Transform Elfin EW10 NMEA Navigation Data to Wi-Fi in a Breeze
Pimp Your Maritime Setup: Transform NMEA 0183 to Wi-Fi for a Tenner!
Ready to modernize your maritime gear and cut costs? Today, we'll guide you through transforming data from your AIS gizmos and other NMEA 0183 devices into a Wi-Fi signal using the buzz-worthy Elfin EW10, a budget-friendly industrial converter. This little powerhouse is like the HF2211 on steroids and lets you view real-time navigation info on your gadgets with apps like Navionics and OpenCPN. This trick works with goodies like AMEC Camino, Em-Trak, Matsutec HA-102, and more. Let's get started and say goodbye to complex setups!
The Lowdown on Elfin EW10
Power Up
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- Plug the EW10 into a 5V DC power source (e.g., a USB charger).
Connect NMEA 0183
- Wire your EW10 to the NMEA 0183 “Data Out” (Tx+/Tx-) wires from your marine instrument (like an autopilot, GPS, or depth finder).
- EW10+ (RED): NMEA 0183 Tx+
- EW10- (BLACK): NMEA 0183 Tx–
- GND (GREEN): Common ground (recommended for noise reduction, but not always necessary)
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Get Your Wi-Fi On
- Find the Wi-Fi Network:
- The EW10 acts as a Wi-Fi access point.
- Keep your eyes peeled for a network called Elfin-EW10_XXXX (where XXXX is a unique identifier).
- Connect Your Device:
- Hook up your smartphone, tablet, or laptop to the EW10’s Wi-Fi network.
- If prompted, do eneter the default password (often found in the manual, such as “pass1234”).
- Check the Connection:
- Kick open a browser and navigate to the EW10’s configuration page (the manual may specify an IP like ).
- Tinker with the settings if you need to.
Get Your App On
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Navionics on iOS/Android
- Open the Navionics app.
- Tap the hamburger menu.
- Navigate to Settings > NMEA Data provider.
- Select the EW10 network if not already connected.
- Navigate back to the map; Navionics should now receive NMEA 0183 data.
- Note: Some Navionics apps mayrequire external NMEA connection settings. If you don't see data, check that the app supports Wi-Fi NMEA.
OpenCPN (PC/Mac/Tablet)
- Connect your device to the EW10’s Wi-Fi network.
- Launch OpenCPN.
- Go to ‘Options’ > ‘Connections.’
- Click ‘Add Connection.’
- Set the following:
- ** Protocol:** TCP/IP
- ** Address: Localhost or 127.0.0.1 (if running on the same device) – OR** EW10's IP (when running from another device).
- ** Port:** (Usually 10110 for Elfin EW10)
- Test the connection.
- Save and exit.
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Checking It Out
- In OpenCPN:
- Keep an eye out for incoming data (GPS location, depth, etc.) in the dashboard.
- In Navionics:
- Ensure you see real-time data such as GPS coordinates and, if available, AIS, depth, or other instruments.
- When Stuck:
- Backtrack your steps, double-check wiring polarity and baud rates, restart the module, and reconnect your device.
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Troubleshooting 101
- No Data?
- Check the NMEA wiring polarity (Tx+ to EW10+, Tx- to EW10–).
- Make sure your marine device outputs NMEA 0183 sentences at a baud rate the EW10 handles (like 4800).
- App Not Connecting?
- Ensure your device connects to the EW10’s Wi-Fi network.
- Some apps need TCP/IP port configuration (such as port 10110).
Congrats, You're Done!
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1. Connect NMEA 0183.2. Power the EW10.3. Connect your device to the EW10’s Wi-Fi network.4. Tell Navionics or OpenCPN to grab NMEA via Wi-Fi (TCP port often 10110).5. Toast to hassle-free sailing and fishing!
Got specific issues? Let me know the device and app details so I can help you out! For more tips and maritime madness, don't miss a video!
Wanna Use It for a Different Device?
Remember, you can also use the Elfin EW10 as an NMEA output to feed other devices, like an autopilot, with data from your Raspberry Pi. Cheers!
With the Elfin EW10, you can transform data from your marine instrument like GPS or depth finder to Wi-Fi, enabling real-time navigation information to be viewed on your gadgets using apps such as Navionics or OpenCPN. This advancement in data-and-cloud-computing technology streamlines your maritime setup by bypassing complex arrangements.
By utilizing Elfin EW10, you can unlock additional features like using it as an NMEA output to provide data from your Raspberry Pi to other devices such as autopilots, further enhancing technology integration in your maritime setup.