ST Automotive 32-bit MCU

Technology & Product Roadmap

LIU Shan Lin

Marketing Manager, Micro BU

ADG Marketing and Application

Greater China & South Asia Region

STMicroelectronics

Microcontrollers are at the Heart of Automotive Transformation

2

Parking

Services

Remote

Assistance

Insurance

Services

Software

over-the -air

New Functions

Vehicle

Security

Innovation

Maintenance

free

Emissions SafetySensor Fusion

Source: Strategy Analytics, 2018 Oct

0

1000

2000

3000

4000

5000

6000

7000

2017 2018 2019 2020 2021 2022

32-Bit Automotive MCU Demand

- N. America - Japan - Europe - Russia - S. Korea

- China - India - Brazil - Thailand - ROW

0

500

1000

1500

2000

2500

2017 2018 2019 2020 2021 2022

China Automotive MCU Demand

MCU 8-BIT MCU 16-BIT MCU 32-BIT

Automotive MCU Demand growth is

leading by 32-Bit MCU.

32-bit Automotive MicrocontrollersMarket Coverage

EV’s Battery Management

Braking &

Stability

General Purpose

High Performance

EV’s Power

Converters (DC-DC)

RADAREngine

Management

Transmission

2

Wheelers

1st

Install

Acces

sories

Park Assistant

Lighting & Body

control units

FOTA

in-carGateway

Scalable family with

Security,

CAN-FD, Ethernet and

Low Power Modes

Advanced timers (GTM),

ASIL-D Safety, Sigma Delta

ADCs, High Temperature

operations

PerformanceGeneral

Purpose

TelematicsPower Converters

Audio Box

Pumps

Suspensions

On board Chargers

Electric Power

Steering

E-Boost

AccessControl

Pumps

Specialized for

real-time controlsFor all Applications

2014 2015 2016

STM Automotive 32-bit MCU Revenues

2017 2018

3

2019

CAGR 2015 – 201844%

Zero ppm target

Market & Roadmap evolution 4

ECU

Domain

Controllers

ECU

SPC5Power Architecture

Performance

Cost/Performance

202X

Stellar Arm R52 28nm FDSOI PCM

for High end

SPC5 Power Architecture Flash NVM for

Single ECUs

Technology Roadmap

32-bit Automotive Microcontroller Roadmap 6

Silicon

technology

CMOS 90/55/40nm Flash

28nm FDSOI PCM

System,

Software

Single to Multicore

Full Autosar

Safety,

Security

ISO26262 ASIL A-D

HSM / SHE+

Quality and

ReliabilityTop ranking, Zero Defect Strategy

Manufacturing Flexible and Independent

SPC56

PowerPC

90nm

1x Core

120MHz

3x Cores

200MHz

6x Cores

400MHz

StellarARM R52

FD-SOI 28nm

Under development

Frequency Factor

ARM R52

More Cores

x3

x15

SPC57

PowerPC

55nm

PCM fast access

Accelerators

Signal conditioning

Additional

Performance2x Core

160MHz

SPC58

PowerPC

40nm

20142016

2018

Automotive Package Roadmap 7

eQFP

QFN

Perf

orm

ance

Today Roadmap

Flip-chip

Molded

Flip-Chip

ST leading the way towards smaller, faster and cooler MCUs

Sm

all

Effic

ient

Pin

s v

s S

ize

Up to 4Mbyte Flash

in 10x10 64Pin

7x7 Body- 48Pins

Higher Freq

Better Safety

Better Thermal

Performance

QFPMore I/Os same size

0.4mm pitch

BGA Wire bonding

0.5mm pitch

32-bit Automotive MCU Roadmap

SPC5 Families

ST 32-bit Automotive MCUs 9

z0 z4 Cortex-R52

64M

32M

24M

20M

16M

12M

10M

8M

6M

4M

2M

1M

512K

256K

SPC57: 55nm

z0-80MHz

to z4-160MHz

256K to 2.5M

QFP64..176

Stellar Family 28nm

ARMv8-R Cortex-R52

6x core

Up to 400MHz

PCM: up to 40MB

Package: BGA516 samplingSPC56: 90nm

z0-64MHz

to z4-150MHz

256K to 4M

