Microsoft technology licensing, llc (20240187104). OPTICAL SIGNAL RECEIVER COMPRISING A MULTI-TAP PIXEL simplified abstract

OPTICAL SIGNAL RECEIVER COMPRISING A MULTI-TAP PIXEL

Organization Name

microsoft technology licensing, llc

Inventor(s)

Cyrus Soli Bamji of Fremont CA (US)

OPTICAL SIGNAL RECEIVER COMPRISING A MULTI-TAP PIXEL - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240187104 titled 'OPTICAL SIGNAL RECEIVER COMPRISING A MULTI-TAP PIXEL

Simplified Explanation: The patent application relates to the use of an optical data receiver with a multi-tap image sensor pixel for optical communications. The receiver includes a controller that controls the pixel to perform integrations and readouts on different taps of the pixel at different times.

• The optical data receiver includes a multi-tap image sensor pixel with a photodetector and multiple taps.
• A controller in the receiver controls the pixel to perform integrations and readouts on different taps at different times.
• In a first period, the controller instructs the pixel to perform integration and readout on the first tap, and in a second period, on the second tap.

Potential Applications: This technology can be used in optical communication systems, data transmission applications, and image processing devices.

Problems Solved: The technology allows for efficient data reception and processing in optical communication systems by utilizing a multi-tap pixel structure.

Benefits: - Improved data reception and processing efficiency - Enhanced performance in optical communication systems - Increased data transmission speeds

Commercial Applications: Potential commercial applications include telecommunications equipment, data centers, and high-speed internet infrastructure.

Prior Art: Prior art may include similar multi-tap pixel structures used in image sensors and optical communication devices.

Frequently Updated Research: Research on improving the integration and readout processes in multi-tap image sensor pixels for optical communications may be ongoing.

Questions about Optical Data Receiver with Multi-Tap Image Sensor Pixel: 1. How does the controller in the optical data receiver coordinate the integrations and readouts on different taps of the multi-tap pixel? 2. What are the advantages of using a multi-tap image sensor pixel in optical communication systems compared to single-tap pixels?

Original Abstract Submitted

examples are disclosed that relate to the use of an optical data receiver comprising a multi-tap image sensor pixel for use in optical communications. the multi-tap pixel includes a photodetector and a plurality of taps. the optical data receiver further includes a controller comprising instructions executable for controlling the multi-tap pixel to, in a first period of time, perform a first integration on the photodetector and readout charge stored on a floating diffusion capacitor of a first tap in the plurality of taps using readout circuitry of the first tap. the controller further includes instructions executable for controlling the multi-tap pixel to, in a second period of time, perform a second integration on the photodetector and readout charge stored on a floating diffusion capacitor of a second tap in the plurality of taps using readout circuitry of the second tap.