- 30
- 3 708
VLSICareerCraft
India
เข้าร่วมเมื่อ 19 ส.ค. 2023
🧠 Are you a VLSI enthusiast looking to dive deeper into intricate design methodologies? Or perhaps you're gearing up for that crucial VLSI job interview? Look no further! This channel is your one-stop-shop for comprehensive VLSI knowledge.
📚 Our mission is simple: to provide you with valuable insights into the world of Very Large Scale Integration (VLSI). Whether you're a newbie eager to learn the basics or a seasoned pro seeking the latest advancements, we've got you covered.
👨🏫 Managed by VLSI Experts: Our content is curated and presented by a team of seasoned experts with PhD and graduate degrees in various VLSI fields, including analog, digital, verification, and physical design. We bring you firsthand knowledge and real-world experience to enhance your understanding.
📚 Our mission is simple: to provide you with valuable insights into the world of Very Large Scale Integration (VLSI). Whether you're a newbie eager to learn the basics or a seasoned pro seeking the latest advancements, we've got you covered.
👨🏫 Managed by VLSI Experts: Our content is curated and presented by a team of seasoned experts with PhD and graduate degrees in various VLSI fields, including analog, digital, verification, and physical design. We bring you firsthand knowledge and real-world experience to enhance your understanding.
VLSI Interview Question: STA Solved 5 | Effect of #clock skew and jitter on setup time
Hi everyone, welcome back to another episode of "VLSI Interview Question: STA Solved"! Today, we're diving into an important topic: how clock skew and jitter affect setup time in ASIC design.
In the semiconductor industry, timing analysis is crucial at every step of designing chips. It helps us fix issues like setup violations right from the blueprint stage to the final physical design.
In this video, we'll cover:
What clock skew is and how it impacts timing.
How jitter (those tiny timing fluctuations) can mess with setup times.
Practical examples and simulations to show you how these things work in real circuits.
Whether you're a VLSI professional or a student eager to learn more about timing analysis, this video will give you practical insights that you can apply.
Don’t forget to like, subscribe, and hit the bell icon for more updates on VLSI design, interview tips, and career advice!
#vlsi #statictiminganalysis #ClockSkew #jitter #asicdesign #electricalengineering #techeducation #semiconductor #circuitdesign #engineeringexcellence #vlsijobs #professionaldevelopment #techlearning #EDA #digitaldesign #hardwareengineering #timinganalysis
In the semiconductor industry, timing analysis is crucial at every step of designing chips. It helps us fix issues like setup violations right from the blueprint stage to the final physical design.
In this video, we'll cover:
What clock skew is and how it impacts timing.
How jitter (those tiny timing fluctuations) can mess with setup times.
Practical examples and simulations to show you how these things work in real circuits.
Whether you're a VLSI professional or a student eager to learn more about timing analysis, this video will give you practical insights that you can apply.
Don’t forget to like, subscribe, and hit the bell icon for more updates on VLSI design, interview tips, and career advice!
#vlsi #statictiminganalysis #ClockSkew #jitter #asicdesign #electricalengineering #techeducation #semiconductor #circuitdesign #engineeringexcellence #vlsijobs #professionaldevelopment #techlearning #EDA #digitaldesign #hardwareengineering #timinganalysis
มุมมอง: 90
วีดีโอ
STA Lecture 4: 10 ways to fix #setup violation! #vlsi #interview #ece
มุมมอง 2333 หลายเดือนก่อน
In the industry, timing analysis is performed at every level of the ASIC design flow, and various techniques are used to address timing violations at each stage. For example, changes can be made at the architecture level, RTL level, and physical design level. It is crucial to understand how these techniques are applied to fix setup violations in the design. #vlsijobs #vlsicareercraft #vlsitrain...