first ASILD MCU

QFP64..176

BGA256..324

SPC58: 40nm

z2-80MHz

to 3xz4-200MHz

512K to 10M

QFN48

QFP64..176

BGA292-302-386

New Technological Landscape leading to co-existence

of mixed technology families with difference cost /

performance characteristics

64MHz 120MHz 150/160MHz 180MHz 200MHz 250/300MHz 400MHz

Power Architecture e200 ARMv8-R

3rd Generation

32-bit Automotive MCU Roadmap 10

1st Generation 2nd Generation

Extended functionality and increased performance

2nd Generation+ products recommended for new designs

SPC56 AP64MHz, 2x z0

QFP100/144

SPC56 M80MHz, z3

QFP144/176

SPC56 4B/EC120MHz, z4+z0

QFP176/208

BGA256

SPC56 A150MHz, z4

QFP176/BGA324

SPC56 L120MHz, 2x z4

QFP100/144

SPC58 N 200MHz, 3x z4

SPC56 B/C64MHz, z0

QFP64/100/144

SPC56 B 64MHz, z0

QFP100/144/176

SPC58 H 200MHz, 3x z4

QFP144/176

BGA292/376

High Performance,

Safety critical MCU

General Purpose,

Body & Gateway

MCU

SPC56 0P 64MHz, z0

QFP64/100/144

SPC56 D64MHz, z0

QFP64/100

SPC57 2L80MHz, z2

SPC57 4K160MHz, z4+z2

Resourc

es &

Perf

orm

ance

SPC58 E 180MHz, 3 x z4

QFP176/BGA292

KGD

QFP176/BGA292

KGD

QFP144/176

KGD

QFP80/100

SPC58 G 180MHz, 3x z4

QFP144/176

BGA292

SPC58 C 180MHz, 2x z4

QFP64/100/144/176

BGA292

SPC57 4S140MHz, z4

QFP100/144

SPC57 0S80MHz, z0

QFP64/100

SPC58 4B 120MHz, z4

QFP64/100/144/176

SPC58 2B 80MHz, z2

QFP64/100

ASIL D

ASIL DASIL D

ASIL D

ASIL D

ASIL D

ASIL D

HW Security

Design

Sampling

Qualified

Concept

D

C

S

S

6MB

4MB

3MB

2MB

1MB

512k

10MB

16MB

128k

400MHz

48MHz

64MHz

80MHz

200MHz

120MHz

180MHz

ASIL D

R52

Stellar Family 28nm

ARMv8-R Cortex-R52

6x core

Up to 400MHz

PCM: up to 40MB

Package: BGA516 sampling

General Purpose - Body & Gateway32-bit MCUs Roadmap

SPC58NH 200MHz, 3x z4

QFP144/176

BGA292/376

SPC58NG 180MHz, 3x z4

QFP144/176

BGA292

SPC58EC 180MHz, 2x z4

QFP64/100/144/176

BGA292

SPC584B 120MHz, z4

QFP64/100/144/176

SPC582B 80MHz, z2

QFP64/100

Family extension

with Chorus 10M

OTA and gigabit ETH

1st Generation

32-bit Automotive MCU RoadmapGeneral Purpose / Body and Gateway Roadmap View

12

General Purpose,

Body & Gateway

MCU

Resourc

es &

Perf

orm

ance

HW Security

Design

Sampling

Qualified

Concept

D

C

S

none

ASIL D

ASIL D

8MB

6MB

4MB

4MB

3MB

2MB

2MB

1.5M

1MB

1MB

768k

512k

10MB

6MB

SPC56 Bolero

family Shipping in

High volumes with

fast growth

2nd Gen Extended functionality & increased performance

1st Gen products recommended for new designs

S

SPC564B/EC120MHz, z4+z0

QFP176/208

BGA256

SPC560B/C64MHz, z0

QFP64/100/144

SPC560B 64MHz, z0

QFP100/144/176

SPC560D64MHz, z0

QFP64/100

256K

128K

512K

376K

192K

1.5M

1MB

768K

2MB

1.5M

3MB

SPC56 Bolero FamilyProduct Roadmap – B, C, D lines

13

QFP176 /208 – BGA25664/100/144 PIN QFP 100/144/176 QFP

4M

6M

8M

3M

2M

1.5

M1

M7

68

K5

12

K3

84

K2

56

K1

92

K1

28

K

LQFP64 / LQFP100 / LQFP144 / LQFP176LQFP64 /LQFP100 LQFP176 / LQFP208 / LBGA256

Body Access

SPC560D• e200z0h core (48MHz)

• 256KB Flash w/ ECC

• 4x16KB Data Flash

(RWW) w/ ECC

• 16KB SRAM

• 1x CAN

• 3x LINFlex

• 2x SPI

• 1x 12-bit ADC (S&H)

SPC560D40256K Flash 16KRam

SPC560D30128K Flash 12KRam

Bolero - SPC560B• e200z0h core (64MHz)

