Low Power Design Techniques for Integrated Circuits

Low Power Design Techniques for Integrated Circuits

Low Power Design Techniques for Integrated Circuits

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Low power design has always been an important aspect of digital IC design and is a significant knowledge point in many company interviews and exams. Therefore, Knowledge Planet has compiled a comprehensive《Low Power Design Techniques Summary》 (accumulated notes over 7-8 years, totaling 30,000 words, 129 pages, richly illustrated, with a directory and tags for easy reference), which is absolutely essential for backend design. You are welcome to join the planet to view more complete and comprehensive low power design content (QR code at the end of the article). Additionally, the planet also includes exciting topics such asIR-drop, Timing and more.

Low Power Design Techniques for Integrated Circuits

Below are the low power series articles previously published on the public account:
Overview of Low Power Design Methods:
Low Power Design Techniques
Digital Backend Low Power — Various Low Power Techniques and Their Applications in IC Backend Layout
Register Transfer Level Low Power Design Techniques:
Low Power Design Strategies — State Machine Encoding and Decoding
Low Power Design Strategies — Resource Sharing
Low Power Design Strategies — Binary Number Representation
Techniques to Reduce Static Power:
State-dependent Leakage Power
1. Stack Effect
Subtle yet little-known low power design technique — Stack Effect
2. Power/Ground Gating
Low Power Design Techniques — Power Gating — Power Switching Cell
Low Power Design Techniques — Power Gating — Isolation Cell
Low Power Design Techniques — Power Gating — Retention Register
3. Multi-threshold Voltage CMOS Circuit
Low Power Techniques and Their Physical Implementation — Multi-threshold Voltage Technology
4. Body Bias
Low Power Technique: Body Bias
5. Transistor Sizing with Longer Channel Length
Easy Low Power Strategy | Transistor Sizing with Longer Channel Length
Techniques to Reduce Dynamic Power:
1. Clock Gating
Well-known low power technique | Clock Gating (CG) technology
Looking back — The history of Integrated Clock Gating Technology — Separated Clock Gating Technology
Memory Clock Gating Low Power — What considerations are there in the Floorplan and Placement stages?
Amazing Effects | Clock Gating Low Power — Auto Bound and Physical Aware Clock Gating
Integrated Clock Gating, Multi-level Clock Gating, Hierarchical Clock Gating, Formal Verification of Clock Gating
Testability Design of Clock Gating (DFT)
Formal Verification – How does Clock Gating handle?
Clock Gating Low Power — What tips are there in the Placement stage?
XOR Self-Gating and Design Compiler Topo Implementation | Sending Netease Cloud Course Coupons
2. Data Gating
Low Power Design Techniques of Data Gating and Operand Isolation
3. Multi VDD Circuit Technology
Low Power Design Techniques — Multi VDD
Low Power Design Techniques — Multi VDD — Level Shifter
4. Dynamic Voltage Frequency Scaling (DVFS)
Overview of Voltage Scaling Techniques and Dynamic Voltage Frequency Scaling (DVFS)
Adaptive Voltage Scaling (AVS)
5. Multi-bit Flip-flop (MBFF)
Low Power Design Techniques — Multi-Bit Flip-Flop (MBFF) Technology

UPF CPF:

UPF and Low Power Design Implementation Example — Including UPF and DC Synthesis Script

CPF Application Example

PTPX Low Power Analysis Related:

PTPX Power Analysis Tutorial-1 Including Averaged Power Analysis Script

PTPX Power Analysis Tutorial-2 Including Time-Based Power Analysis Script

How to view PTPX generated power waveform files using nWave

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Low Power Design Techniques for Integrated Circuits
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