MOST Cooperation Japan Interconnectivity Conference

© 2003 MOST Cooperation. All Rights Reserved. Slide 1

MOST CooperationJapan InterconnectivityConference

October 28, 2003

Tokyo, Japan


Agenda – Morning Session

10:00 – 12:00 Morning Events• Welcome and General Introduction

• State of Affairs- Latest News- MOST in the Market

• MOST Cooperation – An Overview

• Partnerships & Events

• Status of Technical Work & Standardization

• Compliance Verification

• Future Roadmap and Planned Activities

12:00 – 13:30 Lunch Break and Demonstrations

Agenda:

• Welcome

• State of Affairs

• MOSTCO Overview

• Partners & Events

• Technical Work


• Roadmap


Agenda – Afternoon Session

13:30 – 17:00 Afternoon Events• Presentations by MOST Cooperation Members

- CANoe.MOST – The Multimedia Expert for Simulation, Analysis and Testing

Vektor Japan Co., Ltd

- Molex Proposal for e-PHY MOST InterconnectMolex Inc.

- First Compliance Test ExperienceRuetz Technologies

- Silica Fiber Based Physical Layer for MOSTDaimlerChrysler AG

• MOST in Discussion – Panel Discussion with Q&A audience participation

Afternoon Coffee Break and Demonstrations

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap


Agenda – Afternoon Session

Please deposit your questions for the

panel discussion with Abe-san

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap


Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap

State of Affairs


DVD Demonstrator

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap

MPEG 2 - 2.8 MbpsConstant Bitrate

Audio&Video


DVD Update – August 2003

Movie Studios approved MOST to carry DVD Video - MOST is the only network with such permission !

– Movie Studios approved using MOST with DTCP (Digital Transport Content Protection) to transfer protected digital video programs in automotive environments

4C Entity had previously authorized MOST with DTCP to carry DVD Audio

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap


BMW 7 Series


Mercedes E


Lancia Phaedra


Saab 9-3


Audi A8


Porsche Cayenne


Volvo XC-90


Rolls-Royce Phantom


Maybach


LandRover Freelander


BMW 5 Series


MOST is on the Road

Audi A8BMW 7 Series

Mercedes E ClassCitroen C8

Fiat Ulysse

Lancia Phedra

Rolls-Royce

Peugeot 807Porsche Cayenne

Saab 9-3

Volvo XC90

Maybach

Mercedes S Class

Porsche Boxter

2001 2002 2003 2004

BMW 5 Series

BMW 6 Series XYZ

XYZ

XYZ

Land Rover Freelander

Porsche 911 XYZ

XYZ

XYZ

XYZ

XYZ

XYZ

XYZ

XYZ

XYZ

XYZ

Market Penetration in just 24 Months:– Over 6 million nodes on the road

– Various car makers willmigrate all Platforms toMOST

– Over 10 million nodes/year from 2005 on

Porsche Carrera


Volvo S40


smart forfour


MOST technology is in many devices

More than 70 Devices with MOST IF in the Market– Amplifiers– Bluetooth Interface– CAN Gateways – Car Radios– Cockpit Interfaces– DVD Players– HMI Units (Embedded, WinCE, QNX, OSGI, …)– Media Players (CD, MD)– Navigation Systems (US, Japan, Korea, Europe) – Telephones (Mobile Interface and Black Box)– TV Tuners– Sound Systems (Dolby and Logic 7)– Video Encoders and Decoders – Voice Recognition Systems– Vehicle Interfaces– WLAN Interfaces

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap


Infineon: Optical Receiver & Transmitter

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap


Hamamatsu: Optical Receiver & Transmitter

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap


Furukawa: Connector Family

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap


Tyco: Connector Family

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap


Yazaki: Connector Family

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap


GADV: 4CS

Car Communication Component Check System

Tool for Automated Testing of Communication Devices

44CCSS

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap


Ruetz Technologies: TesterLyzer 4 MOST

Environment for test development (libraries)

Complete test of MOST network specifications Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap


ESG: MSC Editor

Comfortable definition of dynamic behavior with Message Sequence Charts

Graphical Editor & Toolbox with MOST Database support

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap


Optitas: Tool4M-XL

Network Interface & Spy Mode AnalyzerAgenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap


OASIS: MOST Data Analyzer System

Advanced multimedia network analyzer system

Analysis of control and packet data traffic

Ouput signal chain with processing modules

Input signal chain with processing modules

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap


OASIS: MOST Datalogger

Network traffic recorder for in-car analysis (Flight Recorder)Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap


