Timing Closure in Silicon IC Design

VLSI.X414

Optimize chip performance with tools for static timing analysis for ASIC, FPGA, GPU, and SoC design.

Skills you will gain

Delay Analysis and Characterization: Analyze and model delays in combinational and sequential circuits for optimized design performance.
Static Timing Analysis Expertise: Master industry-standard STA techniques for block-level and full-chip designs.
Timing Constraint Development: Write, debug, and optimize clock constraints and exceptions for effective timing closure.
Engineering Change Order (ECO) Implementation: Apply ECO methods to fix critical timing paths and meet silicon performance goals.
Advanced Timing Concepts: Understand key topics like PVTs, OCV, CRPR, crosstalk, and clock domain crossing (CDC) for robust design execution.

Course Description

Timing signoff gets harder as process nodes shrink. This course teaches static timing analysis using tools like PrimeTime, covering constraints, ECO fixes, and signal integrity, giving design engineers practical skills for closing timing on real ASIC and SoC projects.

Prerequisites / Skills Needed

Prerequisites:

VLSI.X403: Introduction to VLSI and ASIC Design

Syllabus Library

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Timing Closure in Silicon IC Design

Skills you will gain

Course Description

Prerequisites / Skills Needed

This course applies to these programs:

Silicon Chip Design & Semiconductor Engineering

Timing Closure in Silicon IC Design

Skills you will gain

Course Description

Prerequisites / Skills Needed

This course applies to these programs:

Silicon Chip Design & Semiconductor Engineering

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