Description
Digital Yacht WLN10 Smart WiFi NMEA Converter | Boat Supply Store
Integrate your existing NMEA 0183 marine instruments with modern digital navigation platforms using the Digital Yacht WLN10 Smart. This black box solution operates as a WiFi server, broadcasting instrument data such as GPS position, depth, wind speed, and AIS targets to tablets or PCs. It supports NMEA 0183 input at either 4800 baud or 38400 baud and provides bidirectional communication for autopilot control, all encapsulated within an IPX4 rated housing.
Key Features
- Seamlessly convert NMEA 0183 data to WiFi for app integration.
- Enable bidirectional communication for autopilot system control.
- Configure baud rate, SSID, and password via an intuitive web interface.
- View received NMEA data for effective fault finding.
- Achieve robust connectivity with support for UDP and TCP/IP protocols.
- Ensure compatibility with all major navigation applications.
- Benefit from an IPX4 rated, black box solution for durability.
- Upgrade older NMEA 0183 equipment for modern tablet displays.
Specifications
| Product Specifications | |
|---|---|
| Baud Rate Support | 4800 & 38400 |
| Input | NMEA 0183 |
| Output | WiFi (UDP/TCP/IP) |
| Communication | Bi-directional |
| Ingress Protection | IPX4 |
| Configuration | Web-based interface |
Who This Is For
Sailors and powerboat owners seeking to leverage their current NMEA 0183 instrument data with contemporary navigation software on tablets or PCs. This device provides a versatile bridge for a comprehensive and flexible charting experience.
How It Compares
| Feature | Digital Yacht WLN10 Smart WiFi NMEA Converter | Competitor |
|---|---|---|
| NMEA 0183 to WiFi Conversion | Yes | No, Yes |
| WiFi Output for Tablets/iPads | Yes | No, Yes |
| Bidirectional Communication | Yes | Yes, Yes |
| Web Interface for Configuration | Yes | Yes (via PC software), Yes |
| NMEA 2000 Input | No | Yes, Yes |
Common Concerns Answered
How do I get past initial WiFi setup challenges?
The web interface simplifies initial configuration, allowing you to set your network's SSID and password. For users unfamiliar with IP networking, consulting the provided manual or online resources for basic WiFi setup will facilitate a smoother integration with your existing network.
Are connectivity drops a common issue?
While occasional drops can occur, they are often related to external network interference or specific app compatibility rather than inherent product flaws. Ensuring a stable WiFi environment and checking app requirements can mitigate these occurrences.
Will this integrate with my specific navigation app?
The WLN10 Smart is designed for full compatibility with popular navigation apps and software. Reviewing the app's documentation or contacting our support team can confirm specific integration protocols if uncertainty exists.
Frequently Asked Questions
How do I connect the Digital Yacht WLN10 Smart to my existing NMEA 0183 instruments?
Connect the NMEA 0183 TX and RX wires from your instruments to the corresponding inputs on the WLN10 Smart, and power the unit using its dedicated power connection. Refer to the manual for specific wiring diagrams.
What navigation apps are compatible with the Digital Yacht WLN10 Smart?
The WLN10 Smart is compatible with a wide range of popular navigation apps and software that support standard NMEA 0183 data over WiFi (TCP/IP or UDP), including Navionics, iNavX, OpenCPN, and many others.
Can I use the WLN10 Smart to control my autopilot?
Yes, the WLN10 Smart provides bi-directional communication, allowing it to send commands from your navigation app to compatible NMEA 0183 autopilots for control.
What is the difference between the WLN10 Smart and older WLN10 models?
The WLN10 Smart features an upgraded web-based configuration interface for easier setup and the ability to select between 4800 and 38400 baud rates directly, offering greater flexibility than older models.
How do I configure the baud rate and WiFi settings on the WLN10 Smart?
Access the WLN10 Smart's web interface by connecting to its default WiFi network and navigating to its IP address in a web browser. From there, you can set the desired baud rate (4800 or 38400), configure your WiFi network's SSID, and establish a secure password.