Combitech Systems: StarFrec & StarTest

Embedded platform for test execution/simulation

Simultaneous logging of MOST and CAN

StarTest: Test definition with Telelogic Tau/Tester

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap


Vector: CANoe.MOST

CANoe based Multi-Bus toolset

Test Suite for MOST Control Channel network traffic Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap


Operating Systems Available

Supported by major embedded operating systems

JAVA under development

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap


Philips introducing - MOST for Security Systems

Praesideo from Philips CSS– MOST based fully digital Public Address and

Emergency Sound System (up to 10000 nodes)– Airports, Convention Centers, Metro,

Theme Parks…– Fulfills international emergency standards

(EN60849 etc.)– Continuous supervision of all vital system elements– Fully redundant– Free topology: Daisy Chain,

Redundant Loop, Branched Loop etc.


Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap

MOST Cooperation – An Overview


Membership Today

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap

Harman/Becker

Audi

VWPorscheRenault

SaabOpelFord

Fiat

PSA

Volvo

BMWOasis

DaimlerChryslerToyota

Nissan

Jaguar

Land Rover

Aston MartinGM

Honda

Alpine

Bosch

Bose

Clarion

Lear

NokiaPioneer

Optitas

Siemens VDO

Infineon

AW Aisin

Sony

Furukawa

Grundig

Hirschmann

Yazaki

RUETZ

Mitsubishi Int.

MitsumiMolex

Philips

Delco

Kostal

DensoMotorola

TYCO

Vector

Hamamatsu

GADV

Panasonic

Softing

Hosiden

Sumitomo Wiring

Kenwood

Matsushita Electric

Fujikura

Hyundai Autonet

Telelogic

Visteon

ASK Industries

Hitachi

KET

Sanyo

FCI

Agilent

Combitech Systems

Iriso

SHARP

IAV

Johnson Controls

Fujitsu TEN

Status: October 20, 2003


Membership Today

Development of Membership– Actual number of members is 73

19 Car Manufacturers54 OEM Suppliers

MOST Cooperation has members in all parts of the world

Members by Region

54%

9%

37%

Asia US Europe

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap


Memberships

Different levels of membership as solution to the conflict between an open organization and fast progress

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap


Standardization Philosophy

Contribution on free will basis

Contributors control MOSTCO

WG participants come typically from member’s volume product development divisions

Technical focus according to product development needs

De-facto industry standardization by immediate and broad use

Royalty-free cross licensing of necessary IP

Lean Organization– 1 person administration & communication

– 3 persons subcontracted technical work

– 1 Technical Coordinator (Program Manager)

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap


Organizational Bodies

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap


Achievements of 6 Years

MOST Technology is in volume products

The Specifications of the standard are– publicly available

– very far-reaching

– complete

– continuously being extended

MOST Cooperation is open to all organizations

Multiple Sources for MOST Key Components

MOST Technology is royalty free with CLA

MOST Cooperation provides a strong IP pool

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap


MOST Electronic Brochure

MOST Electronic Brochure CD (EB CD)– Overview on MOST Technology and Benefits

– Simple & easy to understand

– CD ROM credit card Format

– Explains MOST Cooperation

Japanese Version also available– Audio track in Japanese Language

Is an introduction and helps non technical people understand MOST

Can be downloaded from www.mostcooperation.com

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap


MOST Specification

The MOST Specification (core spec of MOST Technology) is available in Japanese!

Can be downloaded from www.mostcooperation.com

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap


MOST Tutorial CD – Available for Members Now

Multi-media based easy-to-use eLearning application

Text, graphics, and audio

Macromedia Flash (TM) application

Four learning levels provide individual access to the information

Several convenience features

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap


Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap

Partnerships & Events


Consumer Electronics Show, Las Vegas, US

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap



Smart DemonstratorAgenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap



Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap


All Members Meeting April 2003

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap



Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap



Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap


Consumer Electronics Association (CEA)

Board of Directors of Mobile Electronics Division ofCEA has decided to build its standards for the aftermarket on MOST

Working Group 12 was created in the R6 Standards Committee to address aftermarket connectivity with MOST

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap


Consumer Electronics Association (CEA)

WG12 has a working proposal for the overall system architecture

MOST to be used to communicate between aftermarket devices, independent of vehicle network

MOSTCO has established WG Aftermarket Interface as counterpart to CEA WG12

Aftermarket Network

Gateway/Firewall

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap


Society of Automotive Engineers (SAE)

The Society of Automotive Engineering has named MOST one of the top technologies of the year 2002:"it enables automakers to provide sophisticated onboard multimedia systems at far less cost and with many more capabilities than possible with conventional approaches."

