OPTICAL SIGNAL TRANSMISSION METHOD AND APPARATUS

Organization Name

Inventor(s)

OPTICAL SIGNAL TRANSMISSION METHOD AND APPARATUS - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240297728 titled 'OPTICAL SIGNAL TRANSMISSION METHOD AND APPARATUS

Simplified Explanation

The patent application describes a method and apparatus for optical signal transmission that reduces processing complexity while maximizing bandwidth utilization. It involves constructing an opuk multiplexing frame with a bit rate greater than 1.25 Gbps using the structure of an opu0 multiplexing frame, allowing for the reuse of the opu0 frame structure in the opuk frame.

The opuk multiplexing frame is aligned with the opu0 multiplexing frame structure.
It includes an integer multiple of opuk frames, with boundaries aligned.
An OTN device can map an OSU frame to the opuk multiplexing frame based on the reused opu0 frame structure.

Key Features and Innovation

Construction of opuk multiplexing frame with higher bit rate using opu0 frame structure.
Reuse of opu0 frame structure in opuk frame for reduced processing complexity.
Alignment of opuk frame structure with opu0 frame structure for efficient optical signal transmission.

Potential Applications

This technology can be applied in high-speed optical signal transmission systems, telecommunications networks, and data centers where maximizing bandwidth utilization is crucial.

Problems Solved

Reduces processing complexity in optical signal transmission.
Maximizes bandwidth utilization in high-speed data transmission.
Enables efficient mapping of OSU frames in optical networks.

Benefits

Increased bandwidth utilization.
Reduced processing complexity.
Efficient mapping of optical signals.
Improved performance in telecommunications networks.

Commercial Applications

Optical communication equipment manufacturers can integrate this technology into their products to enhance data transmission efficiency in high-speed networks, leading to improved performance and reduced operational costs.

Questions about Optical Signal Transmission

How does this technology improve bandwidth utilization in optical signal transmission?

The technology constructs an opuk multiplexing frame with a higher bit rate using the structure of an opu0 frame, allowing for efficient utilization of available bandwidth.

What are the potential applications of this innovation in the telecommunications industry?

This innovation can be applied in telecommunications networks, data centers, and high-speed optical signal transmission systems to maximize bandwidth utilization and reduce processing complexity.

Original Abstract Submitted

an optical signal transmission method and an apparatus are provided, to reduce processing complexity while maximizing bandwidth utilization. an opuk multiplexing frame with a bit rate greater than 1.25 gbps is constructed by using a structure of an opu0 multiplexing frame, so that the structure of the opu0 multiplexing frame can be reused by a structure of the opuk multiplexing frame, and the structure of the opuk multiplexing frame is aligned with the structure of the opu0 multiplexing frame. the opuk multiplexing frame includes an integer multiple of opuk frames, and a boundary of the opuk multiplexing frame remains aligned with a boundary of the opuk frame. according to this application, when mapping an osu frame, an otn device may map the osu frame to the opuk multiplexing frame based on the reused structure of the opu0 multiplexing frame.