Low-Power Solutions
A deep dive into some of Mentor Graphics’ tools and techniques available for low-power design. To find out more, click here.
Resource Center
White Papers
The Case For Low-Power Simulation-To-Implementation Equivalence Checking
A deep dive into power-aware design and why the functional intent becomes the RTL and the power intent file.
Advanced Verification Of Low-Power Designs
Using techniques such as power gating and substrate biasing is making it much harder to verify a design and make sure power control sequences and biasing strategy are correct.
Implementing Power Management Features On The Nucleus RTOS
Understanding the management techniques that define device static power consumption and how to utilize them.
PathFinder Solution For Full-Chip IC ESD Integrity
How to identify weak areas of the layout or circuit that are most vulnerable to ESD failures.
Understanding The Low Power Abstraction
A look at four abstract models in common use today and the relationships between them.
Electronic Power And Thermal Management
A critical engineering challenge for next-generation unmanned systems.
State Of The Art In Solid State Lighting Thermal Design
Unlike incandescent bulbs, increasing the heat in LEDs decreases light output, changes the color and reduces the life of the bulb, making thermal management critical.
Addressing Power And Speed Requirements Of Mobile Devices With Data Converter IP
A look at the power vs. resolution tradeoffs in the design of pipeline ADCs.
Virtual Prototyping For Energy-Efficient Mobile Platform Design
A look at the complexity of power management at the software level for mobile denies using Linux and Android.
Characterizing PLL Jitter From Power Supply Fluctuation Using Mixed-Signal
Slow simulation speed has been the major bottleneck to prevent jitter from being characterized quickly. Here’s how to solve that problem.
Tools & Open Source
Low-Power Solutions
A look at some of the tools available to help make low-power design simpler.