2017Unpublished venueRequires access

Survey on 3D-ICs thermal modeling, analysis, and management techniques

Khaled Salah

Open publisher page 5 citations

Abstract

Thermal management is one of the important issues of 3D IC integration. So, effective thermal management methodologies and solutions are needed for widespread use of 3D IC integration. The thermal analysis is an important as from the thermal and stress distribution, layout modification can be done and thus enhance the circuit reliability. The thermal issue of a 3D IC is much severer than that of a 2D IC. The cause is that the ambient environment of the die of a 2D IC is the cooling material, but the ambient environment of a die within a 3D IC may be another die that also generates heat. Therefore, Thermal management in 3D ICs is critical for maintaining required reliability, performance, and power dissipation target. Therefore, new cooling techniques must be innovated to ensure that the chip can operate at temperatures and performance required for reliability. This paper presents a survey on 3D-ICs modeling, analysis, and management techniques.

About this research paper

What this paper is about

Thermal management is one of the important issues of 3D IC integration. So, effective thermal management methodologies and solutions are needed for widespread use of 3D IC integration. The thermal analysis is an important as from the thermal and stress distribution, layout modification can be done and thus enhance the circuit reliability. The thermal issue of a 3D IC is much severer than that of a 2D IC. The cause is that the ambient environment of the die of a 2D IC is the cooling material, but the ambient environment of a die within a 3D IC may be another die that also generates heat. Therefore, Thermal management in 3D ICs is critical for maintaining required reliability, performance, and power dissipation target. Therefore, new cooling techniques must be innovated to ensure that the chip can operate at temperatures and performance required for reliability. This paper presents a survey on 3D-ICs modeling, analysis, and management techniques.

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Available abstract

Thermal management is one of the important issues of 3D IC integration. So, effective thermal management methodologies and solutions are needed for widespread use of 3D IC integration. The thermal analysis is an important as from the thermal and stress distribution, layout modification can be done and thus enhance the circuit reliability. The thermal issue of a 3D IC is much severer than that of a 2D IC. The cause is that the ambient environment of the die of a 2D IC is the cooling material, but the ambient environment of a die within a 3D IC may be another die that also generates heat. Therefore, Thermal management in 3D ICs is critical for maintaining required reliability, performance, and power dissipation target. Therefore, new cooling techniques must be innovated to ensure that the chip can operate at temperatures and performance required for reliability. This paper presents a survey on 3D-ICs modeling, analysis, and management techniques.

Key concepts: Thermal management of electronic devices and systems, Three-dimensional integrated circuit, Reliability (semiconductor), Integrated circuit, Die (integrated circuit), Thermal analysis, Thermal, Computer science

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