See http://www.sae.org/automag/toptech/12-2002/page2.htm

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap


Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap

Status of Technical Work andStandardization


Standardization Work – Current WGs

MOSTSpecifications

Navigation oPhy

MM Streaming

DAB

Compliance SDARSTelephone

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap

Architecture

ePhy Aftermarket IF


WG Device Architecture

WG Coordinator : Leila Öhman-Denton

Oasis SiliconSystems

Objectives:Maintenance of MOST Specification, Function Catalogs and Protocol Specs

Review of all MOST specs for conformance to design and specification rules

Definition of system management mechanisms

Maintenance of many APIs (Network Master, Connection Master, DVD-Player, Tuner, Amplifier…)

Specification of dynamic behavior of those APIs using Message Sequence Charts

Device Architecture

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap


WG Device Architecture - Status

Released MaMAC Specification 1.0 – MaMAC = MOST adapted Media Access Layer

– Provides support for popular protocols like TCP/IP and IPX over MOST

Released Core Compliance Test Specification– Developed by Expert Group

– Reviewed by WG DA, harmonized with MOST Spec

Released improved version of XML Editor – Editing and handling of MOST Function Catalogs in XML

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap



Incorporate issues with MOST Specification – Release of next Rev end 03

Restructuring of MOST Specs – postponed to 2004 due to work load

Function Catalog - Release of next Rev end 03– Fix known bugs

– Incorporate new APIs for DAB, SDARS etc

Dynamic Specs (MSCs) – Release of first Rev end 03

– Second draft with limited number of FBlocks in review

– MSCs for additional FBlocks are being defined

MSC Cook Book – Release end 03

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap



MSC Example: Network Master scan of system configuration

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap


MSC Cookbook Contents Overview

Brief Introduction to Message Sequence ChartsTelematics-specific adaption of MSCs

– Instance naming and semantics– Timings– MOST „Processing“ Messages– Notifications– Testability

MSC Notation and Guidelines for MSC Composition– Detailed description of elements with reference to telematics

application– Common pitfalls and problematic passages in the MSC 2000

Standard– Loop termination– C-style symbolic notation for selected MSCs– Broadcast/Groupcast extensions to the MSC 2000 Standard

Named Parameters Extension to MSC 2000Requirements for MSC Cookbook compliant MSC Editors

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap

msc Formalized

FunctionBlock1Controller FunctionBlock1

when (market =market Japan or market = marketUS)

when(TuneState =

NotFound)

task Station :=funcNextStation(Station);

MOST.Function1.Status



MSC Cook BookAgenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap


WG Optical Physical Layer

WG Coordinator : Ulrich Ensslin

DaimlerChrysler

Objectives:

Development of spec of optical Physical Layer parameters to grant interoperability between products of different vendors

Development of spec for compliance testing of optical Physical Layer

Physical Layer

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap


WG Optical Physical Layer - Status

MOST Optical Physical Layer Spec 1.1 Released

MOST Optical Physical Layer - Automotive Reliability Recommendations 1.0 in progress (target Jan 04)

MOST Compliance Specification Optical Physical Layer Rev 1.0 to be released until Q1/04

Advanced development of oPhy-Spec VCSEL/PCS based on Rev 1.1 kicked off

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap


WG Electrical Physical Layer

WG Coordinator : Yasutaka Yoshimura

Toyota

Objectives:

Development and verification of an electrical Physical Layer forMOST

Specification of electrical Physical Layer parameters to grant interoperability between products of different vendors

Development of spec for compliance testing of electrical Physical Layer

Physical Layer

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap


WG Electrical Physical Layer - Status

Electrical Physical Layer– Interest from some car makers in defining an

electrical physical layer

– First meeting held in June

– Considering both shielded and unshielded twisted pair solutions

– Evaluations in progress

– EMC, cost and ease of use are primary considerations

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap


WG Multimedia Streaming

WG Coordinator : Dr. Bernd Sostawa

BMW

Objectives:

Development of Function Catalog and dynamic spec (MSCs) for DVD Players and digital and analog TV

Specification of stream transport mechanisms over MOST

Specification of MOST Stream Content Protection and its compliance testing

Multimedia Streaming

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap


WG Multimedia Streaming - Structure

DVD-Video Player, Encoder, Display (Decoder),DVD-Audio Player, DVB-T Receiver, Copy Protection