• 1.5MB Flash w/ ECC

• 4x16KB Data Flash

(RWW) w/ ECC

• 96KB SRAM w/ ECC

• 6x CAN, 10x LINFlex

• 6x SPI, 1x I²C

• 1x 10-bit, 1x 12-bit ADC (S&H)

SPC560B641.5MFlash 96KRam

SPC560B601MFlash 80KRam

SPC560B54768KFlash 64KRam

Bolero(B)&

Gateway(C)

SPC560B/C• e200z0h core (64MHz)

• 512KB Flash w/ ECC

• 4x16KB Data Flash (RWW) w/

ECC

• 48KB SRAM w/ ECC

• 6x CAN, 4x LINFlex

• 3x SPI, 1x I²C

• 1x 10-bit ADC (S&H)

SPC560B/C50512K Flash 32/48KRam

SPC560B/C40256K Flash 24/32KRam

Bolero(B)&Gateway(C)

SPC564B/EC

• e200z4d core (120MHz)

• e200z0h as second core (80MHz)

• 3MB Flash w/ ECC

• 4x16KB Data Flash (RWW) w/ ECC

• 256KB SRAM

• 1x 10-bit, 1x 12-bit ADC (S&H)

• 6x FlexCAN, 10xLINFlex

• FlexRay

• Ethernet

• Cryptographic Services Engine (CSE)

SPC56EC743MFlash 256KRam

SPC56EC641.5MFlash 192KRam

SPC56EC702MFlash 256KRam

SPC564B641.5MFlash 128KRam

SPC564B702MFlash 256KRam

14

64/100/144 PIN QFP64/100 PIN QFP 100/144/176 QFP 80MHz 120MHz 2x 180MHz 3x 180MHz

SPC58NG80

4MFlash / 768KRAM

SPC58NG84

6MFlash / 768KRAM

SPC58NG84 • 3x z4 core @180MHz

• 256Kdata flash

• COM: 8 / 18 / 2 / 1 / 10

• HSM (Evita Medium)

• ASIL-D

• QFP144 / 176

• BGA292

COM: CAN / LIN / ETH / FR / SPI

1M

1.5

M2M

3M

4M

6M

8M

10M

8M

6M

4M

3M

2M

1.5

M1M

768K

512K SPC582B50

512KFlash / 64KRAM

SPC582B54

768KFlash / 80KRAM

SPC582B60

1M Flash / 96KRAM

SPC582B60• z2 core @80Mhz

• 64Kdata flash

• COM: 7 / 6 / 0 / 0 / 4

• ASIL-B

• QFN48 / QFP64 / 100

SPC584B64

1.5MFlash / 160KRAM

SPC584B60

1MFlash / 128KRAM

SPC584B70

2MFlash / 192KRAM

SPC584B70 • z4 core @120Mhz

• 64Kdata flash

• COM: 8 / 14 / 1 / 0 / 7

• HSM (Evita Medium)

• ASIL-B

• QFP64 / 100 / 144 / 176

SPC58EC80 • 2x z4 core @180Mhz

• 128Kdata flash

• COM: 8 / 16 / 1 / 1 / 8

• HSM (Evita Medium)

• ASIL-B

• QFP64 / 100 / 144 / 176

• BGA292

SPC58EC80

4MFlash / 512KRAM

SPC58EC74

3MFlash / 416KRAM

SPC58EC70

2MFlash / 320KRAM

3x 200MHz

SPC58NH84

6MFlash /1.06MRAM

SPC58NH90

8MFlash / 1.12MRAM

SPC58NH92 • 3x z4 core @200MHz

• 256Kdata flash

• COM: 16 / 24 / 2 / 1 / 10

• Gigabit Ethernet

• TurboMII for IPC

• eMMC / HyperBus

• HSM (Evita Full)

• ASIL-D

• QFP144 / 176

• BGA302 / 386

SPC58NH92

10MFlash / 1.38MRAM

SPC58 - Chorus FamilyProduct Roadmap

SPC58 Chorus Advantage

SECURITY

ISO

CAN FD

&

Ethernet SW &

Pin to PIN

scalability

Ready for

on the fly

reprogr.New

Low power

Modes

Best Subsystem Separation

Fast data decryption capability

Evita Medium and Full

Unprecedented

Scalability

SW and HW modes,

eMMC, USB, Hyper-bus

Ready Now

100% Can FD

ADC monitoring

capability in Stand By

BGA292/386eTQFP 64-176QFN 7x7

RAM up to

1.38Mbyte

Stand-By

40-85uA 45-200mA~mA

SSWu Run

Across family

15

16

SPC58 4B Line SPC58 C Line SPC58 G Line SPC58 H LineSPC58 2B Line

LFBGA292/302

eTQFP144

eLQFP176

eTQFP64

eTQFP100

QFN48

Flash

2M - 4M

HSM

ita Medium

Flash:

