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Home | Research | M.Sc. And Ph.D Thesis | System Architecture Design of a Dual Role USB OTG Device

System Architecture Design of a Dual Role USB OTG Device

Thesis Title: 
System Architecture Design of a Dual Role USB OTG Device
Name: 
Rania Ahmed Ali El-Morsy
Date of Birth: 
Mon, 02/02/1976
Nationality: 
Egyptian
Degree: 
Master
Previous Degrees: 
B.Sc. (ELC) 1998 - Cairo
Registration Date: 
Tue, 01/10/2002
Awarding Date: 
Tue, 13/01/2009
Supervisors: 
Examiners: 

Dr. Abdel-Mageed, M. Z. *
Dr. Nassar, A M.
Dr. El-Bedweihy, K. A.

Key Words: 

System architecture design, USB OTG, SIE, FPGA, ASIC, SOC

Summary: 

As the culture of electronic devices communication technology moves away from
a PC-centric world, especially for portable devices to be able to communicate
with each other, the USB on-the-go (OTG) - a supplement to the USB 2.0
specification – was developed for connecting peripheral devices to each other.
USB OTG products can communicate with each other without the need to be
connected to a PC as long as the connected devices are USB OTG compatible.
This thesis gives an overview of the overall USB OTG system architecture. It also
provides a complete system architecture design of the Serial Interface Engine
(SIE) block of a dual role USB OTG level 1 device, handling all specifications
requirements, and verification methodology. The SIE architecture design is
presented in the form of building blocks. Each block and sub block is provided
with the interfacing signals, functionality, and internal operation description.