Well budget is, inevitably an issue.
The only reason I am considering a standalone AIS linked to the laptop is because I can't quite stretch to an Onwa AIS Plotter at £475.
Yeah, sucks to be me.
That's a possibility.If on a budget, why not forget about transmitting AIS and connect the NASA to the laptop ?
You can connect any AIS to a laptop - if it doesn’t have WiFi or USB, then a cheap USB serial adapter will accept NMEA0183. You could even take in N2k via a USB CAN interface, though this would be by far the most expensive and inconvenient and not recommended.
Pete
Actisense NGT-1 plugs into the N2K backbone, and puts all the N2K data, including AIS, out through USB.
I'm not sure that the NGT-1 is ideal for the OP's use case. OpenCPN accepts data in NMEA-0183 format. The NGW-1 translates selected PGNs (including AIS) from NMEA-2000 to NMEA-0183. The NGT-1 doesn't so you'd need additional software for the translation if you wanted to use it with OpenCPN.
It works very well, and is not expensive.
Compared to free, free, and £5 respectively for the other options, it’s expensive in relative terms. Laika’s post shows why it’s less convenient.
We’re all agreed that it’s possible, though, which was my point.
Pete
The cost of developing the software and getting an AIS transponder type approved is not trivial.I must admit that I have never understood why AIS transponders are so expensive when, AFAIK they are basically a VHF set with a GPS input but without the voice input. At the moment I have a receiver only which cost about £100 and at least allows me to see others.
Opencpn will only recognize nmea0183 or signalk data, not n2k.But I think opencpn _does_ support a direct N2K connection..
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, it is pretty easy to have an N2K USB connection.., and I am pretty sure that you can input it directly to opencpn.
Opencpn will only recognize nmea0183 or signalk data, not n2k.
Though on a windows or linux machine it would only take a few minutes to install and set up a signalk server which will read all sorts of data over serial or wifi and multiplex into signalk and nmea0183 data, both of which opencpn will happily read. The signalk server will also do pretty much anything you can think of with any data coming in.
First, download the signalk server from here, the latest version is on the right hand side of the screen under "releases", 0.4.1 today >I'm interested in your comment above, highlighted in red. How would you suggest this is done ? I'm genuinely interested but i don't have the time to learn any programming languages or tinker with Raspberry Pis or the like.
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Lots more the server can do, try looking in webapps and open @signalk/instrument panel and click the spanner icon to see everything. though i much prefer the KIP dashboard which can be downloaded in appstore/available.
All that took an awful lot longer to type than to do.
Very useful, one huge bonus with signalk is how you can put pretty much anything in there. There's even an app to upload your wind data to windy, I'm live now ? All running on a Pi Zero drawing 0.18AThe KIP dashboard looks good.
Very useful, one huge bonus with signalk is how you can put pretty much anything in there. There's even an app to upload your wind data to windy, I'm live now ? All running on a Pi Zero drawing 0.18A![]()
Also logging data to a database then plotting can be gold dust, needs a couple more programs installed but the signalk side has a simple app to do the writing.Could be just the job. I have some data that would be useful to display without having everything turned on, just the N2K network and am planning to fit some N2K tank senders, i think this would do the job. I can show it all on the Garmin MFD, or the mirrored tablet, but i'd like to only have the network on. The Maretron N2K View looks good, but i'm not spending over £1k for a PC dash