1M - 2M

HSM

Medium

LFBGA386

Flash

6M - 10M

HSM

Full

Flash

4M - 6M

HSM

EvitaMedium

Software

security

B

B

B

D

D

Flash:

512K - 1M

z2 core - 80MHz z4 core - 120 MHz 2x z4 core - 180 MHz 3x z4 core - 180 MHz 3x z4 core – 200 MHz

common features

Some adjustements

SPC58 - Chorus SeriesPackage Scalability with PIN to PIN compatibility

SPC58 Chorus Family 17

Addressing Multiple Applications with main Focus on Gateways

Gateways,

Domain Contr.,

Supervisory

modules

Multi-busses Bridge & power

management unit in High end

Entertainment systems

Park Pilot Telematic Unit

Remote Access,

touchpad, wireless

charger

Bolero

Chorus

Bolero

Chorus

CAN FD

Bolero

Chorus

MPU

CAN FD

ETH

ETH

12VWake-up

Bolero

Chorus

Modem

CAN FD

ETH

USB/ETH

12VWake-up

Bolero

Chorus

CAN FD

Advanced in

Car gateways

with firewall

Low current standby

Bolero

Chorus

Ethernet

SwitchETH

ODB

12VWake-up

SPI

ETH

MPU

Lighting & Body

Control Units

BT

Telemaco

Accordo

Safety MCU

Pumps; DCDC,

BMS, VCU

Chorus H line – Family Top End device 18

SPC58NH846MFlash / 768KRAM

SPC58NH908MFlash / 1MRAM

• 3x z4 core @200MHz

• 256Kdata flash

•16xCAN FD, 24xLIN, I2C

•2xEth, FlexR, 10xSPI

•1xGigabit Ethernet

•ASIL-D

•QFP144 / 176

•BGA292 / 376

SPC58NH9210MFlash / 1.38MRAM

SPC58NH

2MB: Common

4MB

Context A

(RWW)

4MB

Context B

(RWW)

Context selector

Internal Flash with HW Swap External NVM support

HSM

Full Evita support:

- e200z0 core (100MHz)

- Symmetric / Asymmetric Key HW support

Chorus H: designed for Secure Firmware over the Air Management

eMMC

50MByte/s

HyperBus

128MByte/s External

storage

Over The Air

Firmware

in-car network

ECU ECU ECU

Internal

BallastFast Wake-up time

(150us RAM, 500us Flash)

ASIL D

In-car Network Communication 19

Secure Processor Secure Smart Gateway

Automotive Bus Connectivity

10 K

100 K

1 M

10 M

100 M

Da

ta R

ate

[b

/s]

