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Static Timing Analysis Fundamentals

Track :

Engineering

Lessons no : 41

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What will you learn in this course?
  • Master how to perform static timing analysis on digital circuits using industry-standard tools and techniques
  • Identify and analyze timing paths, delays, and violations in complex integrated circuits
  • Apply optimization strategies to improve circuit timing and meet design specifications
  • Interpret timing reports and identify critical paths affecting circuit performance
  • Implement best practices for timing closure in digital design workflows
  • Evaluate the impact of process variations and environmental factors on circuit timing
  • Utilize timing constraints effectively to ensure reliable circuit operation
  • Troubleshoot and resolve timing violations to enhance circuit robustness and efficiency
  • Understand the role of static timing analysis in the overall chip design process
  • Integrate static timing analysis into digital design verification and validation processes
  • Assess the trade-offs between power, performance, and area during timing optimization
  • Develop skills to communicate timing issues and solutions effectively within engineering teams

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  • Watch at least 50% of Lesson Duration
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  • The Certificate is free !
Lessons | 41
introduction to static timing analysis | STA | VLSI
00:01:55

introduction to static timing analysis | STA | VLSI
STA lec1 basics of static timing analysis | static timing analysis tutorial | VLSI
00:04:12

STA lec1 basics of static timing analysis | static timing analysis tutorial | VLSI
STA lec2 cmos basics | cmos characterestics | noise margins | static timing analysis tutorial | VLSI
00:07:44

STA lec2 cmos basics | cmos characterestics | noise margins | static timing analysis tutorial | VLSI
STA lec3 CMOS modelling | pin capacitance modelling | static timing analysis tutorial | VLSI
00:10:57

STA lec3 CMOS modelling | pin capacitance modelling | static timing analysis tutorial | VLSI
STA lec4 CMOS switching waveform and propagation delay | static timing analysis tutorial | VLSI
00:07:54

STA lec4 CMOS switching waveform and propagation delay | static timing analysis tutorial | VLSI
STA lec5 Clock Slew and Skew part 1 | static timing analysis tutorial | VLSI
00:07:42

STA lec5 Clock Slew and Skew part 1 | static timing analysis tutorial | VLSI
STA lec6 Clock skew part 2 | static timing analysis tutorial | VLSI
00:04:15

STA lec6 Clock skew part 2 | static timing analysis tutorial | VLSI
STA lec7 clock uncertainity and unateness | static timing analysis tutorial | VLSI
00:04:38

STA lec7 clock uncertainity and unateness | static timing analysis tutorial | VLSI
STA lec8 setup time concepts part 1 | static timing analysis tutorial | VLSI
00:09:36

STA lec8 setup time concepts part 1 | static timing analysis tutorial | VLSI
STA lec9 setup time concepts part 2 | static timing analysis tutorial | VLSI
00:14:33

STA lec9 setup time concepts part 2 | static timing analysis tutorial | VLSI
STA lec10 hold time concepts | static timing analysis tutorial | VLSI
00:14:03

STA lec10 hold time concepts | static timing analysis tutorial | VLSI
STA lec11 std cell propagation delay | static timing analysis tutorial | VLSI
00:15:22

STA lec11 std cell propagation delay | static timing analysis tutorial | VLSI
STA lec 12 delay modelling in library | static timing analysis tutorial | VLSI
00:10:49

STA lec 12 delay modelling in library | static timing analysis tutorial | VLSI
STA lec13 defining constraints | static timing analysis tutorial | VLSI
00:10:56

STA lec13 defining constraints | static timing analysis tutorial | VLSI
STA lec14 defining reg2reg constraints | static timing analysis tutorial | VLSI
00:08:20

STA lec14 defining reg2reg constraints | static timing analysis tutorial | VLSI
STA lec15 defining input output constraints part 1 | static timing analysis tutorial | VLSI
00:12:46

STA lec15 defining input output constraints part 1 | static timing analysis tutorial | VLSI
STA lec16 defining input output constraints part 2 | static timing analysis tutorial | VLSI
00:08:43

