Beam sharpening Broadband 4G radar is currently the only dome radar in the world that uses beam sharpening. This unique function enables you to distinguish between large and small targets according to actual needs and adjust the degree of sharpening. When the sharpening is adjusted to the maximum, you can see the most realistic image. Larger range The detectable distance is increased by nearly 50% compared to traditional radar. You can see a clear image of the target 32 nautical miles away, and the inside of the strong storm cloud group 17 nautical miles away. Able to achieve dual ranges When the NSE or NSO system is used in combination on the same dome radar, the effect of the dual-range radar combination can be displayed, and targets within 200 feet to 32 nautical miles can be monitored using only one radar day. High-speed rotation mode The speed can reach 48 rpm, and it can be updated in real time when it is within the range of less than 1 nautical mile. Advanced MARPA target detection With the help of directional clutter suppression and sidelobe suppression, the ability to detect targets is improved. Under normal mode, 10 targets can be tracked simultaneously, and under dual range mode, 20 targets can be independently controlled and tracked. Very clear image It has an excellent experience in a crowded cruise ship terminal or in low visibility conditions. Automatically adjust the sharpness The mature "automatic port" and "offshore" modes can suppress directional clutter without tuning, and are easy to operate. Real dynamic display After connecting with SIMRAD’s NSS, NSE or NSO radar display and control unit, it is easy to distinguish between land and moving targets. Double protection zone Protect yourself from multiple angles. InstantOn™ Ordinary magnetron pulse radar requires warm-up time, while broadband 4G radar uses solid-state continuous wave technology, no warm-up, instant start, so that users can get images on the screen faster and more accurately. Low power consumption Regardless of the size of the ship, it is ideal for shore-based radar stations, sailing, cruise or fishing vessels. Zero radiation It is safer than any other radar currently on the market, and even has a smaller radiation than a mobile phone, so it can be installed anywhere. Plug and play All parts of the radar are encapsulated and connected in the radar shell, and the radar connection does not need to be opened and can be used directly after installation. There is no need to adjust or calibrate the zero point, nor does it require people with radar expertise to operate. Ethernet connection Works with an Ethernet connection.
Description of Exhibits:The horizontal beam width of the antenna [degrees] 2.6°~5.2°±10% (-3dB bandwidth) ° (target separation can reach a minimum of 2.6° in beam sharpening mode) Noise characteristics of antenna receiver 6dB Antenna rotation speed 24/48 ± 10% maximum speed The vertical beam width of the antenna 25°±20% (-3dB wave width) ° Beam width 2.6° Radar wind resistance 51 m/s (maximum: 100 nm/h) Radar preparation time [minutes] 0 communication Data in/out protocol High-speed Ethernet Transceiver transmit power Actual 165mW Transmitter frequency x band-9.3 to 9.4GHz powered by Power consumption 18W (typical) @ 13.8VDC