• Dual ARM A7 +M3 processor with enhanced

security

• Embedded hardware cryptographic engine

• Advanced automotive connectivity interfaces

• CAN FD, Ethernet AVB

• Rich OS Support

• Automotive grade

• High speed secure micro

• Low-Power Stand-by and fast booth

• Interfaces for any automotive bus

• scalable family embedded flash

LIN

CAN CAN FD

FlexRayEthernet

SGP Development platform

SPC58 Chorus H, Telemaco3P, Ethernet

Switch, Secure Element

High Performance - Safety Critical32-bit MCUs Roadmap

1st Generation 2nd Generation

Extended functionality and increased performance

2nd Generation+ products recommended for new designs

32-bit Automotive MCU RoadmapHigh Performance - Safety Critical MCUs

21

High Performance,

Safety critical MCU

Reso

urc

es &

Pe

rfo

rma

nce

ASIL D

HW Security

Design

Sampling

Qualified

Concept

D

C

S

SPC56AP64MHz, 2x z0

QFP100/144

SPC563M80MHz, z3

QFP144/176

SPC564A150MHz, z4

QFP176/BGA324

SPC56EL120MHz, 2x z4

QFP100/144

SPC560P 64MHz, z0

QFP64/100/144

3MB

2MB

4MB

1MB

768K

512K

376K

192K

1MB

1.5MB

1MB

768K

2MB

SPC58NN 200MHz, 3x z4

SPC572L80MHz, z2

SPC574K160MHz, z4+z2

SPC58NE 180MHz, 3 x z4

QFP176/BGA292

KGD

QFP176/BGA292

KGD

QFP144/176

KGD

QFP80/100

SPC574S140MHz, z4

QFP100/144

SPC570S80MHz, z0

QFP64/100

ASIL D

ASIL D

ASIL D

ASIL D

ASIL D

2MB

4MB

6MB

1.5MB

6MB

2.5MB

4MB

1MB

1.5MB

1MB

512K

256K

Double Core

High Performance - Safety Critical MCUsProduct Roadmap – P, L lines

22

QFP176 /208 – BGA25664/100/144 PIN QFP 100/144/176 QFPLQFP100 / LQFP144LQFP64 /LQFP100 LQFP100 / LQFP144

4M

3M

2M

1.5

M1

M7

68

K5

12

K3

84

K2

56

K1

92

K

SPC560P40256KFlash / 20KRam

Pictus - SPC560P• up to 64 MHz Power Architecture

• e200z0h core

• 512KB Program Flash with ECC

• 4x16KB EEPROM Flash with ECC

• 40KB SRAM with ECC

• 2 x CAN

• 1 x FlexRay

• 2 x LINFlex

• 4 x SPI

• 2 x 10-bit ADC (S&H)

SPC560P50512KFlash / 40KRam

SPC560P44384KFlash / 40KRam

SPC560P34192KFlash / 20KRam

Pictus - SPC56AP/0P

• up to 64 MHz Power Architecture

• Single and Dual e200z0h core

• 1MB Program Flash with ECC

• 4x16KB EEPROM Flash w ECC

• 80KB SRAM with ECC

• 3 x CAN

• 1 x FlexRay

• 2 x LINFlex, 5 x SPI

• 2x 10 Bit ADC (S&H)

SPC56AP601MFlash / 80KRam

SPC56AP54768KFlash / 64KRam

SPC560P54768KFlash / 64KRam

SPC560P601MFlash / 80KRam

Leopard - SPC56EL/4L

• up to 120MHz Power Architecture

• Single (4L) and Dual (EL) e200z4d core

• Lock Step and Decoupled Parallel modes

• 2MB RWW Flash with ECC

• 192KB SRAM with ECC

• EE emulation

• 3 x CAN, 1 x FlexRay, 2 x LINFlex, 3 x SPI

• 2 x 12-bit ADC (S&H)

SPC564L702MFlash / 192KRam

Dual Core

Safety ASIL level D

SPC56EL702MFlash / 192KRam

SPC564L601MFlash / 128KRam

SPC564L54768kFlash / 96KRam

SPC56EL54768kFlash / 96KRam

SPC56EL601MFlash / 128KRam

High Performance - Safety Critical MCUsProduct Roadmap – M, A lines

23

QFP176 /208 – BGA25664/100/144 PIN QFP 100/144/176 QFP

4M

3M

2M

1.5

M1

M7

68

K5

12

K3

84

K2

56

K1

92

K

LQFP176 / PBGA324LQFP144 / LQFP176

SPC563M641.5MFlash/94K+17kRam

Monaco - SPC563M

• e200z3 core (80MHz)

• 1.5MB RWW Flash with ECC

• 111KB SRAM with ECC

• 2x CAN

• 2x SCI

• 2x SPI

• 2x 12-bit ADC (S&H)

SPC563M601MFlash/64K+17kRam

SPC564A743MFlash / 160K+17kRam

SPC564A804MFlash / 192K+17kRam

Andorra - SPC564A• e200z4d core (150MHz)

• 4MB RWW Flash with ECC

• 209KB SRAM with ECC

• 3x CAN

• 3x SCI

• 3x SPI

• FlexRay

• 2x 12-bit ADC (S&H)

SPC564A702MFlash / 128K+17kRam

High Performance - Safety Critical MCUsProduct Roadmap - 0S, 4S lines

24

QFP176 /208 – BGA25664/100/144 PIN QFP 100/144/176 QFP

1.5

M1

M5

12

K2

56

K

140MHz80MHz

Velvety - SPC570S

• z0 core @80Mhz

• 4x8Kdata flash

• 2x FlexCAN with 32MB

• 2x LINFlex

• 3x DSPI

• 4x eTimer (6ch each)

• 2x ADC (16ch)

• ASIL-D SEooC

• QFP64 / 100

• -40°C - + 150°C Tj / 165°C Tj

SPC570S40256K Flash 32KRAM

SPC570S50512K Flash 48K RAM

Sphaero - SPC574S

• z4d core @140Mhz

• 4x16Kdata flash

• 1x FlexRay Dual Channel with 128MB

• 3x ISO CAN FD

• 4x LINFlex (3x master only)

• 4x DSPI

• 2x SENT (2x3ch overall)

• 4x FlexPWM

• 4x eTimer (6ch each)