Test Specification

MOST StreamingTransmission

Source AdaptationSink AdaptationContent Security

DTCP Implementation

Sub-WGArchitecture

Sub-WGDTCP Compliance

WG Multimedia Streaming

Function Cat./APIs:DVD-Video Player

EncoderDisplay/Decoder

DVD-AudioDVB-T Receiver

Sub-WGAPI

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap

New Sub-WG DTCP Compliance will be established – Kickoff November 2003


WG STR – Sub-WG Architecture

New Rev 1.1 of ‘MOST Stream Transmission’Specification released

New Rev 1.1 of ‘MOST Content Protection Scheme –DTCP Implementation’ released

Both in review by WG Device Architecture

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap


MOST WG STR – Sub-WG API

DVD Player FBlock API launched

FBlock TVTuner will be extended by DVB-T functionalities like Electronic Program Guide (EPG) –Target Feb 04

MOST adaptation

unit

DVB-Treceivermodule

MPEG-2TransportStream

data source

display(demultiplexer)MPEG decoder

data sink

display(demultiplexer)MPEG decoder

data sink

vents

ork

Agenda:

• Welcome


• MOSTCO Overview

• Partners & E

• Technical W

• ComplianceVerification

• Roadmap


WG SDARS Tuner

WG Coordinator : Jim Minewiser

MOST Cooperation

Objectives:

Development of Function Catalog and dynamic spec (MSCs) for SDARS Audio Services

Development of Function Catalog and dynamic spec (MSCs) for SDARS Data Services

SDARS

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap


WG SDARS - Status

Old Function Block Version 1.30 – Is currently being used as basis for implementation

– Not optimal for implementations of simple, cost optimized devices

– Redesign of some functions necessary, based on ‘lessons learned’ by several implementers

Function Block Version 2.0 signed off by WG

MSC Spec of dynamic behavior signed off by WG

Review by WG Device Architecture pending

WG has been resolved and work migrated into new WG Tuners

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap


WG Digital Audio Broadcasting (DAB) Tuner


BMW

Objectives:

Development of Function Catalog and dynamic spec (MSCs) for DAB Audio Services

Development of Function Catalog and dynamic spec (MSCs) for DAB Data Sevices

DAB

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap


WG DAB - Status

The Technology “Digital Audio Broadcasting”is also known as “Digital Radio”

MOST FBlock DAB Tuner released as Version 2.3First MOST-API for a DAB Tuner

Audio-only DAB Tuner

Innovation: Introduction of SinkHandleAPI supports streaming of multiple audio signals at the same time by use of SinkHandle

Ongoing Work:Dynamic Specification with Message Sequence Charts

DAB Data Services

WG has been resolved and work migrated into new WG Tuners

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap


WG Tuners

New WG !


BMW

Objectives:

Development and maintainance of Function Catalogs and dynamic spec (MSCs) for all tuners

Harmonization of Tuner models

Tuners

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap


WG Aftermarket Interface

WG Coordinator : Henry Muyshondt

Oasis SiliconSystems

Objectives:

Definition of use cases for installation aftermarket products

Definition of Gateway and Firewall functions between an OEM network and an aftermarket network with respect to safety and system integrity Develop respective APIs (Function Catalog & dynamic Specs)

Aftermarket IF

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap


WG Aftermarket Interface

Use cases definedFBlock AuxIn has been released

– Derived from FBlock GeneralPlayer– Makes Audio & Video services of Aftermarket Devices available to

OEM Systems

Coordination with CEA WG12 MOST ongoing:– Communicate OEM requirements– Collect comments from CEA– Work towards adoption fo MOST FBlocks

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap


MOST Compliance Verification

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap


MOSTCO Licensing Policy

Licensees need to be Members of MOSTCO

Compliance Verification is process that proves an implementation’s compliance with the MOST Specs

Implementer ofMOST Product

MOST Cooperation IP PoolRoyalty Free Cross Licensing

between Members

MembershipLicense to Use Necessary IP

in MOST Specs

Royalty FreeMOST License(if compliant

to MOST Specs)

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap


Early Implementations

Early Implementations are implementations that have been realized before the official Compliance Verification Process was available

Compliance Testing of Early Implementations is done by the System Integrators (=car maker)

There is a migration phase for Early Implementations to the official Compliance Verification Process

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap


Announcement

MOST Compliance Verification Process has been launched Monday 27th October 2003 !!!

