VLSI SoC Design: Concepts, Perspective & Implementation

  • Computer Architecture
  • Low Power Methodology
  • Physical Design

April 24, 2018

False path v/s case analysis v/s disable timing.

case analysis vlsi

case analysis vlsi

4 comments:

What does it mean when you say "For example if you have a MUX based divider"? What sort of divider are you talking about? Please reply

Hi Naman, In first example , lets name the flop below flop B as H. Now is there any valid timing path between flop H and flop G?

So does this mean that in all the 3 cases above,the tool will fix or try to fix max cap, max fanout and max slope?

VLSI Physical Design

Monday, october 5, 2015, case analysis and mode analysis.

Hi, Can you add more information about how can you implement this with PrimeTime? So I understand that I have to use some input ports to configure them with mode that I want to run, but in this case those ports are not analysed?

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case analysis vlsi

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Wednesday, April 28, 2021

Static timing analysis based on operating conditions, type of analysis based on operating conditions.

case analysis vlsi

Single Operating Mode:

Min_Max (Bc_Wc) Operating Mode:

On-chip-variation analysis mode:.

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case analysis vlsi

The curious case of ‘interface analysis’!!

case analysis vlsi

This is an important part of static timing analysis,

Case 1 : c2q and combinational delay for the input side is known, as shown below.

case analysis vlsi

Case 2 : Input ‘in’ is stable ‘x’ ps before clock rising edge and ‘y’ ps after clock rising edge

case analysis vlsi

Case 4 : Output ‘out’ is stable ‘x’ ps before clock rising edge and ‘y’ ps after clock rising edge

case analysis vlsi

Case 5 : Data can change within a window of ‘x’ ps before clock edge and ‘y’ ps after same clock edge (source synchronous interfaces)

case analysis vlsi

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IMAGES

  1. VLSI SoC Design: False Path v/s Case Analysis v/s Disable Timing

    case analysis vlsi

  2. VLSI SoC Design: False Path v/s Case Analysis v/s Disable Timing

    case analysis vlsi

  3. The curious case of ‘interface analysis’!!

    case analysis vlsi

  4. Tutorial 18: Verilog code of 2 to 1 mux using Case statement/ VLSI

    case analysis vlsi

  5. Our paper has been accepted for publication by the VLSI Journal Integration

    case analysis vlsi

  6. The curious case of ‘interface analysis’!!

    case analysis vlsi

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COMMENTS

  1. False Path v/s Case Analysis v/s Disable Timing

    CASE ANALYSIS: Using set_case_analysis, any node can be constrained to a boolean logic value of 1 or 0. All case values are evaluated and

  2. Case Analysis and Mode Analysis

    Typically , you analyze the timing for each mode seperately. To place the design into a specific operating mode, you can use a technique called

  3. Case Analysis

    The case analysis command is commonly used to describe a functional mode in the design by setting constants in the logic like what configuration registers

  4. set_case_analysis

    Specifies that a port or pin is at a constant logic value 1 or 0. Case analysis is a way to specify a given mode of the design without altering the netlist

  5. Type of Analysis based on Operating Conditions

    BC_WC Operating condition Analysis mode – it's known as Best case Worst Case operating mode. It means we are going to use 2 extreme set of delay

  6. The curious case of 'interface analysis'!!

    The curious case of 'interface analysis'!! Hello. This is an important part of static timing analysis,. Below is the link:.

  7. Worst-case analysis and optimization of VLSI circuit performances

    In this paper, we present a new approach for realistic worst-case analysis of VLSI circuit performances and a novel methodology for circuit performance

  8. Timing Analysis

    Static Timing Analysis (STA). • STA checks the worst case propagation of all possible vectors for min/max delays. • Advantages:.

  9. STA

    Case Analysis. ○ Multiple Clocks per Register. ○ Minimum Pulse Width Checks. ○ Derived Clocks. ○ Clock Gating Checks. ○ Netlist Editing.

  10. Improve Logic Timing with Worst-Case Analysis

    Digital worst-case timing analysis (WCTA) analyzes the timing of digital devices under worst-case end-of-life conditions including initial