• 2x 3 ADCs and one supervisor ADC

• ASIL-D SEooC

• QFP100 / 144

• -40°C - + 150°C Tj

SPC574S601M Flash 96K RAM

SPC574S641.5M Flash 128K RAM

High Performance - Safety Critical MCUsProduct Roadmap - 2L, 4K lines

25

QFP176 /208 – BGA25664/100/144 PIN QFP 100/144/176 QFP

2.5

M2

M1

.5M

1M

160MHz80MHz

K2 - SPC574K

• z4d core @160Mhz

• z2 core @80MHz

• 4x16K data flash

• Dual Channel FlexRay (10MB/s)

• 3x ISO CAN FD

• 4x LINFlex, 5x DSPI

• 1x Ethernet, 1x I2C

• 6x SENT, 2x PSI5

• 5x SAR ADC, 2x Σ-Δ ADC

• 32 Channel eDMA Controller

• ASIL-D SEooC

• eTQFP144 and eLQFP176

SPC574K702M Flash 128K RAM

SPC574K722.5M Flash 176K RAM

Lavaredo - SPC572L

• z0 core @80Mhz

• 2x16Kdata flash

• 2 x M-CAN

• 3x LINFlex, 2x DSPI

• 1x Ethernet

• 4x SENT

• 3x SAR ADC, 1x Σ-Δ ADC

• 32 Channel eDMA Controller

• eTQFP80 / 100

SPC572L641.5M Flash 64K RAM

SPC572L601M Flash 48KRAM

High Performance - Safety Critical MCUsProduct Roadmap - NE, NN lines

26

QFP176 /208 – BGA25664/100/144 PIN QFP 100/144/176 QFP

6M

4M

200MHz180MHz

Eiger- SPC58NE

• 3x z4 core dual issue @180MHz

• 4x64K + 2x16K data flash

• 2x FlexRay (10MB/s)

• 7x (FD)M-CAN, 1x (FD)M-TTCAN

• 18x LINFlex, 10x DSPI

• 2x Ethernet, 1x I2C

• 15x SENT, 2x PSI5, 1x PSI5-S

• 8x SAR ADC, 6x Σ-Δ ADC

• 96 Channel eDMA Controller

• Security Module (HSM)

• ASIL-D SEooC

• QFP176 / BGA292

SPC58NE804M Flash 768K RAM

SPC58NE846M Flash 768K RAM

Bernina - SPC58NN

• 3x z4d core dual issue @200Mhz

• 4x64K + 2x16K data flash

• 2x FlexRay (10MB/s)

• 7x (FD)M-CAN, 1x (FD)M-TTCAN

• 7x LINFlex, 8x DSPI

• 1x Ethernet, 1x I2C

• 15x SENT, 2x PSI5, 1x PSI5-S

• 7x SAR ADC, 6x Σ-Δ ADC

• 96 Channel eDMA Controller

• Security Module (HSM)

• ASIL-D SEooC

• QFP176 / BGA292

SPC58NN804M Flash 448K RAM

SPC58NN846M Flash 448K RAM

27

subject to change without notice

Unprecedented Performance - Real-time Deterministic & ASIL D1st implementation of ARM Most powerfull automotive embedded core Cortex R52

(R)Evolutionary NVM Memory – Phase Change Memory PCMFast & Low power

Beyond Flash density with SRAM flexibility and native EEPROM capability

Built-in OTA Memory replication & support

Built-in No Overhead Over The Air Memory Update Capability

Best Performance / Power efficiency28nm FDSOI technology & low power PCM Memory

Common Compatible Development Platform

„G“ SerieEnhanced for Body & high-end Gateway

applications with Low Power Modes

„P“ SerieEnhanced for high-end Powertrain,

Chassis&Safety & Power Conversion

Application Specific Enhanced Series

Next Gen. ARM Cortex-R52 STELLAR FamilyMulti Purpose Platform

28

55nm – SPC57K

55nm – SPC57S

definition of a lead & generic ASILD Arch. certified ASILD by independant assessor

Reduced cost of Safety • e.g. end-to-end ECC instead of full replication

Increased Availability• end-to-end ECC (correcting)

• Increased failure visibility/identification and reaction configurability for user recovery

strategy (e.g. MEMU, enh´d FCCU)

Safety Extend (DMA, INTC,

peripherals, ..)

40nm – SPC58

90nm - Leopard

Real-time, deterministic virtualization & virtual ECU

support• HW based virtualization (CPU and

overall architecture) built around Cortex-R52 new CPU privilege

Hypervisor mode • Up to 4 Error out channels

Increased configurability (cross domain family)

Increased Availability(FDSOI, error localization and

reaction configurability)

More than Fail Safe Redundant motor control & supply (SPC574S Sphaero)

GEN1

GEN2

GEN2+GEN3 28nm – Stellar

ST MCUs Safety Concept Evolution

Not all applications covered by first wave of products

High End Body units ElectrificationChassis & Safety

Domain/Zone Controllerincl. ECU Fusion, Virtualized ECUs

ADASSensors and Computing

In Car NetworkingPowertrain, Traction

Low Power

Appli Spec. Enh´d

RADAR Proc.

