PRODUCT
G32+CCTV
which uses lasers to determine the distance to surrounding objects,
with the visual information provided by CCTV,
G32+CCTV enables accurate detection of distance and movement.
This technology can be utilized for perimeter surveillance
in various locations, such as parking lots, industrial sites, remote areas,
and public facilities
Features
• Detects changes in the position of objects
or people as 3D data,
providing more detailed
information compared to standard CCTV
and outdoor environments, regardless
of lighting conditions, day or night
by LiDAR with CCTV footage to analyze movement
patterns and trajectories,
enabling efficient management in large-scale areas
for CCTV to detect under weather conditions
such as rain, snow, or fog
• Generates 3D point clouds with LiDAR,
which do not record personal details such as faces,
ensuring privacy protection
Functions
• Number of channels : 32
• Range : 250m
• Horizontal FoV : 120°
• Horizontal angular resolution : 0.1°
• Vertical FoV : 10°
• Vertical angular resolution : 0.3°
• Reception technology : SiPM
Features
• Detects changes in the position of objects or people as 3D data,providing more detailed information compared to standard CCTV
regardless of lighting conditions, day or night
• Combines 3D data generated by LiDAR with CCTV footage to analyze movement patterns and trajectories,enabling efficient management in large-scale areas
• Complements data that is difficult for CCTV to detect under weather conditions such as rain, snow, or fog.
• Generates 3D point clouds with LiDAR, which do not record personal details such as faces, ensuring privacy protection
Functions
• Number of channels : 32
• Range : 250m
• Horizontal FoV : 120°
• Horizontal angular resolution : 0.1°
• Vertical FoV : 10°
• Vertical angular resolution : 0.3°
• Reception technology : SiPM
Device
• Size (W x H x D) : 119x95x77mm
• Weight : TBA
• Power consumption : 12V, 1A
• Operating temperature : -40ºC ~ 85º
• Storage temperature : -40ºC ~ 105ºC
Laser
• Wavelength : 905nm EEL
• Laser classification : Class 1 – Eye Safety IEC60825-1:2014
Output
• 3D Lidar Data Points (raw data) : 3 echo
• Interface : 1000Base-T1(1000Mbps)
Software
(compatible with other LiDAR products),
ROS Driver provided
• Integrated web server for easy monitoring
and configuration of LiDAR
Output
• 3D Lidar Data Points
(raw data) : 3 echo
• Interface : 1000Base-T1(1000Mbps)
Software
(compatible with other LiDAR products),
ROS Driver provided
• Integrated web server
for easy monitoring
and configuration of LiDAR
G32+CCTV
measuring capabilities
of LiDAR, which uses lasers
to determine the distance
to surrounding objects,
with the visual information
provided by CCTV, G32+CCTV
enables accurate detection
of distance and movement.
This technology can be utilized
for perimeter surveillance
in various locations, such as
parking lots, industrial sites,
remote areas, and public facilities.
Features
of objects or people as 3D data,
providing more detailed information
compared to standard CCTV
• Operates reliably in both indoor
and outdoor environments,
regardless of lighting conditions,
day or night
by LiDAR with CCTV footage
to analyze movement patterns
and trajectories, enabling efficient
management in large-scale areas
that is difficult for CCTV
to detect under weather conditions
such as rain, snow, or fog.
with LiDAR, which do not record
personal details such as faces,
ensuring privacy protection
Functions
• Number of channels : 32
• Range : 250m
• Horizontal FoV : 120°
• Horizontal angular resolution : 0.1°
• Vertical FoV : 10°
• Vertical angular resolution : 0.3°
• Reception technology : SiPM
Device
• Size (W x H x D) : 119x95x77mm
• Weight : TBA
• Power consumption : 12V, 1A
• Operating temperature : -40ºC ~ 85º
• Storage temperature : -40ºC ~ 105ºC
Laser
• Laser classification : Class 1 –
Eye Safety IEC60825-1:2014
Output
• 3D Lidar Data Points
(raw data) : 3 echo
• Interface : 1000Base-T1
(1000Mbps)
Software
(compatible with other
LiDAR products),
ROS Driver provided
• Integrated web server
for easy monitoring
and configuration of LiDAR
