Digital Yacht AISnode NMEA 2000 AIS Receiver - ZDIGAISNODE
Digital Yacht AISnode NMEA 2000 AIS Receiver - ZDIGAISNODE Item # 1085827
Description
NMEA2000 is becoming more and more popular on new boats and nearly all new chart plotters have an NMEA2000 interface, with some models only providing an NMEA2000 interface. Hence, with its reliability, easy plug and play connectivity and industry standard compatibility, it is not surprising why NMEA2000 is gradually replacing the older NMEA0183 standard. AISNode is an AIS receiver with NMEA 2000.
AISnode is the first AIS Receiver with NMEA 2000, that has been designed exclusively for this. With a single, integral 0.75m NMEA2000 cable that takes power from the network and outputs the AIS data on to the network, the AISnode is incredibly easy to install. Just find or fit a spare NMEA2000 "T Piece", screw the AISnode cable to the connection, connect a VHF antenna and the installation is complete.
The AISnode utilises the same high performance, true dual channel receiver that the latest Class B Transponders have. As a result, it will receive every AIS equipped vessel within VHF range and never miss or drop a single target. All of the latest NMEA2000 AIS message types are supported. This includes AIS SARTs, AtoNs and Class B static data. Therefore ensuring full compatibility with all of the latest AIS enabled chart plotters.
Simply connect the AISnode to a dedicated VHF/AIS antenna mounted on the stern rail. Or alternatively connect it to the main VHF antenna via a suitable splitter. The AISnode will then receive all AIS targets within range – typically up to 30nm (antenna/installation permitting).
Features:
- Latest generation AIS Technology – featuring a brand new AIS receiver design
- Industry standard NMEA2000 Interface
- High performance dual channel AIS receiver for use with AIS compatible plotters and radars
- Rugged IPX5 housing
- Requires VHF antenna or dedicated AIS antenna (available as optional accessory) or splitter
- Easy installation with single NMEA2000 connection for power and data
- Simple "fit and forget" black box solution