Ruby Lake, Ansel Adams Wilderness
We provide both in person on site training and online training on analog verification fundamentals, Verilog and Verilog-AMS, and the use of our products. To sign up for any of our classes or for more information, please contact us.
Our on site classes are taught in person. Either Ken or Henry will travel to your facilities to give the lectures and lead the lab exercises. We currently also offer our online classes via Zoom that we have found to be effective. A minimum number of attendees is required for these classes.
I’ve taken Ken and Henry’s Analog Verification class twice. It’s good for either beginners or experts. I learn something new each time.
Student who took our class at one company and then again while at a different company.
For our online classes, we are currently offering them in a hybrid mode. When you sign up, you will be given an account on this website. You can then view the lectures. The lab assignments are given online as well. Then we will meet with you via Zoom where we can answer your questions and review your lab work. You can spread out viewing the lectures over a few weeks or months if you like. No minimum number of attendees is required. In general, this option is available any time.
To make it easier for students to learn about analog verification, we offer a student discount on our analog verification class. Terms and conditions apply. Please contact us for more details.
Online Classes:
Onsite Classes:
Online Classes
Analog and Mixed-Signal Verification (hybrid)
This challenging course provides participants with the tools they need to take
on the task of verifying complex analog, RF, and mixed-signal integrated circuits.
It combines lecture with a substantial amount of time in the lab to teach the overall
analog verification process. You will learn how to develop a verification plan,
functional models of analog blocks, regression tests for those models, and a fully
verified Verilog model for the entire analog portion of the design for use in
chip-level verification. Considerable time is spent on best practices that allow you to avoid the common
pitfalls and user-traps common to analog verification.
Target Audience
The class is intended for anyone who would benefit from a working knowledge of
analog verification or from improving their skills with Verilog-A/MS. These
include: analog verification engineers, analog designers, analog design leads,
and digital verification engineers and CAD engineers who meet the prerequisites.
Course Contents
- Day 1: Introduction and Block-Level Analog Modeling
- Day 2: Block-Level Mixed-Signal Modeling
- Day 3: Block Level Analog Verification
- Day 4: System Level Analog Verification
- Day 5: Taking Analog Verification Into Production
Please see our onsite "Analog and Mixed-Signal Verification (4-5 days)" class
for the details on the prerequisites, course contents, and requirements.
Although we follow the same five day format as the five day onsite class, you will have access
to the class for one year and can take the class over a one year period however you like.
Availability
Anytime. The class is offered in hybrid fashion. Please contact us for details and to sign up.
Pricing
Please contact us
Included in the Online Version
- Online access to the class videos for a year
- Downloadable version of the class slides for your personal use
- For those interested, access to the class version of our on-line model and MVS (model vs. schematic) testbench generator1 for two months
Onsite Classes
Analog and Mixed-Signal Verification (4-5 days)
This challenging four or five day course provides participants with the tools they need to take
on the task of verifying complex analog, RF, and mixed-signal integrated circuits.
It combines lecture with a substantial amount of time in the lab to teach the overall
analog verification process. You will learn how to develop a verification plan,
functional models of analog blocks, regression tests for those models, and a fully
verified Verilog model for the entire analog portion of the design for use in
chip-level verification.
Considerable time is spent on best practices that allow you to avoid the common
pitfalls and user-traps common to analog verification.
Target Audience
The class is intended for anyone who would benefit from a working knowledge of
analog verification or from improving their skills with Verilog-A/MS. These
include: analog verification engineers, analog designers, analog design leads,
and digital verification engineers and CAD engineers who meet the prerequisites.
Instructors
Ken Kundert and Henry Chang
Prerequisites
Though not required, it is helpful if students have a working knowledge
of Verilog-A, analog circuits and their design, and the Cadence design
environment. The better prepared you are, the more you will get from the class.
Course Contents
Day 1 — Introduction and Block-Level Analog Modeling
- Introduction to analog verification
- Verification planning
- Verilog-A basics
- Analog block-level functional modeling
- Labs exercises
Day 2 — Block-Level Mixed-Signal Modeling
- Verilog basics
- Verilog-AMS basics
- Mixed-signal block-level functional modeling
- Mixed-signal netlists (connect modules)
- Assertions
- Labs exercises
Day 3 — Block Level Analog Verification
- Block-level verification strategy
- Writing self-checking regression tests
- Techniques for testing common mixed-signal blocks
- Overcoming analog verification problems
- Labs exercises
Day 4 — System Level Analog Verification
- System-level verification strategy
- Verilog modeling of analog systems
- Verifying the top-level model
- Chip-level verification strategy
- Verification review
- Labs exercises
Day 5 (optional) — Taking Analog Verification Into Production
- Specification-driven verification
- Generating models with Models-in-Minutes
- Generating MVS (model vs. schematic) testbenches with Models-in-Minutes
- Verification from the Linux command line
- Best analog verification practices in a production setting
- Labs exercises
Days 1 & 2 teaches the basics of Verilog, Verilog-A and Verilog-AMS, with an
emphasis on best practices. Day 3 is often overlooked, but it is perhaps the most
important day. It is where we teach you to create automated regression tests that
thoroughly exercise and verify mixed-signal designs. It is a very unique aspect of
this class. On day 4 we cover chip/analog subsystem level connectivity, function
checking, and how to write Verilog models for chip level verification, with a focus
on not only how to make them very efficient, but also how to assure that they are
functionally equivalent to the circuit.
