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- Power Domains Power Modes : UPF Episode - 5 ~ TechSimplifiedTV. in
Power-Modes Manages the power supply of various Power-Domains According to a Specific Power-Mode , the Power Management Block Distributes Power to the Various Power Domains Power Mode - is a Specification of POWERING DE-POWRING Operation Power Domain - is a Circuit Block with Specific Power Need Watch the video lecture here:
- The Fundamental Power States for UPF Modeling and Power Aware . . .
This paper shares validation procedures for UPF strategies Design examples and case studies demonstrate how to achieve power aware verification closure with state and transition coverage, as well as state cross-coverage of power domains and supply sets in more flexible and controllable ways
- Power Mode And State - Semiconductor Engineering
To describe the combination of allowable voltages in a design, CPF uses power mode, and UPF 1 0 uses power state In CPF, each power mode represents one combination of the states of all power domains In UPF 1 0, each power state represents one combination of the voltages of all supply nets
- UPF Power Models: Empowering the power intent specification
In this paper, we propose a methodology of expressing the power intent for the IPs based on power models from IEEE 1801 (UPF) in such a way that eases the burden of IP integration and reduces UPF verbosity The paper demonstrates how power models can be used to address the problems faced by IP integrators
- Tutorial: Using UPF for Low Power Design and Verification
This tutorial presents the latest information on the Unified Power Format (UPF), based on IEEE Std 1801-2013 UPF which was released in late May 2013
- Unified Power Format (UPF) for low-power design - Tech Design Forum
The Unified Power Format (UPF) is a published IEEE standard and developed by members of Accellera It is intended to ease the job of specifying, simulating and verifying IC designs that have a number of power states and power islands
- IEEE1801 Unified Power Format
UPF enables the portability of power intent across a variety of commercial products throughout an electronic system design, analysis, verification and implementation flow It defines the syntax and semantics of a format used to express power intent in energy aware electronic system design
- Unified Power Format Expands Low-Power IC Design
Read on to learn about the basics of UPF, its importance in the power landscape, how to expand low-power signoff with custom mechanisms and take power-managed designs to the next level
- Exploring Formality with UPF for Low-Power verification
Disable merge of power switches by hdlin_merge_parallel_switches=false However, disable merge of power switches makes Formality hard to pass The 2 errors will not appear Formality can pass easily add_pg_pin_to_lib $nonPG lib –output $PG lib The link contains a few examples about UPF scripts
- UPF: How to avoid traps in a Hierarchical . . . - DVCon Proceedings
UPF: How to avoid traps in a Hierarchical Implementation Low Power flow? Couldn’t there be differences between the Flat Verification and the Hierarchical Implementation? How to cope with partial support of soft macro in tools?
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