Millimeter Wave Radar Applications

Figure 1 that s why electronic warfare satcom and datalink applications are moving to millimeter wave frequencies.

Millimeter wave radar applications. This band is commonly used in radio astronomy and remote sensing. Mmw radars are employed in a wide range of commercial military and scientific applications for remote sensing safety and measurements. Radio physics solutions for example produces a millimeter radar threat level evaluation mirtle unit that is designed to detect concealed threats at ranges of several to tens of meters. Ieee 802 11ad wigig technology 4.

That is why other important mmw radar applications are. Applications of millimeter waves 1. Millimeter wave radar is. Radar systems transmit electromagnetic wave signals that objects in their path then reflect.

In the united states the band 36 0 40 0 ghz is used for licensed high speed microwave data links. Hd video applications 3. Here we ll explain what it is as well as how it ll impact 5g networks in areas where high capacity low latency networks are required. Virtual reality headsets 9.

Millimeter wave 5g or mmwave as it is also being referred to is behind the next generation of mobile applications. For cars driver monitoring and indoor monitoring improvement of object recognition based on high resolution distance and high accuracy direction sensing. By capturing the reflected signal a radar system can determine the range velocity and angle of the objects. Automobile collision warning sensor autonomous cruise control robotic vision surveillance air defense sniper artillery location tracking altimeters and height depth measurement missile guidance and tracking speed and range measurement for industrial uses industrial depth measurement.

Medical applications mmw therapy. Millimeter wave technology already is established in imaging security applications such as airport screening equipment. Ground based radio astronomy is. As k q and v band technology matures original equipment manufacturers are modifying designs accordingly to produce products that meet the needs of modern military and commercial applications.

The millimeter wave mm wave frequency band is promising for various applications such as wireless sensing imaging and communications.