SA Photonics
  • Technologies
    • High Bandwidth Optical Communications
      • Underwater Optical Communications
      • Free Space Optical Communications
      • SAFire Modulated Light Source
      • Space Qualified Fiber Optic Switch
    • Head Mounted Displays
      • Wide Field of View Digital Night Vision
      • Augmented Reality HMD
      • Microdisplay Smear Reduction for HMDs
      • Binocular HMDs in Faceted Flight Simulators
    • High Power Microwave Sensors
      • Millimeter Wave Sensors
      • Microwave Sensors
    • LADAR/LIDAR Systems
      • Coherent Fiber LADAR
      • Underwater Imaging LIDAR
    • Mirror Sense and Control Systems
    • High Power Pulsed Fiber Lasers
    • Compact Fiber Gyros
    • RF Beamformers
  • About
  • Team
  • Contact
  • High Bandwidth Optical Communications
    • Underwater Optical Communications
    • Free Space Optical Communications
    • SAFire Modulated Light Source
    • Space Qualified Fiber Optic Switch
  • Head Mounted Displays
    • Wide Field of View Digital Night Vision
    • Augmented Reality HMD
    • Microdisplay Smear Reduction for HMDs
    • Binocular HMDs in Faceted Flight Simulators
  • High Power Microwave Sensors
    • Millimeter Wave Sensors
    • Microwave Sensors
  • LADAR/LIDAR Systems
    • Coherent Fiber LADAR
    • Underwater Imaging LIDAR
  • Mirror Sense and Control Systems
  • High Power Pulsed Fiber Lasers
  • Compact Fiber Gyros
  • RF Beamformers

LADAR/LIDAR Systems

SA Photonics has developed LADAR/LIDAR systems for use in free-space and underwater environments.  The free-space system is a coherent Doppler LADAR system, while the underwater LIDAR system uses coherent RF modulation, which can determine target texture and geometry.

  • Coherent Fiber LADAR
  • Underwater Imaging LIDAR

©2012 SA Photonics