Imaging Radar Products

Oculii FALCON

Falcon

Single Chip 4D Radar for ADAS Corner Radar Applications and Robotic Perception
Available Now
2.0°
5.0°
Resolution (Azimuth/Elevation)
20X
Performance compared to the best selling sensor in its class
200M range
120° Azimuth field of view
30° Elevation field of view
2.5 watts power consumption
Oculii EAGLE

Eagle

Dual Chip Imaging Radar for ADAS Front Radar Applications and Autonomous Vehicles
Available Now
0.5°
1.0°
Resolution (Azimuth/Elevation)
50X
Performance compared to the best selling sensor in its class
350M+ range
120° Azimuth field of view
30° Elevation field of view
5 watts power consumption
Oculii RAPTOR

Raptor

Coming Soon.
Oculii FALCON

Falcon

Single Chip 4D Radar for ADAS Corner Radar Applications and Robotic Perception
Available Now
2.0°
5.0°
Resolution (Azimuth/Elevation)
20X
Performance compared to the best selling sensor in its class
200M range
120° Azimuth field of view
30° Elevation field of view
2.5 watts power consumption
Oculii EAGLE

Eagle

Dual Chip Imaging Radar for ADAS Front Radar Applications and Autonomous Vehicles
Available Now
0.5°
1.0°
Resolution (Azimuth/Elevation)
50X
Performance compared to the best selling sensor in its class
350M+ range
120° Azimuth field of view
30° Elevation field of view
5 watts power consumption
Oculii RAPTOR

Raptor

Coming Soon.

Oculii’s Advanced Technology

Always Learning State
of the Art AI

Oculii’s radar modules support over-the-air software updates to make sure customers have the latest and most advanced AI models.

Accurate Doppler
Detection

Oculii’s Doppler detection technology enables the sensor to accurately measure the velocity and heading of all targets in the environment.

Embedded Perception

Oculii’s sensors don’t just generate point clouds, they also make sense of them. Embedded tracking and classification of every target in the environment enables autonomous perception in any environment.

Interference Mitigation/Cancellation

Oculii’s sensors naturally leverage sophisticated adaptive software to avoid and cancel interference. This enables thousands of sensors in close proximity to co-exist and operate in a distributed fashion.