May 9, 2016 1May 9, 2016

THE ROAD AHEAD FORSECURELY CONNECTED CARS

Ronen ShtayerBU Automotive / BL AAANXP Semiconductors

May 9, 2016 2

#1 Communications Processors#1 RF Power Transistors#1 Automotive Radar#1 Automotive Safety2

#2 MCUs

#1 SECURE

IDENTIFICATION

#1 AUTOMOTIVE#1

RF POWER TRANSISTORS

#1 COMMUNICATIONS

PROCESSORS

#1 SMALL SIGNAL

DISCRETES

#1 BROAD-BASED

MCUs1

#1 Secure Identification#1 Car Entertainment#1 In-Vehicle Networking#1 Secure Car Access#1 Smart Card MCUs#1 Small Signal Discretes

Sources: HIS, ABI Research, Strategy Analytics, The Linley Group(1) MCU market excluding Automotive(2) Automotive Analog and Sensors in Airbag, Braking, Radar, and TPMS applications

EXPANDED SOLUTIONS AFTER MERGER

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NXP - #1 GLOBAL AUTO SEMI POWERHOUSE

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NXP ENABLING TRUE APPLICATION SOLUTIONS

TODAY: 90% OF AUTO INNOVATION VIA ELECTRONICS

#1 Auto Analog/ RF #1 Auto MCU (ex JPN) #1 Auto Merchant MEMS Sensors

#1 INFOTAINMENTTUNERSSOFTWARE-DEFINED DIGITAL RADIOMULTIMEDIA PROCESSORSSOUND SYSTEM DSPs & AMPLIFIERSNFC BT PAIRINGWIRELESS POWER CHARGINGPOWER MANAGEMENT

#1 SECURE CAR ACCESSIMMOBILIZER/ SECURITYREMOTE KEYLESS ENTRYPASSIVE KEYLESS ENTRY/ GOBI-DIRECTIONAL KEYSNFCULTRA WIDE BAND

ADAS & SECURITY POWERTRAIN & CHASSISMICROCONTOLLERSPRESSURE/ MOTION SENSORSBATTERY MANAGEMENTDRIVERS

STANDARD PRODUCTSLOGICPOWER DISCRETES

#1 VEHICLE NETWORKINGCAN/LIN/ FLEXRAYETHERNETCENTRAL GATEWAY CONTROLLERSECURITY

#1 SAFETYMICROCONTROLLERS AIRBAGANALOG AIRBAGMICROCONTROLLERS BRAKINGANALOG BRAKINGSENSORS BRAKINGTIRE PRESSURE MONITORING

#1 BODYMICROCONTROLLERSPOSITION/ ANGLE SENSORSSYSTEM BASIS CHIPS

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AUTOMOTIVE INNOVATION TRENDS

SEAMLESS CONNECTED MOBILITY EXPERIENCE

ADVANCED DRIVER ASSISTANCE SELF-DRIVING

ENERGY EFFICIENCY

Enjoying Life. One hour per day

in the car

Saving Lives.1.3M Road Fatalities

Every Year

Reducing CO2.EU mandates 20% reduction by 2020

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Every year!~1.3 M fatalities

>50 M people seriously injured>$3 trillion cost of road accidents>90% caused by human mistakes

We need to get the Human Factor out of the equation!

Critical Reasons Number %

Driver 2,046,000 94%

Vehicles 44,000 2%

Environment 52,000 2%

Unknown 47,000 2%

Total 2,189,000 100%

Driver-Related Critical Reasons Number %

Recognition Error 845,000 41%

Decision Error 684,000 33%

Performance Error 210,000 11%

Non-performance Error (e.g. Sleep)

145,000 7%

Other 162,000 8%

Total 2,046,000 100%Data source: NMVCCS

ROAD TRAFFIC ACCIDENTSTHE CAUSES

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Camera,LiDAR

Broadcast

BigData

Infrastructure

Cellular

Portable devices

Radar

Car Access

Network

Sensors

Security

Actuators

Other Road Users

ADAS

CONNECTING THE CAR

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V2X

Radar

NetworkSecurity

Other Road Users

ADAS

CONNECTING THE CAR

V2X

FOCUS OF THIS PRESENTATION

Infrastructure

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SMART RECEPTION AND SENSING

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Year

CAN +LIN +FT CAN+FlexRay

+Partial Networking

+IsoCAN

+CAN FD

+100Mbps Ethernet

+1Gbps Ethernet

100Mbps

1000 Mbps

5 Mbps

10 Mbps

1 Mbps

20 kbps

Ethernet

30 kg 2 km wire

350 parts

IN-VEHICLE NETWORKSMORE CONNECTIONS – MORE BANDWIDTH

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THE NETWORK OF THE FUTURE CAR2020 :DOMAIN-BASED NETWORK

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Surround ViewBlind SpotDetection

Park AssistRear

CollisionWarning

Park Assistance/Surround View

Surround View

Park Assist

CrossTrafficAlert

Traffic SignRecognition

Lane DepartureWarning

Emergency BrakingPedestrian DetectionCollision Avoidance

AdaptiveCruise Control

Significantly reducing the >1.3M global road fatalities

ENABLING THE SECURE CONNECTEDCAR OF TOMORROW

RadarVision

Secure V2X

SENSEProcessing

Sensor FusionSecurity

THINKPowertrain

ChassisBraking

ACTDigital Networking

InfrastructureSecurity

BIG DATASecureNetwork

SecureNetwork

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CAR RADARRFCMOS: SYSTEM SIZE OF A STAMP

• Cocoons of radar sensors for 360° surround view • Driving radar from premium into volume market• Making ultra-sonic parking sensors obsolete• Next gen: integration of frontend with µC

• High performance at low power consumption• Small footprint• Ease of application• Low system cost

RADARone-chip front-end & microcontroller

TX SIGNAL GEN

RX ADC

COCOONRADAR

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IEEE802.11p is derived

from IEEE802.11a/g (today’s

WiFi standard in computing)

INTELLIGENT TRANSPORT SYSTEMS (ITS)

Avoiding road accidents

Improving traffic flow / CO2

Enabling autonomous driving

VEHICLE-TO-EVERYTHING (V2X) COMMUNICATIONS BASED ON IEEE802.11P STANDARD

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Typical V2VHazardous location warningSlow vehicle warningStationary vehicle warningEmergency brake lightEmergency vehicle warningMotorcycle approaching indication

Typical V2I / I2VProbe Vehicle (Floating Car) DataSignal traffic light phase and timeRoad works warningIn-vehicle signage

VEHICLE-TO-EVERYTHING USE CASE EXAMPLES

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SYSTEM SECURITY

NXP #1 in Auto HW Security

4-Layer Security Solution

Plus Best-in-Class Secure Car Access

Recognized Thought & Innovation Leader

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ISO26262 – FUNCTIONAL SAFETY

What is ISO26262 ?

ISO26262

System Level vs. ICs

Must have for future Automotive ICs

Certification? (ICs vs. Overall Process)

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SUMMARY

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THANK YOU