Ancortek software-defined radar kits can be used for many applications in various situations. Here are some frequently asked applications and our recommendations.   Outdoor Object Tracking: X-band SDR-KIT 980 C-band SDR-KIT 580best for longer range up to 100 meters Customized C-band SDR-KIT 580 for traffic monitoring within 1 km W-band SDR-KIT 7700 MIMO for vehicle tracking Tracking of Micro-UAV: C-band SDR-KIT 580 best for longer range up to 50 meters X-band SDR-KIT 980 K-band SDR-KIT 2400
Blog
An interferometric radar consists of one transmitting antenna and two nominally identical receiving antennas spaced by a baseline for observing targets at a distance. An example of using SDR 2400AD2 as an interferometric radarfor simultaneous measurement of radial and transversal velocities is shown in the figure below.   – An example of using SDR 2400AD2 as an interferometric radar.   Dr. Xiangrong Wang and her research team of BUAA, China, used the interferometric radar to
Blog
One of the challenges for railway safety is in the complex railyard environments. Railyard workers in a noisy environment are often surrounded by dangerous moving objects and can easily result in accidents or casualties. Thus, monitoring the railyard workspace to keep personnel safe is particularly challenging. Dr. Hamid Sharif and his research team in the University of Nebraska-Lincolnused Ancortek SDR-KIT580AD to improve railyard safety. They used visual images to monitor a wide areaand used Ancortek
Blog
Ancortek has launched2-transmitter/4-receiver software-defined radar kits,the SDR-KIT 2400T2R4 and SDR-KIT 7700T2R4. As known, with multi-channel transmitter and receiver,radar can be served as a MIMO radar.   In SDR-KIT 2400T2R4 and 7700T2R4, the transmittedsignals are designed in a manner of the time division multiplexingtosupport MIMO capability.With 2transmit elements and 4 receive elements andthrough 8 distinct propagation channels,an8-element virtual receiving antenna arraycan be formed. A virtually formed receiving antenna array can be designed to produce a desired
Blog

Leave a Reply

Your email address will not be published. Required fields are marked *