SPC5Automotive 32-bit MCU

Product Lines

Automotive industry is in transformationfrom complex mechanics to electronics and user experience focus

2

Computational

Power

Electronics era

Mechanical era

Software in-car networking era

End-to-End User Experience

Environmentally Friendly

Cloud / Data Business Model

Car Engine

Gasoline / Diesel ECUs

Data Processing

Hybrid Engine

Connectivity

& Full Electrification

Poor Drivability

High maintenance costs

Electronic Engine Control

Manual Gearbox

Automatic Gearbox

Driver Assisted

Smooth Electric Engine

No gearbox / No thermal engine

Maintenance free

Mainly Analog &

Power ICs1st Simple MCU’s 16-bit MCU’s 32-bit MCU’s

Multicore, Virtual Cores, High processing,

Security & Fast connectivity

1900 1970 1990 2010 Today

Microcontrollers are at the heart of the transformation

3

$4.1B32-bit Microcontroller WW Market

2018

Parking

Services

Remote

Assistance

Insurance

Services

Software

over-the -air

New Functions

Vehicle

Security

32-bit MCUs

at the heart of

vehicle Innovation

Innovation

Maintenance

free

Emissions SafetySensor Fusion

Market Drivers

Increase Levels of Security

Increase Levels of Safety

Increase Product

Scalability

Ensure Price competitiveness

Increase Networking Capability

Increase Quality levels

Increase Processing Power

Automotive MCU market drivers

4

More than

200 part

numbers

Available

More than

200M parts

shipped

Zero ppm target

32-bit automotive microcontrollersMarket coverage

5

EV’s Battery Management

Braking &

Stability

General Purpose

Performance

EV’s Power

Converters (DC-DC)

RADAREngine

Management

Transmission

2

Wheelers

1st

Install

Access

ories

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

Performance General Purpose

TelematicsPower

ConvertersAudio 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

(*estimated)

