Getting Started with Automotive ethernet for Beginners

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Free Download Getting Started with Automotive ethernet for Beginners
Published 8/2024
Created by AutoRonics Services
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch
Genre: eLearning | Language: English | Duration: 43 Lectures ( 3h 0m ) | Size: 3.1 GB

PHY,MAC, MII,MDI, TCP , UDP, IPV4, IPV6, Socket , Switches , Routers, SOMEIP, DOIP, Automotive case, Real Time Examples
What you'll learn:
Ethernet basics , physical layer , datalink layer , MAC , switches , MII, MDI
TCP, udp , ipv4/v6, socket
Someip , doip
France structure of doip , service discovery , remote procedure call
Requirements:
Willing to learn
Description:
Course Overview
This course provides a comprehensive understanding of Automotive Ethernet, covering all the necessary terms from the physical layer to the application layer protocols like DoIP and SOME/IP. Designed for engineers, automotive professionals, and networking enthusiasts, the course will equip you with the knowledge needed to design, implement, and troubleshoot Automotive Ethernet systems.
Course Structure
1. Introduction to Automotive Ethernet
Overview of InVehicle Networking
Evolution from CAN, LIN, FlexRay to Ethernet
Advantages of Ethernet in Automotive Applications
2. Module 1: Physical Layer
1.1 Basics of Automotive Ethernet Physical Layer
IEEE 802.3 Standard Overview
Ethernet PHY and Transceivers
1.2 Ethernet Variants
100BASET1 and 1000BASET1
1.3 Cabling and Connectors
Twisted Pair Cabling
EMI/EMC Considerations
3. Module 2: Data Link Layer
2.1 Overview of Data Link Layer
Ethernet MAC Layer
Ethernet Frame Structure
2.2 VLANs and Prioritization
VLAN Tagging (IEEE 802.1Q)
Quality of Service (QoS) in Automotive Ethernet
2.3 Ethernet Switching
MAC Address Learning and Forwarding
Automotive Ethernet Switches
4. Module 3: Network Layer
3.1 Internet Protocol (IP) in Automotive Ethernet
IPv4/IPv6 Basics
IP Addressing and Subnetting
3.2 TCP/IP Stack Overview
TCP vs. UDP in Automotive Applications
Implementation of TCP/IP in Autosar
5. Module 4: Transport Layer Protocols
4.1 Transmission Control Protocol (TCP)
TCP Features and Reliability
TCP Use Cases in Automotive Ethernet
4.2 User Datagram Protocol (UDP)
UDP Features and Performance
UDP in RealTime Applications
6. Module 5: AutomotiveSpecific Protocols
5.1 Diagnostics over IP (DoIP)
DoIP Overview and Use Cases
DoIP Message Structure
Implementation and Troubleshooting
5.2 Scalable ServiceOriented Middleware over IP (SOME/IP)
Introduction to SOME/IP
Service Discovery and Communication Patterns
Remote Procedure call
SOME/IP Automotive Use case
Who this course is for:
Automotive embedded engineer
Automotive test engineer, automotive developer
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[0dayddl]

Getting Started With Automotive Ethernet For Beginners
Published 8/2024
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz
Language: English | Size: 3.96 GB | Duration: 3h 0m​

PHY,MAC, MII,MDI, TCP , UDP, IPV4, IPV6, Socket , Switches , Routers, SOMEIP, DOIP, Automotive case, Real Time Examples

