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VLSI Design

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VLSI Design. Rehan Azmat Lecture 2 Semiconductor Theory. Previous Lecture. Introduction History Market Trends. Lecture 2. Semiconductor. Transistor Revolution. First Integrated Circuit. Intel 4004 Microprocessor. Intel Pentium IV Microprocessor. Moore’s Law. Die Size. Frequency.

VLSI Design

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VLSI Design Rehan Azmat Lecture 2Semiconductor Theory
Previous Lecture • Introduction • History • Market Trends
Lecture 2 • Semiconductor
Transistor Revolution
First Integrated Circuit
Intel 4004 Microprocessor
Intel Pentium IV Microprocessor
Moore’s Law
Die Size
Frequency
Power Consumption
Design Abstraction Levels
MOSFET

CMOS VLSI Design

CMOS VLSI Design. Technology, Business Model and Future Trends. Plenty of Room at the bottom??. Currently at 45 nm process node and soon to be on 28 nm Lithography was seen to be a major obstacle (dealt with using Immersion or X/EUV) Moore’s Law still holding but for how long?

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ENG6090 VLSI Design

Professor: Shawki Areibi (Off:Thorn 2335) sareibi@uoguelph.ca Lecture Mon - Fri10:30 - 12:00 pm Thorn2336Laboratory ENG 2307 (Digital Design Lab)Course Web Page www.uoguelph.ca/~sareibi. Syllabus - VLSI Design/Reconfigurable ComputingGrading 30

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EE4271 VLSI Design

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Applied VLSI Design

The third design of Robert Gubitz. Applied VLSI Design . Stage 2 design. Changes since Stage 2. Replace the remaining Carry-Save-Array multipliers with Wallace Tree multipliers Use term sharing for the multipliers Replace Ripple-Carry adders with Carry-Skip look-ahead adders

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Applied VLSI Design

The second Design of Robert Gubitz and Bjoern Konieczek. Applied VLSI Design. First Approach. New Approach. Replace Ripple Look-Ahead Adder with Ripple-Carry Adder. New Approach. Replace Carry Save Array Multiplier with Wallace-Tree. New Approach.

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VLSI System Design. Lecture 1.3 Hardware Description Languages (HDLs). Engr. Anees ul Husnain ( anees.buzdar@gmail.com ) Department of Computer Systems Engineering, College of Engineering &amp; Technology, IUB. In this Lecture. Design steps Designing through HDLs Introduction HDLs

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VLSI Design. Rehan Azmat Lecture 4 Devices. Previous Lecture. Semiconductor Theory Diode BJTs FETs MOSFETs. Lecture 4. MOSFET Static Behavior. N-MOS Transistor. MOS Symbols. MOS Static Behavior. The Threshold Voltage Resistive Operation The Saturation Region

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EE4271 VLSI Design

EE4271 VLSI Design. Dr. Shiyan Hu Office: EERC 731 shiyan@mtu.edu. The Inverter. Adapted and modified from Digital Integrated Circuits: A Design Perspective by Jan M. Rabaey, Anantha Chandrakasan, and Borivoje Nikolic. Circuit Symbols. V. DD. S. D. V. V. in. out. D. C. L. S.

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Analog VLSI Design

Analog VLSI Design. Nguyen Cao Qui. Introduction to the course. Name: â€œ Analog VLSI Design â€ Instructor: Nguyen Cao Qui email: ncqui@ctu.edu.vn Goals:

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VLSI DESIGN. Machmud Effendy. Muhammadiyah University of Malang. OUTLINE. Introduction to VLSI Design Overview of Design Methodology MOS and CMOS Logic Design CAD Logic Design Stick Diagram Layout CAD Layout Application of VLSI Summary. Literatur :

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VLSI Design. MOSFET Zhuo Feng. Silicon Lattice. Transistors are built on a silicon substrate Silicon is a Group IV material Forms crystal lattice with bonds to four neighbors. Dopants. Silicon is a semiconductor Pure silicon has no free carriers and conducts poorly

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CSE45435 – VLSI Design

CSE45435 – VLSI Design. Lecture #2 Please note the change in Office Hours Office hours: Monday 3.00 - 5.00 Tuesday 11.30 - 1.00. Trends in Microprocessor Technology. Evolution in Complexity. Silicon in 2010. Die Area: 2.5x2.5cm Voltage: 0.6 V Technology: 0.07  m.

665 views • 33 slides

EE4271 VLSI Design

EE4271 VLSI Design. Dr. Shiyan Hu Office: EERC 731 shiyan@mtu.edu. The Inverter. Adapted and modified from Digital Integrated Circuits: A Design Perspective by Jan M. Rabaey, Anantha Chandrakasan, and Borivoje Nikolic. Pass-Transistors. Need a circuit element which acts as a switch

536 views • 32 slides

Applied VLSI Design

The first Design of Robert Gubitz and Bjoern Konieczek. Applied VLSI Design. First approach. Replace equations with a Calculation Unit. Calculation Unit. Calculation Unit (modified). Ripple-Carry-Look-ahead-Adder. Second Approach - Enhancement.

297 views • 9 slides

VLSI Design

VLSI Design. SMD154 LOW-POWER DESIGN Magnus Eriksson &amp; Simon Olsson. Today’s Topics. Introduction Power consumption How to reduce power consumption Tools used In the future. Introduction. Why do we want to decrease power consumption?

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Applied VLSI Design

Phase 4 – Bjoern Konieczek. Applied VLSI Design. Design Approach. G. R. B. R. G. B. Y. Cb. Cr. Possible Optimizations. Influence of Core height/width ratio Optimize Design for Timing/Leakage Make Changes in Power Plan (Ring/Stripes). 1. Influence of height/width ratio.

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EE466: VLSI Design

EE466: VLSI Design. 2009 Term Project. Expectation. To introduce you to basic research ideas Involves reading research paper Extraction of relevant parameters Simulation of circuits Presentation of results. Low Swing Signaling. Ideas Low Swing Signaling Reasons? Crosstalk

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EE466: VLSI Design

EE466: VLSI Design. Lecture 05: DC and transient response – CMOS Inverters. Outline. DC Response Logic Levels and Noise Margins Transient Response Delay Estimation. Activity. 1) If the width of a transistor increases, the current will increase decrease not change

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VLSI Design Flow

VLSI Design Flow. The Y-chart consists of three major domains: behavioral domain, structural domain, geometrical layout domain. The design flow starts from the algorithm, then define the architecture, then mapped onto chip surface i.e., floorplan then define the finite state machines

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