Optimizing VLSI Physical Design with On-Chip Inductance Interconnect Models
In this comprehensive video presentation, we delve into a multitude of critical topics surrounding On-Chip-Inductance Interconnect Models within the realm of VLSI Physical Design. We begin by exploring the pivotal question of how On-Chip Inductance gains significance in the context of VLSI, shedding light on the fundamental principles at play.
Our discussion then takes a deep dive into the intricate process of Interconnect Model Mapping with respect to Technology Nodes, emphasizing the nuances that engineers and designers must consider. We explore the fascinating realm of Loop & Partial Inductance, providing valuable insights into their practical applications.
As we progress, we offer a succinct recap of the TL Model, highlighting its pivotal role in this domain, and delve into the intriguing notion of how Impedance is intricately dependent on Frequency. The ensuing segment scrutinizes the tangible Impact that On-Chip Inductance can have on VLSI designs, uncovering its implications.
Our exploration does not shy away from addressing the inherent Difficulties that designers encounter when dealing with Inductance, paving the way for a discussion on various techniques and methods for Minimizing On-Chip Inductance. We also underscore the Significance of Termination in this context, elucidating its importance.
Finally, we conclude by examining the intricate art of Modelling Interconnect at High Frequencies, providing a comprehensive overview of the multifaceted landscape of On-Chip-Inductance Interconnect Models in VLSI Physical Design.
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___Interconnect_Series__
Interconnects in VLSI Physical Design: Key Concepts and Insights : • Exploring Interconnects in VLSI Physi...
___Relevent_Videos_OR_As_Mentioned___
What Is Standard Cell : • Unlocking the Power of Standard Cell ...
Standard CEll Views : • Exploring Different IP Views in VLSI:...
Standard Cell Charecterisation : • Standard Cell Characterization in VLS...
Standard Cell Charecterisation Job Domain : • Exploring Lucrative VLSI Job Opportun...
SPEF File : • Understanding Static Timing Analysis ...
RC Corner (a.k.a BEOL Corners ) : • Discover the Hidden Secrets of RC Cor...
PVT Corners : • The Process Corners in VLSI Design: A...
Liberty File : • Mastering Static Timing Analysis (STA...
What Is IP & IP-Core : • Demystifying IP and IP-Core in VLSI: ...
SDF (Delay) File : • Mastering Static Timing Analysis (STA...
Chapters for easy navigation:
00:00 Begining & Intro
00:42 Chapter Index
01:21 How On-Chip Inductance Become Significant?
04:29 Interconnect Model Mapping with Tech. Nodes
05:45 Loop & Partial Inductance
08:54 TL Model - A Recap
10:18 Dependence of Impedance on Frequency
12:02 Impact of On-Chip Inductance-Part-1
13:56 Impact of On-Chip Inductance-Part-2
15:25 Difficulties with Inductance
18:00 Minimizing On-Chip Inductance-Part-1
19:12 Minimizing On-Chip Inductance-Part-2
20:00 Minimizing On-Chip Inductance-Part-3
21:13 Minimizing On-Chip Inductance-Part-4
22:23 Significance of Termination
24:04 Modelling of Interconnect at High Frequencies
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