What you'll learn

Ethernet basics , physical layer , datalink layer , MAC , switches , MII, MDI

TCP, udp , ipv4/v6, socket

Someip , doip

France structure of doip , service discovery , remote procedure call

Requirements

Willing to learn

Description

Course Overview:This course provides a comprehensive understanding of Automotive Ethernet, covering all the necessary terms from the physical layer to the application layer protocols like DoIP and SOME/IP. Designed for engineers, automotive professionals, and networking enthusiasts, the course will equip you with the knowledge needed to design, implement, and troubleshoot Automotive Ethernet systems.Course Structure:1. Introduction to Automotive Ethernet Overview of InVehicle Networking Evolution from CAN, LIN, FlexRay to Ethernet Advantages of Ethernet in Automotive Applications2. Module 1: Physical Layer 1.1 Basics of Automotive Ethernet Physical Layer IEEE 802.3 Standard Overview Ethernet PHY and Transceivers 1.2 Ethernet Variants 100BASET1 and 1000BASET1 1.3 Cabling and Connectors Twisted Pair Cabling EMI/EMC Considerations3. Module 2: Data Link Layer 2.1 Overview of Data Link Layer Ethernet MAC Layer Ethernet Frame Structure 2.2 VLANs and Prioritization VLAN Tagging (IEEE 802.1Q) Quality of Service (QoS) in Automotive Ethernet 2.3 Ethernet Switching MAC Address Learning and Forwarding Automotive Ethernet Switches4. Module 3: Network Layer 3.1 Internet Protocol (IP) in Automotive Ethernet IPv4/IPv6 Basics IP Addressing and Subnetting 3.2 TCP/IP Stack Overview TCP vs. UDP in Automotive Applications Implementation of TCP/IP in Autosar5. Module 4: Transport Layer Protocols 4.1 Transmission Control Protocol (TCP) TCP Features and Reliability TCP Use Cases in Automotive Ethernet 4.2 User Datagram Protocol (UDP) UDP Features and Performance UDP in RealTime Applications6. Module 5: AutomotiveSpecific Protocols 5.1 Diagnostics over IP (DoIP) DoIP Overview and Use Cases DoIP Message Structure Implementation and Troubleshooting 5.2 Scalable ServiceOriented Middleware over IP (SOME/IP) Introduction to SOME/IP Service Discovery and Communication Patterns Remote Procedure call SOME/IP Automotive Use case

Overview

Section 1: Introduction

Lecture 1 Introduction

Lecture 2 Introduction of Automotive Ethernet

Lecture 3 Protocols in automotive

Lecture 4 Why Ethernet in Automotive is Essential

Section 2: OSI , Ethernet frame

Lecture 5 OSI Layer & Automotive Ethernet Layers

Lecture 6 Automotive Ethernet Frame Data - High level

Section 3: Automotive Ethernet : Physical layer

Lecture 7 Automotive Ethernet : Physical Layer

Lecture 8 Automotive Ethernet : PHY - MII - MDI - MAC

Lecture 9 MII Overview

Lecture 10 Automotive Ethernet : MDI_Overview

Lecture 11 Automotive Ethernet : Physical_Layer_Summary

Section 4: Automotive Ethernet : Data Link Layer

Lecture 12 How to see Ethernet message (Automotive) in computer

Lecture 13 Switches and Routers

Lecture 14 Ethernet Frame Format

Lecture 15 Unicast :: Mulicast :: Broadcast

Lecture 16 MAC address

Section 5: Automotive Ethernet : Network Layer

Lecture 17 IPV4 -Introduction

Lecture 18 IPV4 - Frame Format

Lecture 19 IPV4 Frame in Wireshark

Lecture 20 ARP and ICMP

Lecture 21 ARP and ICMP - Example

Lecture 22 IPV6 : Short Overview

Lecture 23 An Ethernet Frame in Wireshark - Network Layer

Section 6: Automotive Ethernet : Transport layer

Lecture 24 Transport Layer Introduction

Lecture 25 UDP Overview

Lecture 26 TCP Overview

Lecture 27 TCP Example Frame

Lecture 28 Socket Overview

Section 7: Automotive Ethernet : SOME IP

Lecture 29 SOME/IP Introduction

Lecture 30 SOME/IP Architecture Understanding

Lecture 31 SOME/IP - Frame Format

Lecture 32 SOME/IP - Key Terms

Lecture 33 SOME/IP -Service discovery (SD)

Lecture 34 SOME/IP - Remote Procedure Call (RPC)

Lecture 35 SOME/IP - A Practical Example

Section 8: Automotive Ethernet : DoIP

Lecture 36 DoIP - Overview

Lecture 37 DoIP in OSI Layer

Lecture 38 DoIP - Frame Format

Lecture 39 DoIP - Communication Sequence

Lecture 40 DoIP - Vehicle announcement

Lecture 41 DoIP -Routing Activation

Lecture 42 DoIP - Diagnostics Message

Section 9: Conclusion

Lecture 43 Automotive Ethernet - Conclusion

Automotive embedded engineer,Automotive test engineer, automotive developer

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