MIPI Automotive Training – Mobile Industry Processor Interface Training
MIPI Automotive Training by TONEX, is a 2-day training program that provides you a comprehensive technical introduction to MIPI automotive standards.
Learning Objectives
Upon completion of this course, the attendees will:
- What MIPI Automotive is
- Learn about the concepts behind MIPI Interfaces in Autonomous Driving
- Learn about reasons for MIPI as an Open Industry-standard Layered Protocol
- Understand different MIPI Interfaces and their applications.
- Explore ideas behind D-PHY, M-PHY, C-PHY and more.
- Learn the details of MIPI CSI-2®: The Camera, Lidar and Radar Interface
- MIPI DSI-2SM: The Display Serial Interface
- MIPI D-PHYSM & C-PHY
- Short-Reach Physical Interfaces for CSI‑2 and DSI‑2
- MIPI I3C®: The Next-Generation Control Bus
- MIPI RFFESM: Wiring the Front End
- MIPI SoundWire®: Wiring for Audio Performance
- Storage Solutions: MIPI UniPro® and MIPI M-PHY® in UFS
- A-PHY: Solving the Long-Reach Challenge in the Stringent Automotive Environment
- A-PHY Key Technical Advantages
- MIPI Automotive SerDes Solutions,” or “MASS
Course Agenda
What is MIPI?
- Basics Concepts of MIPI
- MIPI applications
- Structure of MIPI
- Overview of MIPI protocol stacks
- Emerging PHY for all product tiers of smartphone, Internet of Things (IoT), and
Overview of Current MIPI Automotive Specifications
- MIPI CSI-2®: The Camera, Lidar and Radar Interface
- MIPI DSI-2SM: The Display Serial Interface
- MIPI D-PHYSM & C-PHY
- Short-Reach Physical Interfaces for CSI‑2 and DSI‑2
- MIPI I3C®: The Next-Generation Control Bus
- MIPI RFFESM: Wiring the Front End
- MIPI SoundWire®: Wiring for Audio Performance
- Storage Solutions: MIPI UniPro® and MIPI M-PHY® in UFS
- A-PHY: Solving the Long-Reach Challenge in the Stringent Automotive Environment
- A-PHY Key Technical Advantages
Overview of MIPI PHYs
- C-PHY Use Cases
- What is D-PHY?
- M-PHY Architecture and Operation
- MIPI A-PHY: Automotive SerDes Interface
- MIPI Automotive SerDes Solutions
- Functional Safety and Security Protection of Automotive Sensor Systems
- MIPI I3C: The Next-Generation Utility and Control Bus
Overview of Camera Serial Interface (CSI)
- Camera Serial Interface (CSI)
- Overview of CSI-2
- Overview of CSI-3
- UniPro v. 1.41 as CSI-3 link layer
- CSI-3’s Unipro/M-PHY combination
Display Serial Interface (DSI)
- Overview, Scope and Purpose of DSI
- Operations of DSI
- DSI conformance test suite
MIPI Automotive Implementation
- MIPI Software Integration and Product Integration
- Key Features & Specification
- MIPI Probes
- MIPI Protocols
- MIPI Protocol Analyzers
- MIPI Traces
- Practical Knowledge and Best Practices
- MIPI System Design
- MIPI V&V
“MIPI Automotive SerDes Solutions,” or “MASS
- MASS and in-vehicle connectivity requirements of future automotive sensor (camera/lidar/radar) and display systems
- MASS Components
- MIPI A-PHY℠
- MIPI CSI-2®
- MIPI DSI-2℠
- MASS physical layer: MIPI A-PHY
- MASS higher-layer protocols
- MIPI CSI-2 for cameras, MIPI DSI-2 and VESA eDP/DP for displays, and lower speed protocols such as I2C (Inter-Intergrated Circuit), GPIO (General Purpose Input Output), Ethernet and MIPI I3C®
- MASS functional safety
- MASS-based applications meet the functional safety requirements of ISO standard 26262:2018 “Road vehicles – Functional safety” and enabling designers
- Automotive Safety Integrity Level (ASIL) specifications from ASIL B through ASIL D
- MASS security