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US 2026/0269944 A1Published application
Optical Transceiver
OwnerDavid George Deversinventor
Life of this patent
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OwnerDavid George Deversinventor
Estimating the term…
A Optical Transceiver for transmitting and receiving or relaying digital and or analogue signals through optical fibre or laser or wide angel light based signal carrier transmitter. The transmission side incorporating a plurality of light sources such as LED's and a prism and/or a focusing lens and and/or mirror to transmit digital or analogue signals through optical fibre or laser. The plurality of light sources consist of general non-coloured light sources or multi coloured light sources, each light source having different wave lengths of light or archiving different wave lengths of light through a prism or diffraction grating. For example red, orange, yellow, green, blue, violet, ultraviolet and infrared. The receiving side incorporates a focusing lens and or mirror, a prism or diffraction grating or a plurality of light filters and a plurality of photosensitive devices such as photo diodes or photo transistors. Or a plurality photosensitive devices with narrow band wavelength sensitivity. This configuration allows the simultaneous transmission of multiple channels of data increasing the speed of data transfer. Each channel of data is transmitted through a respective coloured light sauce or general non-coloured or coloured light sources and prism, then focused to a single stream of light, at the receiving end this stream of light is split and focused into separate colour wave length streams and received through respective optical sensors or focused to and received with respective narrow band optical sensors. More channels can be added by incorporating polarizing filters and more light saucers in the transmitting side and polarizing filters and more optical photo sensors in the receiving side. Thus creating polarized streams of light with polarized angles. Light sauces are directed through polarizing filters on the transmitting side. On the receiving side the light is directed through more polarizing filters and on to photo sensors. Each channel has a polarized angle and a colour or wavelength of light. Full duplex transmission and reception can be achieved by incorporating both light saucers and light sensors at both ends of the optical fibre or light-carrying medium.
A optical transceiver transmitter unit comprising a plurality of light sources that are respectively associated with a plurality of channels, where each light source outputs light of a different colour and frequency to that of the other light sources, where each different colour and frequency of each light source is derived ether from colour and frequency dedicated light source components or through light sources and a means of light frequency and colour filtration.
A optical transceiver receiver unit comprising a plurality of light sensors that are respectively associated with a plurality of channels, where each light sensor senses light of a different colour and frequency to that of the other light sensors, where each different colour and frequency sensed by each light sensor is derived ether from frequency and colour sensitive light sensor components or through light sensors and a means of light frequency and colour filtration.
A optical transceiver transmitter unit comprising a plurality of light sources that are respectively associated with a plurality of channels, where each light source outputs light of a different colour and frequency and/or polarity to that of the other light sources, where each different colour and frequency of each light source is derived ether from colour and frequency dedicated light source components or through light sources and a means of light frequency and colour filtration, where the light emitted from each light source is polarised ether through filtration or by incorporation of light source components that directly emit polarised light.
A optical transceiver receiver unit comprising a plurality of light sensors that are respectively associated with a plurality of channels, where each light sensor senses light of a different colour and frequency and/or polarity to that of the other light sensors, where each different colour and frequency sensed by each light sensor is derived ether from frequency and colour sensitive light sensor components or through light sensors and a means of light frequency and colour filtration and where each light sensor senses the polarity of light ether through polarising filtration or by incorporation of light polarity sensing light sensor components.
Dependencies are inferred from the claim text.