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        IP and SoC design verification

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        Emulation and prototyping platforms

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        RF and microwave development platform

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        Data center design and management platform

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        Computational fluid dynamics platform

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        Advanced physics-based simulation

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  • SKILL Development of Parameterized Cells



SKILL Development of Parameterized Cells Training

Instructor-Led Schedule
Online Courses
Date Version Country Location
13 - 14 Oct 2026 IC23.1 France Vélizy-Paris
France
ENROLL
Scheduled upon demandOn demand EXPRESS INTERESTINQUIRE
Version Region
IC6.1.8/ICADVM 20.1 Online ENROLL
IC23.1 Online ENROLL
Other Versions Online EXPRESS INTERESTINQUIRE

Take the Accelerated Learning Path 

Digital Badge

Length: 2 Days (16 hours)

Course Description

This course describes the tools and methods of developing parameterized cells (PCells) in the SKILL® programming language, which is the Virtuoso® Design Environment extension language. The primary focus of the course is dedicated to an introduction and investigation of relative object design (ROD), a new technology providing powerful, flexible procedures for defining simple and complex layout objects and their relationships to each other.

Based upon a firm foundation in relative object design, the PCell development will be explained in stages, beginning with the creation of sizeable transistors and evolving into a fully parameterized inverter layout.

The SKILL and PCell IDE are introduced and used in the course to highlight the improvements to developing and debugging SKILL code and PCells.

Adding CDF for the PCell parameters and a discussion of the connectivity model and example SKILL code are included.

This course places heavy emphasis on lab exercises.

Learning Objectives

After completing this course, you will be able to:

  • Understand how relative object design (ROD) SKILL functions can help you create layout objects and parameterized cells
  • Examine the architecture of ROD objects
  • Explore the versatility of ROD objects
  • Create and manipulate ROD objects interactively
  • Learn the concepts involved in developing the PCells with SKILL
  • Define and use PCells using the PCell IDE
  • Make your PCells process-independent by applying technology file rules
  • Create a parameterized inverter layout
  • Add CDF entires for PCell parameters
  • Create PCells with auto-abutment for use in the Virtuoso Layout Suite XL

Additional information in Appendices on:

  • SKILL IDE
  • Stretchable PCells

Software Used in This Course

  • Virtuoso Schematic Editor
  • Virtuoso Layout Suite
  • Cadence Design Framework II
  • SKILL Development Environment

Software Release(s)

IC23.1 ISR12

Modules in this Course

  • Introduction to Parameterized Cells
  • Using Relative Object Design (ROD) Commands to Create Design Data
  • Creating and Using SKILL Parameterized Cells
  • Enhanced Capabilities of SKILL Parameterized Cells

Audience

  • Library Developers
  • Layout Designers
  • Cadence SKILL Programmers
  • CAD Developers
  • This course is suitable for anyone interested in programmatic cell development.

Prerequisites

Hands-on experience with the Cadence Design Framework II and the Virtuoso Layout Editor is required. You should be familiar with the SKILL Programming Language, comfortable with UNIX/Linux and have a good working knowledge of at least one text editor.

Related Courses

  • SKILL Language Programming Introduction
  • SKILL Language Programming
  • Advanced SKILL Language Programming
  • Virtuoso Layout Design Basics

Please see course learning maps at this link for a visual representation of courses and course relationships. Regional course catalogs may be viewed here.

Free Online Training Bytes (Videos)
Course ID: 84422
The more you know, the faster you go. Accelerated Learning
Video
The more you know, the faster you go. Accelerated Learning
Watch Now

CONTACT TRAINING

“The content taught was absolutely the right choice - this will definitely improve my efficiency in writing PCells in the future. Great class! It absolutely met my expectations.”

Richard Geiger, Intel 

“Very good and intense learning experience. In-depth lab material, giving a hands-on experience.”

Roshini Sachithanandan, Intel

“Everything looks very prepared and organized. The high percentage of labs through the course give me a feeling about the learned stuff. No improvement necessary from my point of view."

Thomas Zoeller, Anvo-Systems

“I would like to thank you for providing these courses. The labs for this course were extremely helpful.”

-Online Course-

 
 
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