SEMICONDUCTOR SYSTEMS WITH DATA CLOCK APPLIED

Organization Name

Inventor(s)

Kyu Dong Hwang of Icheon-si Gyeonggi-do (KR)

SEMICONDUCTOR SYSTEMS WITH DATA CLOCK APPLIED - A simplified explanation of the abstract

This abstract first appeared for US patent application 20240250674 titled 'SEMICONDUCTOR SYSTEMS WITH DATA CLOCK APPLIED

The semiconductor system described in the patent application involves a controller that adjusts the duty ratio of a data clock based on the system rate in a half-rate section. It also generates a transmission data clock and transmits it through a channel. A semiconductor device receives the transmission data clock through the channel as a reception data clock and generates an internal data clock for data input and output operations based on the reception data clock.

The controller adjusts the duty ratio of the data clock according to the system rate in a half-rate section.
It generates a transmission data clock and transmits it through a channel.
The semiconductor device receives the transmission data clock as a reception data clock through the channel.
The device generates an internal data clock for data input and output operations based on the reception data clock.

Potential Applications: - This technology can be used in semiconductor devices for data input and output operations. - It can be applied in communication systems where precise clock synchronization is required.

Problems Solved: - Ensures accurate data transmission by adjusting the duty ratio of the data clock. - Facilitates seamless data input and output operations in semiconductor devices.

Benefits: - Improved data transmission accuracy. - Enhanced performance in communication systems. - Simplified clock synchronization processes.

Commercial Applications: Title: Semiconductor System for Enhanced Data Transmission This technology can be utilized in the telecommunications industry for high-speed data transfer applications. It can also find applications in networking equipment for improved data processing and transmission efficiency.

Questions about Semiconductor System for Enhanced Data Transmission: 1. How does the controller adjust the duty ratio of the data clock? The controller adjusts the duty ratio based on the system rate in a half-rate section to optimize data transmission. 2. What are the potential benefits of using this semiconductor system in communication systems? The benefits include improved data transmission accuracy, enhanced performance, and simplified clock synchronization processes.

Original Abstract Submitted

a semiconductor system includes a controller, configured to: adjust a duty ratio of a data clock according to a system rate in a half rate section, generate a transmission data clock and, transmit the transmission data clock through a channel. the system also includes a semiconductor device configured to receive the transmission data clock through the channel as a reception data clock, and generate an internal data clock for a data input and output operation, based on the reception data clock.