Samsung electronics co., ltd. (20240234294). INTEGRATED CIRCUIT INCLUDING SWITCH CELL AREA simplified abstract
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INTEGRATED CIRCUIT INCLUDING SWITCH CELL AREA
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INTEGRATED CIRCUIT INCLUDING SWITCH CELL AREA - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240234294 titled 'INTEGRATED CIRCUIT INCLUDING SWITCH CELL AREA
The integrated circuit described in the abstract includes multiple first power rails providing a first power supply voltage, multiple second power rails providing a second power supply voltage, and a power line in a switch cell area providing a global power supply voltage.
- The first power rails and second power rails are arranged alternately in a vertical direction, with the power line placed between two adjacent second power rails.
- All these components form a front-side pattern on the same layer of the integrated circuit.
Potential Applications: - This technology can be used in various electronic devices that require different power supply voltages. - It can be applied in the design of complex integrated circuits where efficient power distribution is crucial.
Problems Solved: - Efficient power distribution within an integrated circuit. - Providing multiple power supply voltages in a compact and organized manner.
Benefits: - Improved power management within the integrated circuit. - Enhanced performance and reliability of electronic devices utilizing this technology.
Commercial Applications: Title: Advanced Power Distribution System for Integrated Circuits This technology can be utilized in the development of high-performance computing systems, mobile devices, and IoT devices where optimized power distribution is essential for efficient operation.
Questions about Integrated Circuits: 1. How does the arrangement of power rails and power lines impact the overall performance of the integrated circuit? - The placement of power rails and lines affects the efficiency of power distribution and can impact the functionality and reliability of the integrated circuit.
2. What are the key considerations when designing a power distribution system for an integrated circuit? - Factors such as power consumption, voltage regulation, and layout optimization play a crucial role in designing an effective power distribution system for integrated circuits.
Original Abstract Submitted
an integrated circuit includes: a plurality of first power rails extending in a first horizontal direction and configured to provide a first power supply voltage that is applied thereto; a plurality of second power rails extending in the first horizontal direction and configured to provide a second power supply voltage that is applied thereto; and a power line in a switch cell area and extending in the first horizontal direction the power line being configured to provide a global power supply voltage that is applied thereto, wherein the plurality of first power rails and the plurality of second power rails are alternately arranged in a second horizontal direction vertical to the first horizontal direction, wherein the plurality of first power rails, the plurality of second power rails, and the power line form a front-side pattern on a same layer, and wherein the power line is provided between two second power rails adjacent to each other in the first horizontal direction, among the plurality of second power rails.
