2011Unpublished venueRequires access

CCS vs NLDM comparison based on a complete automated correlation flow between PrimeTime and HSPICE

Tariq El Motassadeq

Open publisher page 20 citations

Abstract

For submicron designs, it is recommended to use Composite Current Source (CCS) libraries, but is CCS really more accurate than Non-Linear Delay Model (NLDM)? To answer this question, one of the tasks that can be performed is to correlate the results from PrimeTime using CCS and NLDM with the golden results from a circuit simulator such as HSPICE [1]. The focus of this paper is to describe an automated process that allows the user to properly correlate the timing paths delay and slew results from PrimeTime with results from HSPICE based on a real design in 65 nm.

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What this paper is about

For submicron designs, it is recommended to use Composite Current Source (CCS) libraries, but is CCS really more accurate than Non-Linear Delay Model (NLDM)? To answer this question, one of the tasks that can be performed is to correlate the results from PrimeTime using CCS and NLDM with the golden results from a circuit simulator such as HSPICE [1]. The focus of this paper is to describe an automated process that allows the user to properly correlate the timing paths delay and slew results from PrimeTime with results from HSPICE based on a real design in 65 nm.

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OpenAlex reports 20 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

For submicron designs, it is recommended to use Composite Current Source (CCS) libraries, but is CCS really more accurate than Non-Linear Delay Model (NLDM)? To answer this question, one of the tasks that can be performed is to correlate the results from PrimeTime using CCS and NLDM with the golden results from a circuit simulator such as HSPICE [1]. The focus of this paper is to describe an automated process that allows the user to properly correlate the timing paths delay and slew results from PrimeTime with results from HSPICE based on a real design in 65 nm.

Key concepts: Spice, Computer science, Focus (optics), Linear correlation, Process (computing), Design flow, Flow (mathematics), Simulation

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