Course Objectives
Understand the fundamental concepts and architecture of MIPI D-PHY.
Learn about the different modes of operation and their applications.
Deepen knowledge of MIPI D-PHY architecture and operational principles.
Analyze advanced data transmission techniques and lane management strategies.
Gain insight into the electrical and timing characteristics of MIPI D-PHY.
Explore the protocol stack and data transmission methods.
The course is targeting digital designers working in digital design field and the undergraduate students whose graduation project is related to the D-PHY.
Course Format:
Duration:
One Month
Delivery Method:
Classroom training / Online interactive sessions
Materials Provided:
Course slides, reference materials, and lab exercises
Certification:
Participants will receive a certificate of completion at the end of the course, recognizing their understanding and proficiency in MIPI D-PHY technology.
Enrollment:
For enrollment details and schedule, please visit our website or contact our training coordinator.
This course is a crucial step for professionals aiming to enhance their expertise in MIPI D-PHY, ensuring they can effectively contribute to the development of high-performance electronic devices.
Instructor
- Eng. Aliaa Fouli, Master of Science Degree in Electronics and Communications Engineering, (2007).
- Worked Previously at Mentor Graphics, Ellipsis Digital Systems and AiM (Aptex Sub-Contractor).
- My main role was building RTL design for different communication blocks and sharing in unit testing and system verification.
- Deeply share as a freelancer in the verilog implementation as well as verification of MIPI D-PHY Transmitter and Receiver's Architectures. I also shared in system integration of D-PHY Tx and Rx main blocks.
I'll be glad that you join my course
Course curriculum
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1Course Introduction
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2D-PHY Standard Solutions
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3D-PHY Specifications
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4MIPI D-PHY Hardware Architecture
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5MIPI D-PHY Driver Implementation