Web Pages on Intranet

Process Spec

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap


MOST Compliance Policy

MOST Compliance Verification is more than just the legal act…

– MOST is a quality brand

– The MOST logo is supposed to grant a minimum level of compatibility

– Only a product that passes certain compatibility (=compliance) tests is allowed to bear the MOST logo

– Compliant products enjoy the protection provided by the MOSTCO cross licensing

– Compliance also ensures applicability of MOSTCO Specification and Verification Quality Standards

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap


MOST Compliance Levels

• Optional Functions• Mandatory Functions

MOST Core

MOST Core

Compliance

• Housekeeping Functions in each Function Block

• One or more Function Blocks• NetBlock with the necessary

Functions• Address management• Startup / Shutdown procedures• Network management• Link Layer protocols

• Timing• Signal Parameters• Connectors• Wires

MOST Optical

MOST Electrical

MOST Physical Layer

Compliance

+

MOST Profile

Compliance

MOST Tuner

MOST CD

Player

MOST Ampli-

fier

+

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap


MOST Compliance Authorities

MCAMOST Compliance

Administrator

MCTHMOST Compliance

Test House

MCSBMOST ComplianceSupervisory Board

MOST Compliance Specifications(Requirements, Tests, Brand Book)

MOSTCOSteering Committee

MCTGMOST ComplianceTechnical Group

Process Definition: MOSTCO

Process Execution: independent Organization

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap


MOST Compliance Process

Process Definition: MOSTCO

Process Execution: independent Organization

MCSBSupervisory

Board

MOST Compliance Specifications(Requirements, Tests, Brand Book)

MCAAdministratorMCTH

Test Houses

Implementer (Member)

MOST ProductDocumentation

Compliance Folder

General Report

License Grantthrough Listing

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap


MOST Compliance Policy

The Documents:

MOST License and Framework Agreement – License contract

MOST Compliance Requirements – Compliance testing

process and general

description

MOST Compliance Test Specification – Detailed description of

technical requirements

Tests for Compliance

MOST Brand Book – Rules for using the MOST logo

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap


MOST Compliance – Status&Roadmap

Roadmap & Migration:– Process defined

– MCA named

– First candidates for TestHouses named

– Test Run finalized Q1/03

– First Test Houses audited & recognized Q2/04

– Process up & running Q2/04

– Continuous optimization from Q2/04

– Recognition of international Test Houses from Q1/04

– Testing of MOST End Products from SOP 07/04

– Testing of MOST OEM End Products from SOP 07/05

Exceptions:– Early Implementations may be further developed under Early

Implementation rules

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap


Most Compliance Administrator

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap

FZI FZI Forschungszentrum Forschungszentrum InformatikInformatikat Karlsruhe Universityat Karlsruhe University

Forschung (Research)orschung (Research)Zukunft (Future)ukunft (Future)Innovationen (nnovationen (InnovationsInnovations))

Dept. Mobility Management & Robotics (MMR)

Dr.-Ing. Wolfgang Bott


FZI – Technology Transfer

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap

RequirementsRequirements

Industry

Technology TransferTechnology Transfer

Explorationof Opportunities

Know HowKnow HowUniversities

IdeasIdeas

Evaluation of Opportunities

Spreading of OpportunitiesCase Studies

TechnicsMethods

PrototypesProduct EvaluationSystem Development

ConsultingSeminarsTools

FZIFZI


Candidates for MCTH (Test Houses)

Optical Physical Layer:– RMCTech

Stuttgart, Germany

Core & Profile Compliance:– GADV GmbH

Boeblingen, Germany

– Ruetz TechnologiesMunich, Germany

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap


Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap

MOSTCO Roadmap


Master Plan for MOSTCO Work

Refinement of Specifications based on lessons learned

–Harmonization of differences in today`s implementations by detailing and extension of the Specifications

–Clarification of points that led to misunderstandings–Integration of feedback from implementations

Dynamic Specifications–Further specification of the dynamic behavior of the

interface APIs

Definition of additional APIsCompliance Testing

–Qualification and certification of Compliance Test Houses–Run-in of Compliance Testing Process

Specification of an electrical Physical Layer Specification of next generation optical Physical Layer

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap


Key Technological Objectives – Lead Developments

Encapsulation of Network Interface–Simplification of Design-In

–Reduction of Test and Verification Effort

–Push for higher Integration and reduced Power Consumption

Extension of Temperature Range–Qualification of Key Components for 105°C

and possibly above

Proliferation of new low cost Fiber Technologies –Extended Temperature Range

–Reduced Insertion Loss

–Reduction of Bending Radius

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap


Key Technological Objectives (2)

Reduction of Cost and Guarantee of Supply– Proliferation of multiple Sources for all Key Components

– Technical Optimizations (Shrinks, Redesigns...)

– Optimization of Partitioning

Increase of Bandwidth

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap


MOSTCO is...

... more than 70 member companies

... more than 18 vehicle models on the road

... more than 70 devices in volume production

... more than 6 Million nodes produced

... more than 500 man years in development and verification of Specifications

... more than 10.000 engineers involved

... a huge worldwide commitment

Agenda:

• Welcome


• MOSTCO Overview


• Technical Work


• Roadmap

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