Features:
Integrated Wi-Fi and thin cabling simplifies installation
Quantum's energy efficient and lightweight design provides safe radiated emissions and substantially reduced power consumption
The New Standard in Compact Radar Next Generation CHIRP Pulse Compression Radar Imaging
Offshore or within a few yards, Quantum's CHIRP pulse compression radar technology delivers sharper targets with reduced clutter
CHIRP Pulse compression technology ensures more energy reaches each target, resulting in superior imaging on long ranges
Excellent short-range detection and enhanced target detail with 18' (6 m) minimum range (80% improvement over magnetron radars)
Immediate awareness Quantum starts up and is ready to go in seconds
Superior interference rejection eliminates noise from other radars
Simplified Installation Wi-Fi or thin wire network connectivity
Simple Wi-Fi connection between Quantum and any Raymarine LightHouse II powered MFD
Quantum's small diameter power cable is easy to route through tight spaces
Easy to upgrade Quantum uses the same bolt pattern as previous generation radars
Optional Quantum adapter cable eliminate the need to run new radar cables
Energy Efficient and Lightweight Design 50% lighter, safe emissions, and low power consumption
Weighs 50% less than traditional magnetron radars
Safe Emissions thanks to Quantum's low power solid state transmitter
Very low power consumption (17W transmit and 7W standby)
Extended vessel battery life when under sail
Specifications:
Radar Type CHIRP Pulse Compression
Transmitter Solid State
Antenna Type: Phased Array
Maximum Range Scale: 24 nm
Minimum Range Scale: 1/16 nm
Interfaces Wi-Fi or wired Ethernet (RayNet)
Compatible MFDs
a Series Multifunction Displays
c Series Multifunction Displays
e Series and eS Series Multifunction Displays
gS Series Multifunction Displays running LightHouse II Release 16 or higher
Input Voltage 12 - 24V DC (Min: 10.8V DC, Max: 31.2V DC)
Power Consumption 17W (7W Standby, 2W Sleep)
Beam Width: 4.9° Horizontal/20° Vertical
Videos
https://youtu.be/_Pqpu_WanQg

