Ethernet & IP @ Automotive Technology Day 2015

This event is the premier venue for Original Equipment Manufacturers (OEMs), suppliers, semiconductor vendors, and tool providers and offers an excellent overview on the evolution of Ethernet in automotive applications.

2015 EIPATD banner

The IEEE Standards Association (IEEE-SA) Ethernet & IP @ Automotive Technology Day is the premier venue for OEMs, suppliers, semiconductor vendors and tool providers to discuss and learn about the evolution of Ethernet standards, technologies and applications in the automotive environment.

The IEEE-SA Ethernet & IP @ Automotive Technology Day is open to anyone interested in next generation automotive communication technologies, as well as those currently involved in related standardization and interoperability activities.

The 5th Annual IEEE-SA Ethernet & IP @ Automotive Technology Day event was supported by JasPar and held for the first time in Asia. The Yokohama location gave exhibitors and attendees an excellent opportunity to reach out to all the major automotive OEMs and supplier companies worldwide. ​

P​resentations ​during the two day event provided insights into Developments, Trends ​and​ Solutions ​for the​ Automotive Ethernet Market​, ​ ​Quality of Service and Time Sensitive Networking​, an Overview of Standardization Activities as well as​ ​Security.​ A Keynote Presentation was also given by Karsten Wittmack of BMW.​

Download the 2015 Ethernet & IP @ Automotive Technology Day Agenda PDF format

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Introducing Automotive Ethernet – A Project Manager's Account
Karsten Wittmack (BMW)

Overview of Standardization Activities

IEEE Standards for Automotive Networking
Steven B. Carlson (High Speed Design, Inc), Thomas Hogenmueller (Bosch), Robert Grow (RMG Consulting, KDPOF), Dave Dwelley (Linear Technology), Ludwig Winkel (Siemens)

Standardization activities of Gigabit Ethernet operation over plastic optical fiber
Okihiro Sugihara, Satoshi Takahashi (Utsunomiya University)

Quality of Service and Time Sensitive Networking

IEEE TSN Standards Overview & Update
Don Pannell (Marvell Semiconductor)

Highly reliable network technology that is necessary for achieving future E/E architecture aimed at the age of "Automated Driving"
Yoshifumi Kaku, Haruka Honda, Taichi Itagawa (DENSO CORPORATION)

Ethernet TSN as enabling technology for ADAS and automated driving systems
Soheil Samii (General Motors), Helge Zinner (BOSCH)

Time Sensitive Network enabling next generation of automotive E/E architecture
Nobukatsu Kitajima, Dnyaneshwar Kulkarni (Renesas Electronics Corporation)

AVnu: Ethernet AVB/TSN Common Services across four segments, and segment-specific profiles
Yong Kim (AVnu / Broadcom), Gordon Bechtel (AVnu / Harman)

Global Time Synchronization in an Automotive Ethernet Network – Everything Done?
Bernd Jesse (Vector Informatik GmbH)

AVnu: Open source software for AVB/TSN
Andrew Elder, Daron Underwood, David Cemin, Gordon Bechtel (AVnu)

Physical Layer

Automotive Connector Solutions for High-speed In-Vehicle Ethernet
Shoji Kawashima, Takeshi Kimura, Bert Bergner (Tyco Electronics)

Building Next Generation 1000BASE-T1 Physical Devices for Automotive Applications
Mehmet V. Tazebay (Broadcom Corporation)

A study of Ethernet Protocol for Automotive Application:EMC aspects of communication channel
Takeshi Yasuda, Hideki Goto (Toyota)

EMC-constrained 1000BASE-T1 PHYs: Lessons Learned from OABR 100Mbit/s
Mehmet V. Tazebay (Broadcom Corporation)

Safety and Security

Safe and Secure Communication with Automotive Ethernet
Michael Ziehensack, Roman Pallierer, Martin Böhner (Elektrobit)

Security Implications on Ethernet Networks for Connected Cars
Shrikant Acharya (Excelfore Corporation)

Special Session: AUTOSAR

Ethernet and the AUTOSAR Adaptive Platform as basis for future E/E Architecture
Igor Neiva Camargo (Continental Automotive GmbH)

Testing and Tools

Testing the Security and Performance of Automotive Ethernet ECUs
Bogdan Tenea (Ixia)

Standardization for efficient testing of Automotive Ethernet ECUs
Bogdan Tenea (Ixia), Roman Pallierer (Elektrobit), Fabian Nikolaus (C&S)

Ethernet Oriented E/E Architecture with CAN Virtualization for Automated Driving Vehicles
Mikio Kataoka, Masaaki Nakamura, Kenichi Osada, Kohei Sakurai (Hitachi Automotive Systems), Satoshi Otsuka, Mitsuhiro Kitani (Hitachi)

New Applications and Use Cases

Big Data Rates in the Car – Ethernet & more over one single Link System
Jochen Schyma (INOVA)

Video coding and computer vision for automotive Ethernet applications
Marco Jacobs (Videantis)



Opening & Welcome
John Capp, GM

Keynote Speech

Automotive Ethernet: Market Growth Outlook
Ian Riches, Strategy Analytics

Session 1: Use Cases / Architecture / Applications

AVB in Automotive Infotainment Networks
Günter Dannhäuser – Daimler, Andrew Lucas – XMOS

Designing 1000BASE-T1 into Automotive Architectures
Alexander E. Tan - Marvell

Practical Use of an Ethernet Switch within ECUs for Control Applications
Rodney Cummings - National Instruments