STA Lecture 3: #Derivation of #SETUP and #HOLD timing check for register based design
มุมมอง 903 หลายเดือนก่อน
Welcome to the third lecture in our Static Timing Analysis (STA) series. In this video, we'll derive the setup and hold timing checks for register-based designs. Welcome to the third lecture in our Static Timing Analysis (STA) series. In this video, we'll derive the setup and hold timing checks for register-based designs.
STA Lecture 2: How to increase/decrease #setup and #hold time frames in #FlipFlop ?
มุมมอง 673 หลายเดือนก่อน
In this video, we are diving into the essentials of timing analysis in digital circuits, focusing on flip-flops and their setup and hold times. Enjoy the video and happy learning! 🎉 #vlsijobs #vlsicareercraft #vlsitraining #vlsidesign #statictiminganalysis #STA #vlsidesign #circuitdesign #techresources #Semiconductor #integratedcircuits #chipdesign #EDA #techeducation #professionaldevelopment #...
STA Lecture 1: Why setup and hold times exist in FF? What is Tcq delay? #vlsi #interview #ece
มุมมอง 803 หลายเดือนก่อน
Often, students concentrate on setup and hold violations in pipeline design, but it is important to understand the fundamentals of why these setup and hold times exist in a flip-flop. Here is a clear explanation of the fundamentals. #vlsijobs #vlsicareercraft #vlsitraining #vlsidesign #StaticTimingAnalysis #STA #VLSIDesign #CircuitDesign #TechResources #Semiconductor #IntegratedCircuits #ChipDe...
VLSI Interview Question: STA Solved 4 | Check & Fix Hold Violation #vlsi #interview #education
มุมมอง 1234 หลายเดือนก่อน
VLSI Static Timing Analysis interview preparation with us! In this video, we'll walk you through a solved example on Static Timing Analysis, explain clock variances, and make sense of setup and hold times. #vlsijobs #timinganalysis #clocks #electronics #tutorial #vlsi #learnelectronics #engineeringexplained #digitaldesign #timings #beginnersguide #education #techtutorial #chipdesign #learningis...
VLSI Interview Question: STA Solved 3 | Check & Fix Hold Violation #vlsi #interview #education
มุมมอง 1144 หลายเดือนก่อน
VLSI Static Timing Analysis interview preparation with us! In this video, we'll walk you through a solved example on Static Timing Analysis, explain clock variances, and make sense of setup and hold times. Perfect for beginners or anyone needing a refresher. Join us for a clear and easy-to-understand dive into the world of VLSI!#vlsi #timinganalysis #clocks #electronics #tutorial #vlsi #learnel...
VLSI Interview Question: STA Solved Example 2 | Find minimum clock period #vlsi #interview
มุมมอง 1367 หลายเดือนก่อน
Explore the fundamentals of VLSI design in straightforward terms! Join us as we dissect a solved example on Static Timing Analysis, clock variances, setup, and hold times. Whether you're a novice in electronics or refreshing your knowledge, this video is tailored for you! #vlsi #timinganalysis #clocks #electronics #tutorial #vlsi #learnelectronics #engineeringexplained #digitaldesign #timings #...
Analog Interview Question 1 : Texas Instruments | Solved #vlsicareercraft #vlsi #interview
มุมมอง 767 หลายเดือนก่อน
Hey everyone, Let's tackle an interview question from a Texas Instruments exam, with credit to the question designer. This question revolves around the maximum power transfer theorem, but with a slight twist. Usually, for maximum power transfer from a source to a load involving resistive impedance, the source impedance ideally needs to be 0 ohms. However, in this scenario, the load impedance is...
Analog Interview Question 2 : Texas Instruments | Solved #vlsicareercraft #vlsi #interview
มุมมอง 1697 หลายเดือนก่อน
Let's tackle an interview question from a Texas Instruments exam, with credit to the question designer. This question revolves around the maximum power transfer theorem, but with a slight twist. Usually, for maximum power transfer from a source to a load involving resistive impedance, the source impedance ideally needs to be 0 ohms. However, in this scenario, the load impedance is reactive. So,...
