Morgan
Hill, California - June 1, 2005.
Designers are now faced with the additional burden of precise interconnect
modeling. This problem is compounded by the fact that most existing design
tools do not properly model interconnects at higher frequencies and there is
precious little related design experience available in the industry.
OEA
International, the experts in parasitic extraction and analysis tools, will
conduct technical presentations and demos on how to control parasitics.
Presentations will cover use of extraction techniques in high-performance
designs and will be offered at OEA’s demo
suite
#1100
daily during the conference.
Presentations will include the following subjects:
1. Critical
Net Design Extraction and Analysis
-
Incremental Extraction of
Critical Paths
-
High Accuracy Clock Skew
with Return Path Considerations
-
When to Consider Inductive
Effects
-
How to Increase Confidence
in Timing Closure
-
Interconnect Modeling with
Inductance
2. On-Chip
Inductor and RF Passive Component Design
-
Optimizing Passive
Components
-
Frequency Dependent Effects
-
Substrate Modeling Effects
-
Designing the Right
Inductor or Balun for Your Design
-
Simple but Highly Accurate
Substrate Models
3. Power
Network Distribution Design Planning and Analysis
-
Minimizing Ground Bounce
and Simultaneous Noise
-
High Speed IO Pin Placement
and Package Analysis
-
Core Power Network Design
Planning and Analysis
-
Optimizing Power and Ground
Distribution
TO
REGISTER FOR PRESENTATIONS AND DEMOS
Please
select the presentation(s) you wish to attend and call Alla Toy at (408)
778-6747 or email
alla@oea.com to reserve a spot. During the DAC you can stop by OEA
Booth # 1100 and sign up.
DAC
PRESENTATIONS SCHEDULE
Please
visit
/document/classes.html for presentations schedule.
About
OEA International
OEA
International, Inc. is the industry leader in 3D extraction of
interconnects. OEA's tools are currently used in the most demanding
extraction and design environments. Some of the world’s most advanced design
facilities use OEA tools for detailed analysis and design of high-speed
clocks, buses, I/O rings, and power grids. For additional information call
(408) 778-6747, or visit OEA online at
www.oea.com
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