SPECTRASWITCHTM
Home
Features
About Us
Contact Us
  
SPECTRASWITCHTM
Home
Features
About Us
Contact Us
More
  • Home
  • Features
  • About Us
  • Contact Us
  • Home
  • Features
  • About Us
  • Contact Us

A Patented Self-Testing "Control Affirmed By Light Energy" (CABLE) System

A Patented Self-Testing "Control Affirmed By Light Energy" (CABLE) SystemA Patented Self-Testing "Control Affirmed By Light Energy" (CABLE) SystemA Patented Self-Testing "Control Affirmed By Light Energy" (CABLE) System

Inventive Technologies for Passive Fiberoptic Systems

Welcome to SPECTRASWITCH TM

The "Control by Light" Fiberoptic Electrical Control System, SpectraSwitch™ (U.S. Patent No. 11,493,695), is the world’s first self-testing fiber-optic switch and sensor for remote electrical control and monitoring, using a single optical fiber to replace copper wiring. Its Wavelength Selective Reflective Surfaces (WSRS) reflect specific colors for precise control, while continuous light detects faults instantly, enhancing reliability for aerospace avionics, industrial controls, and more. Fully customizable to specific company needs (e.g., avionic position sensors, smart building configurations), it supports multi-position (e.g., up-off-down) and multi-location (e.g., 3-way) switching, is explosion-proof, shock-proof, waterproof, EMI-proof, and eliminates short circuit risks. Optical MEMS enables micro-switch and sensor sizes with infrared versions. Three proof-of-concept prototypes (2-position, 3-position, 3-way, self-testing) are ready for demos under a standard NDA 

Spectraswitch: First Self-Testing Non-Powered Optical Switch

View this demonstration video showing one simplistic example of the remote fiberoptic electrical switching technology

Patented tech for Optical control of remote electric devices

Mission Critical Fiber Optic Switching Designs

Mission Critical Fiber Optic Switching Designs

Mission Critical Fiber Optic Switching Designs

Self-Diagnostic Multiplexed Optical Position Switch System

Featuring an Optical Feedback Loop Circuit over a single optical Fiber

Passive Fiber Optics for use in

Mission Critical Fiber Optic Switching Designs

Mission Critical Fiber Optic Switching Designs

Aeronautical

Aerospace

Automotive

Advanced Robotics

More

Safety Switching Systems

Mission Critical Fiber Optic Switching Designs

Safety Switching Systems

Industrial Safety Lockout Control

Fiber Optic Security Systems

Remote Fiber Optic Switch Control

Self-Diagnostic Safety Systems

More

Participating Member

SPIE, the international society for optics and photonics

SPIE, the international society for optics and photonics

SPECTRASWITCH TM

Copyright © 2020 SPECTRASWITCH TM - All Rights Reserved.

Powered by

Cookie Policy

This website uses cookies. By continuing to use this site, you accept our use of cookies.

Accept & Close