79GHz Band 3D Imaging Radar

Note : As of the end of December 2021

79GHz Band 3D Imaging Radar

Abstract

Abstract

Panasonic's compact 3D imaging radar that using a small number of antennas and high-precision positioning algorithm can recognize multiple objects in low visibility such as snow storm, fog, dust and darkness.

Features

Features

79GHz Band 3D Imaging Radar 1

Nearfield object detection around the vehicle with 3D imaging.

79GHz Band 3D Imaging Radar 3

Can detect objects in low visibility environment such as fog, snowstorm, dust and / or darkness.

79GHz Band 3D Imaging Radar 4

Easy installation at the corner due to small packaging of the 3D radar module.

Technical Advantages

Technical Advantages

High angular resolution, High range resolution

High angular resolution

3D MIMO* radar with the least number of antennas and highly accurate object detection algorithm.

High range resolution

Use of 79 GHz wideband (total 4 GHz bandwidth) Characteristics compared with 76 GHz narrowband (total 1 GHz bandwidth).

MIMO* : Multiple-Input and Multiple-Output

One DSP module can process two Front-End modules

One DSP module can process two Front-End modules

Cost effective for realizing wide FOV*.

Compact size and high heat resisting are realized due to separate configuration of Front-End and DSP* module.

FOV* : Field of View
DSP* : Digital Signal Processing

Applications

Applications

Autonomous driving (Lv.4 and more)

Autonomous driving (Lv.4 and more)

Pedestrian safety at intersection

Pedestrian safety at intersection

Autonomous parking assist

Autonomous parking assist

Autonomous driving (Lv.4 and more)

Detection and imaging of multiple pedestrians and other objects under poor visibility.

Pedestrian safety at intersection

Detection of pedestrians behind the guardrail and bicycles approaching rapidly from behind.

Around parking lot with multiple obstacles

Space detection for parking at complex situation.