ASIL D companion for

Autonomous Driving System

ASIL D companion for

Camera Proc.

GB ETHSmart Gateway

Lighting &

Body control unitsAccess Control

Engine Mgmnt

Electric & Hybrid Drive VCU

Transmission Pumps

Multi-Purpose ECU

Real Time Virtualization

Large NVM

Performance

High Temp.

Timer Proc.

Large NVM

Performance Route

Eng,RAM+ ASILD

Perf.RAM+

Performance

Security

Route Eng,

Safety

BMS(H)EV Power

Converters & OBC

Hi-res timer

Fast ADC

DSP func.

Appli Spec. Enh´d

High Temp.

Large NVM

Performance

ASIL D

Electric Power

Steering

Braking,

ESCSuspension

AirbagSize

factor

DCU

New 32-bit Automotive STELLAR MicrocontrollersFocus Markets

30

30

G

T

M

Analog

Interfaces

G

T

M

Analog

Interfaces

Reuse

New

• STELLAR family has been defined to bring

unprecedented performance and major

innovations

• Nevertheless transition from SPC58 family is

supported by strong compatibility as keeping

strong commonality for the items with strong

impact on compatibility (mainly IO related)

• The technology has been developed to be compatible with co-existing 40nm MCU family, keeping full 5V support together with 3.3V capability

• Analog IPs are being improved to benefit from specific technology new capability but SW interface has been kept back-ward compatible.

• Supply concept is derived from existing SPC58 solution

• Keeping capability for single voltage supply with integrated SMPS voltage regulator

• Additional modes will be implemented to improve family flexibility

• Majority of digital peripherals are re-used without changes or upgraded with full backward compatibility (e.g. GTM)

STELLAR SR6 32-bit MCU Family(R)Evolution

Support Ecosystem

Established Support EcosystemFrom Support for Specific Tasks to Fully Integrated Development

32

SPC5Studio

Free Eclipse based Development environment

FETC

Free Entry Toolchain

Configurable

Start-up Code

Collection of Application Examples

RTOSGraphic Clock tree Configuration

Graphic PIN

Functionality

Configuration

Peripherals

Drivers

Other resources on st.com

• Flash drivers

• Lin Drivers

• SPC56 Crypto Lib

• HSM Test Application

Flasher

AUTOSAR

• MCAL- Standard drivers

• Libraries & Complex Drivers

Security: HSM firmware

Safety: Core Self Test

Low cost Evaluation Boards

Power Estimation Tool

Field Oriented Control

Application SW Library

& Tools

SW Product Offer

Security

Autosar 3.x

Autosar 4.0/4.2

Safety

Hi-Performance General Purpose

MCAL

OS

BSW

MCAL

OS

BSW

Core Self TestCore Self Test

HSM Firmware HSM Firmware

Available from

3rd Parties

34

Ecosystem of 3rd Party Partners 34

• IDE/Compilers• HighTec Compiler

• Green Hills MULTI

• Wind River Compiler

• Debuggers / Emulators• Lauterbach PowerTools

• PLS UDE / UADx

• iSystem ic3000/5000

• Entry level solutions from PLS, P&E and Keolabs

• Calibration tools• ETAS

• Vector

• dSPACE

• Operating systems and software• ElektroBit

• ArcCore

• ETAS

• Vector

• KPIT

• i-Soft

• Security Solution• ARGUS

• ESCRYPT

• ARILOU

• Visit also “ST Partner program” web page• http://www.st.com/content/st_com/en/partner/partn

er-program.html www.st.com/content/st_com/en/partner/partner-program.html

ST Automotive Micro Resources

• SPC5 Automotive MCU : Link

• SPC5Studio: Link

• SPC5 Automotive MCU Evaluation Tools: Link

• SPC5 Embedded software: Link

• SPC5 Automotive MCU communities: Link

• ST video center : Link

• ST online support : Link

• SPC5 Smart selector: Link

35

OR

Powerful search engine: www.st.com

SPC5 MCU Start-up Package 201904-V3 available from GC Applications team

https://www.st.com/content/st_com/en/about/events/events.html/stmicroelectronics-automotive-mcu.html

Presentations of ST MCU Technical Day can be found from ST Website.

