Scaling Trends: Transistors, Power Constraints, and Parallel Computing

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Related lectures (31)

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Introduction to IC Design

Introduces the design of analog CMOS integrated circuits and emphasizes the importance of good analog design skills.

Neuromorphic Computing: Challenges and Future

Discusses the challenges and future of neuromorphic computing, comparing digital computers and specialized hardware, such as SpiNNaker and NEST, while exploring the Human Brain Project's Neuromorphic Computing Platform.

Neuromorphic Computing: Concepts and Hardware Implementations

Covers neuromorphic computing, challenges in ternary and binary computing, hardware simulations of the brain, and new materials for artificial brain cells.

Static Logic Fundamentals

Covers the fundamentals of static logic, including noise immunity, noise margins, and various logic gate designs.

Transistor Amplifiers: Voltage Amplifiers

Covers common transmitter amplifiers and the characteristics of large signals, including saturation and blocking of transistors.

Transistor Logic Gates: TTL vs CMOS

Compares BJT and MOSFET in logic systems, focusing on TTL vs CMOS technologies.

Low-power Analog IC Design

Covers the design of low-power analog CMOS integrated circuits and the challenges of technology scaling in semiconductor industry.

CMOS Gates and Logic Systems

Covers the basics of CMOS gates and Logic Systems, highlighting the advantages of CMOS over TTL gates.

Transistor Bipolar Modeling: Small Signal Linear Model

Explains the small signal linear model of a bipolar transistor in operation.

Layout of Analog CMOS IC

Covers the layout of analog CMOS ICs, including matching transistors and dealing with parasitics and fabrication asymmetry.