VLSI Interview Question: STA Solved Example 1 | Find minimum clock period #vlsi #interview
มุมมอง 2077 หลายเดือนก่อน
Discover the basics of VLSI design in easy-to-understand terms! Join us as we break down a solved example covering Static Timing Analysis, clock differences, setup, and hold times. Whether you're new to electronics or brushing up on your skills, this video is perfect for you! #vlsi #timinganalysis #clocks #electronics #tutorial #vlsi #learnelectronics #engineeringexplained #digitaldesign #timin...
Tips to Boost Your Resume #interview #vlsicareercraft #vlsi #resume
มุมมอง 327 หลายเดือนก่อน
Tips to Boost Your Resume #interview #vlsicareercraft #vlsi #resume
Verilog Part 2 : Data types in Verilog #interview #vlsicareercraft #vlsi #verilog #vlsitraining
มุมมอง 337 หลายเดือนก่อน
Verilog Part 2 : Data types in Verilog #interview #vlsicareercraft #vlsi #verilog #vlsitraining
Verilog Part 1: Types of modelling in verilog #interview #vlsi #vlsidesign #hardware #company #ece
มุมมอง 477 หลายเดือนก่อน
Verilog Part 1: Types of modelling in verilog #interview #vlsi #vlsidesign #hardware #company #ece
Important VLSI Concepts for Interview #vlsi #interview #vlsidesign #2024
มุมมอง 1017 หลายเดือนก่อน
Important VLSI Concepts for Interview #vlsi #interview #vlsidesign #2024
Evolution of apple chargers #technology #apple
มุมมอง 1910 หลายเดือนก่อน
Evolution of apple chargers #technology #apple
Nice explanation. Just 1 point though.. Adding delay/buffer in data path increases setup timing So it is making it worse right? I mean now data needs to reach D pin much earlier right?
For FF1 to FF2 there are two inverters in clock path effectively if we don't consider the common inverter delay between FF1 and FF2. So, now two inverter delays are giving negative skew which is fine. But what about clock jitter madam, I'm confused like do we have to consider only -2*(jitter) always irrespective of the number of inverters in clock path? Tclk+tskew-2*(jitter) is what the original equation on right hand side for setup analysis. But will that -2*(jitter) term changes if there are multiple delays, let's say inverter and buffer is also there with each having same plus or minus 10% delay variation. Then will the equation holds same or it will change?
Thanks for the question! The terms tj1 and tj2 in the generic equation which given in slide 2 refers to the amount of random deviation of each clock edge. Whenever the inverter delay is given skew and jitter depends on no. of inverters but when jitter is mentioned in the question then it would be -2*(jitter)
Hii madam, Can you make video's on timing exceptions Multi cycle path, Half cycle path , False path and also videos on how to reduce congestion in different ways. If we get these videos by this Saturday then it will be very help for me, if not possible it's okay madam. Thank you for such wonderful content.
@@Kuu797 Sure , will do some videos on these . These are really great STA topics.
@@VLSICareerCraft Thank you
Great content, mam. Really helpful for interview preparation. All the best for your channel.
Thank you
Tell us which topics you'd like covered-concepts or solved examples-to boost your interview prep. If enough people are interested, we can also plan free mock interviews!
Tell us which topics you'd like covered-concepts or solved examples-to boost your interview prep. If enough people are interested, we can also plan free mock interviews!
Tell us which topics you'd like covered-concepts or solved examples-to boost your interview prep. If enough people are interested, we can also plan free mock interviews!
Tell us which topics you'd like covered-concepts or solved examples-to boost your interview prep. If enough people are interested, we can also plan free mock interviews!
P R O M O S M
Nice
Let us know which concepts of VLSI you want us to explain here
Lets us know if you need any concept to be explained here ….
Lets us know if you need any concept to be explained here ….
Lets us know if you need any concept to be explained here ….
Let us know if you need any concepts to be explained