©1998-2020 kaya-optics.com
All Rights Reserved.




Lanomax lanosterol eye drops




Kaya Security
wonderful wonderful wonderful

Lynceus™ Long Range PTZ Cameras with Day/Night See-Through Vision

The Lynceus™ VSN and VSA series of camera systems is an exciting revolutionary advancement in surveillance solutions. This series features Long Range Day & Night See-Through Vision and Long Range Assessment. This series is ideal for airport, border, transportation, port, and nuclear facility, petrochemical, critical infrastructure, or homeland security applications.

Key Features
  • Long Range Day/Night See-Through Vision - The cutting edge DeepThru™ Vision Technology based on Real Time Digital Fog Reduction & Optical See-Through Vision provides the ability to see through fog, mist, haze, rain, snow, smog, dust, sand, dark sunglasses and tinted car windows up to miles away during the day and night.
  • Long Range Assessment - Continuous zoom optics provide Threat Assessment & Awareness capabilities up to miles away during the day.
Buy It Now


Lynceus™ VSN/VSA Series Specifications and Range Performance

Model Remote Operation Visible/NIR Camera Specifications and Range Performance Thermal Camera Specifications and Range Performance
Resolution Lens Focal Length (mm) IR Laser Illuminator Power (w) Detailed Human Threat Assess ment (Night, m) Detailed Human Threat Assess ment (Day, m) Human Threat Awareness (Day, m) See-Through Vision (Night, m) See-Through Vision (Day, m) Resolution Lens Focal Length (mm) Human Recognition Range (m) Human Detection Range (m) Vehicle Recognition Range (m) Vehicle Detection Range (m)
VSN-3000 Network 1080p/60fps 16.7-2000 - - 10000 20000 - 20000 - - - - - -
VSN-2000 Network 1080p/60fps 16-500 - - 2500 8500 - 8500 - - - - - -
VSN-1000 Network 1080p/60fps 10-350 - - 2000 7000 - 7000 - - - - - -
VSA-3000 Analog 560HTVL 12.5-1500 - - 7500 15000 - 15000 - - - - - -
VSA-2000 Analog 560HTVL 23-506 - - 2500 8500 - 8500 - - - - - -
VSA-1000 Analog 560HTVL 17-374 - - 2000 7000 - 7000 - - - - - -
NOTE: Range Performance dependent on atmospheric conditions.