Thank you for returning to download the Guide with new chapters on low-power test and 3 new user experience chapters from ARM, Freescale and TMSC.

We hope you have found the guide informative and useful. Perhaps you have already put some of the techniques to use in your low-power design projects. Please help us to continue to improve the Guide by answering a few questions to characterize your impressions of the Guide so far.

On a scale of 5-1 where 5 = Terrific and 1 = Poor

1. Overall technical content*

5

4

3

2

1

2. Useful information*

5

4

3

2

1

3. Most useful chapter*
ARC NEC Fujitsu NXP Freescale TSMC ARM Faraday Sequence Verification of low power intent with CPF Front-end design with CPF Low power implementation with CPF Power-aware DFT

4. What else would you like to see covered?*

1. What is your primary role at your company? (please select all that apply)? *
  Logic design
  Verification
  Implementation
  EDA/methodology
  Other (please specify
   

2. What are your biggest design challenges (please select all that apply)? *
  Functional verification
  Achieving target frequency
  Reduce die size
  Reduce power consumption
  Timing closure with physical design
  Time-to-market
  Designer productivity
  Other (please specify)
   

3. What is the process node of your next design (or current design if you do not know)?*

130nm

90nm

65nm

45nm

Other (please specify)

   

4. What low power techniques are you currently using (please select all that apply)? *
  Clock gating
  Operand isolation
  Multi-vt libraries
  Multi-supply voltage
  Power shutoff
  Power shutoff w/ state retention
  Power shutoff w/ always on buffer
  Voltage/frequency scaling
  RTL power estimation
  Substrate biasing
  Other (please specify)
   

5. What low power techniques do you plan to adopt (please select all that apply)? *
  Clock gating
  Operand isolation
  Multi-vt libraries
  Multi-supply voltage
  Power shutoff
  Power shutoff w/ state retention
  Power shutoff w/ always on buffer
  Voltage/frequency scaling
  RTL power estimation
  Substrate biasing
  Other (please specify)