MAir-con

inverter

MICE cooling

inverter

Power

steering

inverterM

On-board

charger

Fast

charging

(DC)

(ACinput)

HV battery

pack

(200V to 450V)

Cells

balancing

Traction

inverter

El motor /

generator

ICE

(no EV)

DC/DC

converter

VCU

Hybrid drive

unit (HDU)

HV Bus

DC/DC

converter

Aux LV

battery

(12V or 24V)

Battery

module

DC/DC

converter

(optional)

Drive Train

&

Power

Conversion

HV

12/ 48V Battery

VCU

Fast

ADC.

ns

TimersDigital Comp

Bolero

Chorus

K2

Velvety

Sphaero

Chorus

K2

Leopard

Sphaero

Pictus

Chorus

K2

Bernina

Bernina

Chorus

K2

Leopard

Sphaero

Pictus

Bernina

SOFTWARE

CPU perf.

250ns~1.1us @10Bit 5 to 10ns

Time Tick

>1000

DMIPS

Chorus

Network

Bernina

Bolero

37ST MCU Solutions for NEV Applications

Telemaco3P Highlights37

Robust single & dual ARMTM CortexA7 + CortexM subsystem

Advanced Automotive Interfaces: CAN FD, Ethernet AVB

Embedded HW Security Module

ISO26262 ASIL-B System Enabler

Automotive Grade, Ext. Temperature Range -40C / +105C

POSIX OS Support (Linux, QNX)

Rich Feature-Set Available NOW through Flexible Development Platform and Growing Ecosystem

OTA Single and Multi-ECU

Orchestrator

ECOSYSTEMS

PARTNERSHIPS

WITH TECHNOLOGY

LEADERS

Security

OS Components V2X Communications

QNX®

Neutrino®

RTOS

Reach Things IoT platform

FOTA

APPLICATION EXPERTISE,

SOFTWARE

PLATFORMS AND

SUPPORT

Telemaco3P extends SPC5 MCUs capability

keeping the same high standards in safety,

security, quality and temperature

Telemaco3P Family Architecture 38

Microcontroller

Subsystem

Audio

I2S x3 (MSP0/1/2)

Cortex M3 - 200MHz

External Memory Itfs

SQI NOR

8-bit NAND (FSMC)

16-bit DDR3L-1066

16-bit LPDDR2-800

System

CAN x3

(x2 FD)

GPIO x16

Reserved eSRAM 256KB

Mailbox

EFT

Timers/Counters

DMA 16 Channels

JTAG

Watchdog

Interrupt Controller

Connectivity

USB2.0 x2 embedded PHY

(x2 Dual Role)

SPIx3

I2Cx3

UARTx4

Gen. Purpose ADC

Ethernet MAC x2 AVB10/100/1000 Mb/s

SD/MMC x2

(1x SD/SDIO/MMC – SDR50)(1x SD/SDIO/MMC – SDR25)

Always On Domain

Backup RAM

SRC0

PMU

Power On Reset

RTC

Main CPU

Shared

eSRAM

512KBCortexA7

600MhzMMU NEON FPU

w TrustZone

L1 Cache32kB I + 32KB D

L2

Cache256kB

CortexA7

600MhzMMU NEON FPU

w TrustZone

L1 Cache32kB I + 32KB D

RTT

eHSM Subsystem

MailBox

eHSM_OTP

Factory OTP

Power Management Logic

HSIC

Flexray Cache 8KB Flash Cache

Crypto

Kernel

• Boot Management

• Power Management

• Isolated Security Master

• CAN communication

management supporting AutoSar

• Dedicated zero-latency eSRAM

• 8KB L1 instruction cache for

zero-latency access to external

memory

M3 Subsystems use cases

Powerful, Secure and Safe multiprocessor architecture

Memory

DDR3L

LPDDR2

FSMC NAND

SQI NOR w XIP

• Subsystem independence and

isolation

• Asymmetric and Symmetric

Crypto (AES, RSA, ECC)

• True Random Number Generator

(TRNG)

• HASH algorithms (SHA-

256/384/512)

• SHE+ firmware

Embedded Security Services

ST Automotive MCU&MPUs Takeaways

• ST offers a large spectrum of innovative products and technologies as foundation elements of future

electrified and connected vehicles.

• Microcontrollers for Body and Power conversion are key enabling technologies in future cars.

• MCU solutions available in advanced 55nm & 40nm technology node for NEV.

• ST support customer not only with HW components but as well with Software Platforms and Software

products (CMMI level-3 development standard) in field of Infotainment, Telematics, Traction FOC control,

AutoSAR MCAL, core self test/instruction self test and Security)

• Strong Success in Automotive MCU market with Growth 4x above market average proved the right

product position and value brought to customers.

• Now product family is extended adding High performing MPUs with same quality, safety,

security standards.

39