STA lec16 defining input output constraints part 2 | static timing analysis tutorial | VLSI
sta lec17 Understanding timing report part 1 | static timing analysis tutorial | VLSI
00:12:35

sta lec17 Understanding timing report part 1 | static timing analysis tutorial | VLSI
sta lec18 understanding timing report part 2 | Static Timing Analysis tutorial | VLSI
00:11:27

sta lec18 understanding timing report part 2 | Static Timing Analysis tutorial | VLSI
sta lec19 understanding timing report part3 | Static Timing Analysis tutorial | VLSI
00:10:32

sta lec19 understanding timing report part3 | Static Timing Analysis tutorial | VLSI
sta lec20 setup hold timing fixes part1 | Static Timing Analysis tutorial | VLSI
00:05:58

sta lec20 setup hold timing fixes part1 | Static Timing Analysis tutorial | VLSI
sta lec21 hold timing fixes in path part2 | Static Timing Analysis tutorial | VLSI
00:07:49

sta lec21 hold timing fixes in path part2 | Static Timing Analysis tutorial | VLSI
sta lec22 timing exceptions part 1 | false path | Static Timing Analysis tutorial | VLSI
00:07:04

sta lec22 timing exceptions part 1 | false path | Static Timing Analysis tutorial | VLSI
sta lec23 timing exceptions part2 | multi cycle path | Static Timing Analysis tutorial | VLSI
00:11:16

sta lec23 timing exceptions part2 | multi cycle path | Static Timing Analysis tutorial | VLSI
sta lec24 | Half Cycle Path | Static Timing Analysis tutorial | VLSI
00:05:36

sta lec24 | Half Cycle Path | Static Timing Analysis tutorial | VLSI
sta lec25 recovery and removal checks | Static Timing Analysis tutorial | VLSI
00:10:21

sta lec25 recovery and removal checks | Static Timing Analysis tutorial | VLSI
sta lec26 gba pba analysis | Static Timing Analysis tutorial | VLSI
00:09:48

sta lec26 gba pba analysis | Static Timing Analysis tutorial | VLSI
sta lec27 timing across clk domains part1 | Static Timing Analysis tutorial | VLSI
00:06:52

sta lec27 timing across clk domains part1 | Static Timing Analysis tutorial | VLSI
sta lec28 timing across clk domains part2 | Static Timing Analysis tutorial | VLSI
00:03:37

sta lec28 timing across clk domains part2 | Static Timing Analysis tutorial | VLSI
sta lec29 timing across clk domains part3 | Static Timing Analysis tutorial | VLSI
00:07:35

sta lec29 timing across clk domains part3 | Static Timing Analysis tutorial | VLSI
sta lec30 clock gating checks part 1 | Static Timing Analysis tutorial | VLSI
00:13:49

sta lec30 clock gating checks part 1 | Static Timing Analysis tutorial | VLSI
sta lec31 clock gating checks part 2 | Static Timing Analysis tutorial | VLSI
00:05:26

sta lec31 clock gating checks part 2 | Static Timing Analysis tutorial | VLSI
sta lec32 clock gating checks part 3 | Static Timing Analysis tutorial | VLSI
00:06:32

sta lec32 clock gating checks part 3 | Static Timing Analysis tutorial | VLSI
sta lec33 introduction to OCV | Static Timing Analysis tutorial | VLSI
00:03:12

sta lec33 introduction to OCV | Static Timing Analysis tutorial | VLSI
sta lec34 OCV concepts part2 | static timing analysis tutorial | VLSI
00:08:20

sta lec34 OCV concepts part2 | static timing analysis tutorial | VLSI
sta lec35 OCV concepts part3 | static timing analysis tutorial | VLSI
00:11:52

sta lec35 OCV concepts part3 | static timing analysis tutorial | VLSI
sta lec36 Interview Questions Part1 | static timing analysis tutorial | VLSI
00:02:27

sta lec36 Interview Questions Part1 | static timing analysis tutorial | VLSI
sta lec37 interview question part2 | static timing analysis tutorial | VLSI
00:15:15

sta lec37 interview question part2 | static timing analysis tutorial | VLSI
sta lec 38 Numerical Questions part3 | static timing analysis tutorial | VLSI
00:07:15

sta lec 38 Numerical Questions part3 | static timing analysis tutorial | VLSI
STA lec39 Latch Time Borrow | Static Timing Analysis tutorial | VLSI
00:09:24

STA lec39 Latch Time Borrow | Static Timing Analysis tutorial | VLSI
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2025-05-29

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2024-01-20

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Static Timing Analysis course in hindi, in this course covers techniques and tools for evaluating and optimizing the timing performance of digital integrated circuits