Opsys – Altos Sol

Simplifies Integration ALTOS Solution

Altos Sol

Fully integrated solution - Industrial

A compact, plug & play device for demanding, industrial environments

ALTOS (Advanced LiDAR Technology Opsys Sensors), brings added value to industrial applications by providing a 4D point cloud from a device’s specific field of view (FOV).

It allows systems to improve performance and safety – increasing efficiency for greater cost savings too. Opsys LiDAR has no moving parts, making it more robust as there are no mechanical failures over time.

ALTOS is the perfect solution for the different requirements of numerous industrial sectors, such as Smart Cities, ITS and agriculture. 

Features & Benefits

  • Opsys’ pure solid-state scanning LiDAR enables best-in-class performance for scalable and automated production

  • ALTOS supports the use of LiDAR in harsh environmental conditions. It operates in a wide temperature range: -20°C to +65°C

  • ALTOS is high resolution and extremely reliable; all at an affordable cost for mass production

  • Opsys’ patented technology allows point by point scanning which increases ‘signal to noise ratio’ and ‘single point probability of detection’

  • As Opsys LiDAR has no moving parts it allows for 24/7 operation

ALTOS 70 : Key Tech Spec

FOV

Angular Resolution

Operating Temp

Wavelength

80° x 22°

0.4° x 0.4°

-30°C to 65°C

905nm, 940nm

Max Range 10%

Max Range 70%

Frame Rate

Eye Safety


55m

100m

Up to 25 FPS

Class 1 Eye-Safe per IEC/EN

60825-1: 2014

ALTOS 150 : Key Tech Spec

FOV

Angular Resolution

Operating Temp

Wavelength

45° x 13°

0.2° x 0.2°

-30°C to 65°C

905nm, 940nm

Max Range 10%

Max Range 70%

Frame Rate

Eye Safety

 

100m

150m

Up to 25 FPS

Class 1 Eye-Safe per IEC/EN

60825-1: 2014

ALTOS 300 : Key Tech Spec

FOV

Angular Resolution

Operating Temp

Wavelength

22.5° x 6.5°

0.1° x 0.1°

-30°C to 65°C

905nm, 940nm

Max Range 10%

Max Range 70%

Frame Rate

Eye Safety

 

200m

300m

Up to 25 FPS

Class 1 Eye-Safe per IEC/EN

60825-1: 2014