 1.2 m | 5 m | 1.5 m | 1.5 m | 1.5 m | Not specified in description | Cable length affects installation flexibility: an extension cable suits compact layouts, while a long antenna cable facilitates outdoor placement. |
| Design features | Waterproof design | Designed for outdoor use | Compact design with u-blox 8 | EVA-M8Q chipset for fieldwork | Professional interface with PPS timing | Multi-GNSS constellation support | Specialized features in alternatives focus on field conditions, precise positioning, or professional time synchronization. |
◎ The suitability and use case comparison helps determine which product is best suited for specific tasks.
| Use case | Recommended product | Why |
|---|
| Connecting existing GNSS equipment with an M8 connector | Navilock Connecting Cable USB 2.0 Type-A Male to M8 Female for GNSS Receiver Waterproof 1.2 m Black | This product is specifically designed to physically connect and protect the connection point of GNSS hardware to a USB Type-A source. |
| Setting up stationary signal reception in vehicles or marine environments | GNSS Antenna Navilock NL-203AA | The antenna is built for outdoor installation and includes a five-meter cable for convenient exterior routing. |
| Navigation and mapping with standard USB connectivity | GNSS Receiver Navilock NL-802U or Navilock NL-802UC | Ready-to-use receivers with u-blox chipsets provide immediate satellite data reception via USB Type-A or Type-C. |
| Professional applications requiring precise timing data | Navilock NL-804P Multi GNSS Receiver | Support for a Serial interface and PPS makes this option optimal for industrial and precision measurement systems. |
The reviewed connecting cable differs fundamentally from the other products in that it does not capture satellite signals by itself, but instead acts as an auxiliary component for routing waterproof GNSS receivers. This product is most useful for users who need a secure, moisture-protected cable link for their existing hardware featuring an M8 connector. If you need a device to directly determine coordinates, you should select one of the featured receivers or antennas based on your required interface and operational environment.
