Our Technology

What is 3DFL?

Time of flight (ToF) LIDAR is a highly accurate distance mapping and 3D imaging technology. Time of Flight sensors emit a very short pulse of infrared light. The light pulse is reflected from objects in the scene. The ToF sensor precisely and accurately measures the pulse transit time. Since the speed of light is a constant, the measured transit time easily converted to a depth value.

The two most popular ToF sensor LIDAR architectures are global shutter flash and rolling shutter scanning. Global shutter flash LIDAR illuminates the entire field of regard with a single pulse of infrared illumination. The flash LIDAR detector consists of a proprietary focal plane array (FPA) in which each pixel independently measures the time of flight. The scanning LIDAR illuminates a narrow field of view with a narrow pulse of illumination and measures the time of flight. Subsequently, the laser and sensor must be physically scanned through the entire field of regard to capture the scene depth values. Global shutter flash LIDAR are preferred for real time 3D mapping / imaging applications due to the simplicity, efficiency, and speed advantages.

Technology Features
Global Shutter Capture
Global shutter camera system with no motion distortion
Co-Registered Range & Intensity
Real-time, co-registered range and intensity maps
Contiguous Pixels
No spatial data gaps with contiguous pixels
Solid State
Solid state system with no moving parts
Precise Measurements
Accurate and precise depth measurements
Degraded Visual Imaging
Imaging through degraded visual environments – smoke, dust, fog, rain and snow

A Government & Military Case Study

Case study coming soon!
Advanced Scientific Concepts LLC (ASC) is a leading provider of real time, global shutter, solid-state, 3D flash LIDAR (3DFL) ranging/imaging systems. Our 3DFL technology offers superior distortion free scene range/intensity mapping capabilities required for real time mapping, guidance navigation & control, situational awareness, tracking, and augmented reality applications.