Ethernet AVB in Infotainment
Stefan Singer - Freescale

Session 2: AUTOSAR & Ethernet

Welcome to joint AUTOSAR / Ethernet session
Martin Thomas - AUTOSAR Spokesperson

Ethernet – Trends & Application Possibilities
Tushar Vaidya - KPIT Technologies

Time sensitive control data exchange with AUTOSAR IP/Ethernet based on AVB
Michael Ziehensack - Elektrobit, Markus Jochim - GM

Introducing Ethernet/IP into automotive series production with AUTOSAR from the perspective of an OEM
Jan Hegewald, Nadym Salem - Carmeq

Testing Automotive Ethernet systems - the AUTOSAR way
Sebastian Gruber, Josef Nöbauer – Continental

The Future of Ethernet in AUTOSAR
Marc Weber - Vector Informatik

Session 3: Fast Track

Automotive IP/Ethernet Testing, Challenges and what can be learned from the IT and telecom networking domains
Alon Regev - Ixia, Roman Pallierer - Elektrobit

Lessons Learned from Industrial Ethernet Solutions
Chris Muench - C-Labs

Accelerating the road from Audio/Video to Autonomous
Rick Kreifeldt - AVnu / Harman

Implementation of Automotive Compliant Connector Solutions for In-Vehicle Ethernet Networks
John W Hall, Bert Bergner, Thomas Ginsberg - TE Connectivity

How can I get the most out of Automotive Ethernet. System level network simulation for the design and evaluation of upcoming Ethernet-based E/E-architectures
Till Steinbach, Franz Korf, René Röllig - HAW-Hamburg, Thomas Eymann – IAV

Session 4: Standardization & Strategy

Status report on automotive related IEEE802.3 activities
Steve Carlson, David Dwelley, Ludwig Winkel, Thomas Hogenmüller, Robert Grow - IEEE

AVnu’s Ethernet AVB Automotive Certification Profile
Gordon Bechtel - Symphony Teleca, Ben Gale - Broadcom, Max Kicherer - BMW,
David Olsen - Harman International

The Looming Ethernet MAC Address Crisis in a Car
Donald R. Pannell – Marvell

Session 5: Security

Ethernet Security in the Car
Ben Gale - Broadcom

Automotive Ethernet Security Testing
Alon Regev, Abhijit Lahiri – Ixia

Session 6: Physical Layer / Testing & Tools

A Review of 1000BASE-T1 PHY Architecture for EMC-Constrained Channels
Mehmet Tazebay - Broadcom

I can use CAN wire for Ethernet, right?
Natalie Wienckowski - GM

Applying Ethernet test methodologies to automotive applications
Curtis Donahue, Alex Seiger - IOL-UNH



Fast, Simple, Reliable and Cheap: Ethernet at 40 [Keynote]
Steven Carlson (High Speed Design, Inc.)

Suitability of Standard Connecting Hardware for Automotive Twisted Pair Ethernet Transmission
Bert Bergner, Jens Wülfing, Andreas Engel (TE Connectivity)

Benefits of Ethernet PHY Architectures for Automotive Applications
Gani Jusuf (Marvell)

From OPEN Alliance BroadR-Reach PHYs to IEEE 802.3bp RTPGE: the development of next generation Automotive Ethernet PHYs
Mehmet Tazebay, Ali Abaye (Broadcom)

Advanced Sleep and Wakeup concept for Automotive Ethernet
Thomas Suermann (NXP)

Challenges in the Deployment of AVB for Automotive Infotainment Systems
Thomas Gmeinder (XMOS), Christian Soerensen (Intel)

The Automotive Profile: In-Car Audio Video Transmission with AVB
Max Kicherer (BMW), Robert Boatright (Harman), Frank Baehren (Intel)

The Need for IEEE Standardized Ethernet Mechanisms for Active Safety Applications
Markus Jochim, Massimo Osella (GM)

IEEE 802 Time-Sensitive Networking: Extending Beyond AVB
Michael D. Johas Teener (Broadcom)

Standardization vs. Time to Market: Challenges in developing an AUTOSAR standard for Ethernet/IP communication in parallel to the implementation
Josef Nöbauer (Continental)

Ethernet drives the evolution of Automotive Communication Paradigms
Michael Ziehensack, Roman Pallierer (Elektrobit)

Ethernet in small ECUs - Challenges and Chances
Matthias Kessler (E.S.R. Labs)

Cost Efficient Gateway Architectures for Deterministic Automotive Networks
Thomas Hogenmüller (Bosch), Burkhard Triess (ETAS)

Data Security for IP-based Ethernet Communication in Automotive Networks
Marko Wolf, Lars Wolleschensky (ESCRYPT)

Quantifying the Timing Quality of Ethernet-based Network Configurations - What is the “Bus Load” of my Ethernet network?
Simon Schliecker, Jonas Diemer (Symtavision)

Simulating Ethernet Networks in Real-Time Systems
Björn Müller, Ralf Stolpe (dSPACE)

A Tool-Chain for Modeling and Evaluation of Automotive Ethernet Networks
Thilo Streichert, Jan Seyler, Philipp Schuhmacher, Robert Brendle (Daimler)

Structural Support for Developing Automotive Ethernet
Kirsten Matheus (BMW)

IEEE-SA Ethernet & IP @ Automotive Technology Day 2014
David Law (hp)