The MPS-1400 Optical Drop Cable / Optical Node Stub is a connectorized assembly that is used to connect a fiber feeder splice point to an optical receiver node or Optical Network Unit (ONU). This eliminates the need to field terminate optical connectors or splice pigtails at the node enclosure. (read more)

Advanced Optics manufacturers single and double-sided optical flats up to 8" in diameter for use in test and measurement or as optical windows. Their flats are available either uncoated, with an anti-reflective coating or with a variety of reflective coatings for use as mirrors. (read more)

Manufacturers of precision and custom optical components for use in medical instrumentation, academics and research, and industrial applications. Their product line includes optical flats, flat mirrors, optical windows, beamsplitters, and custom optical components. (read more)

Optical windows are used in applications where it is necessary to isolate different environments while allowing light to pass through. When purchasing a window, it is important to consider the properties of the material as well as the requiremtents for size, transmission and wavelength. Advanced Optics offers precision and commercial grade windows both off-the-shelf and made to order. (read more)

Extremely low loss crossovers provide custom optical waveguide circuitry. Enabled are rerouting or reordering for parallel waveguide arrays and opportunities for unconstrained signal distribution designs for optical interconnectivity. Light is guided through cross regions eliminating radiative loss. Ten perpendicular mode filled crossings demonstrated less than ~0.2 dB total excess loss. (read more)

Improves optical performance, durability, and a displays' ability to resist shock, vibration and moisture. (read more)

Electro-Optical Product Design, Manufacturing and Installation - Adaptive Optics Associates develops and produces Optical Systems for government and commercial customers with challenging performance requirements. (read more)

Self supporting waveguide array links demonstrated with 180° repeatable bending. So far over 4000 bend repetitions with no loss increase. Four micron separation on~ 40 micron centers and bending ROC to 1mm are possible. Links are fully connectorizable with unique designs. Applicable for through the hinge high speed data links replacing micro coax for cell phones and lap tops. (read more)

Unique polymer waveguide configurations based on novel OIL designs enable diverse optical devices to be constructed. Light is guided to and from the sensing or filter surface with no or minimal crosstalk or back scatter into the input waveguide. Designs for capillaries, scanners, or wavelength selectivity with inserted dielectric filters are possible and have been demonstrated. (read more)

Optical Systems Fabrication: Optical fabrication lies at the very heart of our operations and plays a vital role in maintaining our position as a world leader in the field in optics. Every step from grinding, polishing and coating through final testing utilizes the most advanced technologies and processes. Training of our opticians is performed through a four-year intensive program. (read more)