Friday, November 27, 2020

VLSI list

EE 310/310L : Microprocessors and System Design - Using PIC Microcontrollers 

EE 201A/EE201B Modeling and Optimization for VLSI Layout

cmu Course

Stanford Notes - Advanced VLSI

Direct Digital Synthesis

 

ECE 2C: Sophomore Circuits and Systems

 

ECE 137A: Junior-Level Transistor Circuits

 

ECE 137B: Junior-Level Transistor Circuits

 

ECE 145A/ECE218A:

Radio-Frequency / Microwave IC design

 

ECE 145B/ECE218B

Communications Electronics

 

ECE 145C/ECE218C

Communications Electronics

 

ECE194J/ECE594J:

Mixed Signal and Communications IC design

 

ECE 202A: Microwave Transistor Circuits

 

ECE594I: Low-Noise and High-Speed Electronics

Frequency Synthesizers

High speed Circuits


Verilog

Verilog Coding Style For Efficient Digital Design

Friday, October 16, 2020

CMOS mmwave

 Semiconductor technologies for 5G implementation at millimeter wave frequencies – Design challenges and current state of work

Aeronautics and Astronautics

5G Mobile communications

5G UCB

Satellite Engineering

space system architecture and design

Internet from Space

 Why LEO constellations of space lasers? According to the article- "The data speed increases because light travels faster in a vacuum compared to optical cables, so, information sent through Starlink arrives faster."

Real-time broadband resource allocation

Minimising interference

Metrics

Latency Statistics - 25- to 35ms. Existing satellite broadband latencies - 600ms

Speed tests - data from satellites to customers and then back to internet.

Simpler design to go early

Attrition of satellites - oneweb has a magentic fixture

Players

Telesat

Boeing & Samsung

Apple