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Patent for Sale:

GPON-Next Generation Broadband Optoelectronics System on a Chip    

Use of proven semiconductor fabrication technology to build a low cost, integrated electrical and optical system on the same IC chip (GPON).

Overview

Use of proven semiconductor based technology to build a low cost integrated optoelectronics device on a chip. This device is going to be a key element for fiber-to-the home network connectivity. The technology utilizes a well proven semiconductor processing methodologies to construct with high precision a device that combines optical and electrical components on the same chip. The optoelectronic device can provide triple play connectivity of voice-data-TV to homes at a lowest fabrication costs. The lowest production cost is obtained by leveraging mature, reliable, low cost, and high volume semiconductor manufacturing processes.

Primary Application of the Technology

Primary market is manufacturing of electrical and/or optical network communication components. The technology will be delivered to the manufactures via systems and processes used by semiconductor manufacturing companies. The products will be sold to the network content providers.

How the Technology Solves the Problem

A proven semiconductor manufacturing processes and methodologies, which are very precise, reliable, and at a lowest cost of manufacturing. The integrated optoelectronics unit provides better coupling efficiency between the optical and the electrical signals compare to existing elements used today. It has fewer parts and it is least expensive to manufacture. It uses easy passive alignment procedure using standard equipment.

The seller would like to be granted a license back.

The seller may consider selling these patents individually.

Patent Summary

U.S. Patent Classes & Classifications Covered in this listing:

Class 385: Optical Waveguides

(1) An optical waveguiding element, which conveys light from one point to another through an optically transparent elongated structure by modal transmission, total internal reflection, or total reflectorization. (2) A combination of an optical waveguiding element with an additional broadly recited optical element which couples light or a combination. (3) A combination of an optical waveguiding element with structure which mechanically joins this waveguiding element with another or with a diverse optical element. (4) An optical modulator where the modulation of a light wave characteristic is performed exclusively within an optical waveguiding element. (5) Other miscellaneous devices formed of an optical waveguide (e.g., a waveguide sensing device) and supplemental devices which are limited to use with an optical waveguide (e.g., an external clamp or retainer).

Subclass 14: INTEGRATED OPTICAL CIRCUIT
Subclass 141: HAVING PARTICULAR OPTICAL CHARACTERISTIC MODIFYING CHEMICAL COMPOSITION
Subclass 24: Plural (e.g., data bus)
Subclass 33: Lens
Subclass 49: Fiber to thin film devices
Subclass 52: With alignment device
Subclass 88: Optical fiber to a nonfiber optical device connector
Subclass 92: With housing
Subclass 93: Including lens

Class 264: Plastic And Nonmetallic Article Shaping Or Treating: Processes

Processes for molding, casting, or shaping of nonmetallic materials to produce articles. Liquid or melt comminuting of materials other than glass or metal. Uniting or compacting of bulk or randomly assembled particles. Furnace Lining or repair. Melt shaping in the absence of a mold or shaping surface, e.g., spheroidizing of particles. Working or treatment of nonmetallic materials not otherwise provided for.

Subclass 1.1: OPTICAL ARTICLE SHAPING OR TREATING
Subclass 1.24: Optical fiber, waveguide, or preform
Subclass 1.26: Having lens integral with fiber

Class 398: Optical Communications

This class provides for all types of communication systems in which optical signals are used to transmit modulated carrier wave information between points. Such communication includes transmitting an intelligence-bearing signal from one point to another in the form of variations in a characteristic of the light wave. The communication may be through free space, fibers or waveguides. These are used to transfer the information with an optical beam, and this beam can be used in various communication schemes to enable the most effective or desired method of moving the information, including optical multiplexing when plural information signals or plural transmitters and receivers are utilized.

Subclass 68: WDM
Subclass 84: Grating