The class is structured to alternate between lecture and labs, with a large
percentage of the class dedicated to rather open ended labs. In this way, everyone
is challenged and learns a great deal, regardless of their experience level.
People that are new to Verilog-AMS often just use the labs to gain experience with
the language and simulator. Those with a lot of experience with the language challenge
themselves more with the verification aspects.
Requirements
Access to a Verilog-A, Verilog-AMS, and SystemVerilog simulator. If you want to
be able to use our lab materials, then you'll need access to the Cadence tools:
Schematic capture, ADE or Maestro, AMS Designer, Hierarchy Editor, and
Simvision. Please contact us if you need more details.
Availability
Available. Please contact us for scheduling.
Pricing
Please contact us
Modeling Basics for Analog/Mixed-Signal/RF Design and Verification (3 days)
For good reasons, modeling has become an integral part of analog design,
especially as design complexity increases. Most designers have never taken a
deep class in Verilog-A where what the model is doing is tied with the underlying
simulator. As a result, designers often write models that simulate slowly, fail
to produce desired results, and have convergence and time step issues. This class
teaches the Verilog-A and Verilog-AMS languages with an emphasis on creating well
formulated models that run efficiently and do not suffer from convergence or simulation
issues. The goal of this class is to give a solid foundation to engineers new to
modeling and to improve the modeling skills of designers already familiar with modeling.
Target Audience
The class is intended for anyone who would benefit from having a solid
foundation in Verilog-A and Verilog-AMS. These include: Analog/Mixed-Signal/RF
Designers, Novice Analog or Mixed-Signal Verification Engineers, EDA Engineers.
Instructors
Ken Kundert and Henry Chang
Prerequisites
Though not required, ithelpful if students have a working knowledge analog circuits
and their design, and the Cadence design environment. The better prepared you are, the
more you will get from the class.
Learning Objectives
- Learn the fundamentals of the Verilog-A and Verilog-AMS languages
- Learn enough Verilog (digital) to write good Verilog-AMS for the digital portions of the model
- Learn the fundamentals of what makes a good model
- Learn how what you write ties in with the simulator in terms of accuracy, robustness, and efficiency
- Learn best practices of modeling
- Uses challenging lab exercises to reinforce learning
- Gain a solid foundation of modeling to get more out of the Analog Design Verification class
- Be able to get questions around analog modeling answered; questions which may be beyond the scope of the class
Course Contents
- Introduction
- Device Modeling with Verilog-A
- Functional Modeling with Verilog-A
- Verilog-A Best Practices
- Modeling with Verilog
- Modeling with Verilog-AMS
- Modeling with Verilog-AMS wreals
- Power Domains and Connect Modules
- Introduction to testbench writing
Requirements
Access to a Verilog-A, Verilog-AMS, and SystemVerilog simulator. If you want to
be able to use our lab materials, then you'll need access to the Cadence tools:
Schematic capture, ADE or Maestro, AMS Designer, Hierarchy Editor, and
Simvision. Please contact us if you need more details.
Availability
Available. Please contact us for scheduling.
Pricing
Please contact us
Effective Use of Circuit Simulation for Analog/Mixed-Signal/RF Designs (3 days)
The emphasis of this class is on increasing the designer's effectiveness
when using a simulator by giving them a basic understanding of how the
simulator works so that they can better control it and resolve problems that
come up and by exposing them to many simulation best practices. From the class,
the designer should be able to better discern when simulation results are good
predictors of actual performance and when simulators have limitations. Throughout
the class, different circuit examples from different design domains are given.
The labs focus on setting up testbenches to reinforce the topics being taught.
Target Audience
The class is intended for analog/mixed-signal/RF designers, and analog verification engineers.
Instructors
Ken Kundert
Course Contents
- When to simulate
- How the simulator works
- Formulating and solving the equations
- Tolerances
- DC analysis
- Small-signal analysis (including AC, XF, noise, stability/loop gain, etc.)
- Transient analysis
- Fourier analysis
- Corner Analysis and Monte Carlo Simulation
- Introduction to RF simulation
Availability
Available. Please contact us for scheduling.
Pricing
Please contact us
1Our model and MVS testbench generator — This is our MiM Product. The class version of the tool is the online version which includes all of the features, but limits the number of models and testbenches to the amount needed for the class and the use is intended only for the lab work. Access will be limited to a certain amount of time. Once the access time expires, you will no longer have access to the specifications entered. To continue access, please contact us to discuss how to access a full version. Please let us know when you are ready to have us set up an account for you on MiM. The use of MiM is optional, i.e. it is not necessary to use MiM to complete the lab work for Days 1 to 4.