2019

CAGR 2016 – 2019*33%

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

ISO 26262 ASIL A-D

HSM / SHE+

Quality and

ReliabilityTop ranking, Zero Defect Strategy

Manufacturing Flexible and Independent

Stellar

ARM R52

FD-SOI 28nm

Under development

SPC56

PowerPC

90nm

1x Core

120MHz

3x Cores

200MHz

6x Cores

400MHz

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

32-bit automotive MCU lines

32-bit automotive MCU lines

81st 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

Performance,

Safety critical

General Purpose,

Body & Gateway

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

DesignD

D

6MB

4MB

3MB

2MB

1MB

512k

10MB

16MB

128k

400MHz

48MHz

64MHz

80MHz

200MHz

120MHz

180MHz

ASIL D

General purpose - body & gateway32-bit MCUs roadmap

SPC58 H 200MHz, 3x z4

QFP144/176

BGA292/376

SPC58 G 180MHz, 3x z4

QFP144/176

BGA292

SPC58 C 180MHz, 2x z4

QFP64/100/144/176

BGA292

SPC58 4B 120MHz, z4

QFP64/100/144/176

SPC58 2B 80MHz, z2

QFP64/100

1st Generation

32-bit automotive MCU roadmapGeneral purpose / body and gateway lines

10

General Purpose,

Body & Gateway

Resourc

es &

Perf

orm

ance

HW Security

DesignDASIL D

ASIL D

8MB

6MB

4MB

4MB

3MB

2MB

2MB

1.5M

1MB

1MB

768k

512k

10MB

6MB

2nd Gen Extended functionality & increased performance

1st Gen products recommended for new designs

D

SPC56 4B/EC120MHz, z4+z0

QFP176/208

BGA256

SPC56 B/C64MHz, z0

QFP64/100/144

SPC56 B 64MHz, z0

QFP100/144/176

SPC56 D64MHz, z0

QFP64/100

256K

128K

512K

376K

192K

1.5M

1MB

768K

2MB

1.5M

3MB

2nd Generation

SPC56 Bolero seriesProduct roadmap – B, C, D, 4B, EC lines

11

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

SPC58 - Chorus seriesProduct roadmap

12

64/100/144 PIN QFP64/100 PIN QFP 100/144/176 QFP80MHz 120MHz 2x 180MHz 3x 180MHz

SPC58NG804MFlash / 768KRAM

SPC58NG846MFlash / 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

SPC582B50512KFlash / 64KRAM

SPC582B54768KFlash / 80KRAM

SPC582B601MFlash / 96KRAM

SPC582B60• z2 core @80Mhz

• 64Kdata flash

• COM: 7 / 6 / 0 / 0 / 4

• ASIL-B

• QFN48 / QFP64 / 100

SPC584B641.5MFlash / 160KRAM

SPC584B601MFlash / 128KRAM

SPC584B702MFlash / 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

SPC58EC804MFlash / 512KRAM

SPC58EC743MFlash / 416KRAM

SPC58EC702MFlash / 320KRAM

In Design

Qualified

3x 200MHz

SPC58NH846MFlash / 768KRAM

SPC58NH908MFlash / 1MRAM

SPC58NH92• 3x z4 core @200MHz

• 256Kdata flash

• COM: 12 / 24 / 2 / 1 / 10

• Gigabit Ethernet

• eMMC / HyperFlash

• USB (no PHY)

• HSM (Evita Full)

• ASIL-D

• QFP144 / 176

• BGA302 / 386

SPC58NH9210MFlash / 1.28MRAM

SPC58 Chorus series#1 in gateway market

13

Chorus series targets 50% market share

BGA292

BGA386

eTQFP 64-176

(exposed pad)

Gateway

MCU

Gateway + OTA

storage MCU

Body Units

Networking Scalability

Single, dual and triple cores

Up to 200MHz operation

Memory from 512KB to 10MB

Security & Safety

Evita

Medium/Full

Package Options

Park Pilot BMS Remote AccessTelematics Unit

QFN 48

(exposed pad)

D

SPC58 Chorus advantages

14

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

1.28Mbyte

SPC58x - Chorus series Package Scalability with PIN to PIN compatibility

15

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

Evita Medium

Flash:

1M - 2M

HSM

Evita Medium

LFBGA386

Flash

6M - 10M

HSM

Evita Full

Flash

4M - 6M

HSM

Evita Medium

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

Basic CAN Gateway

Smart Connected Gateway

Introducing ST family ofChorus 32-bit MCU Family

16

CHORUS

Low Power

FOTA

Security

&

Safety

COMs

Scalability

Unprecendented Scalability• HW & SW compatibility

• single core 64Mhz up to triple core 200Mhz

• 512KB up to 10MB Flash

• QFN48 up to BGA386

One MCU platform from low-end to high-

end gateway

Streaming Ethernet shell• 2x ETH (100Mb / 1Gb)

• AVB2 and TSN support

CAN-FD with DMA

• 16x CAN I/F (4x Sub-system)

24x LIN

1x FlexRay

Versatile Low Power Modes• Standby current < 50uA

• Smart Wake-up unit for periodic monitoring

• Fast start-up time < 500us

• AutoSAR start-up time < 100ms

Ready for Firmware Over The Air

update• Flash partitioning

• Flash A/B contexts with HW swap

• eMMC for mass-storage

• Hyperbus for flash/RAM extention

Isolated Hardware Security Module• Secure boot

• Crypto accelerator (sym and asym algo)

• Evita medium and full

ASIL-B/D

1# In production

80Mu shipped

until 2020

Leader in Gateway Market

Chorus seriesPart number overview*

17

1) Total RAM size = SRAM + TCM

2) Temp. Option: 105°C / 125°C (option available for all devices)

3) CAN options: Number of channel and/or CAN protocol (std/FD)

BGA386: BGA376 + 10 balls for SMPS support and external LV supply

BGA302: BGA292 + 10 balls for SMPS support and external LV supply

*Subject to availability. Contact ST representative for Part Number availability

SPC58 chorus familyCommercial product structure

18

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 roadmapPerformance - safety critical MCUs

20

Resourc

es &

Perf

orm

ance

ASIL D

HW Security

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

Performance - safety critical MCUsProduct roadmap – P, L lines

21QFP176 /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

22

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

23QFP176 /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

24QFP176 /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

SPC574S702M Flash 128K RAM

SPC574S722.5M 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 - E, N lines

25QFP176 /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

Support ecosystem

Established support ecosystemfrom support for specific tasks to fully integrated development

27

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

Software products

28

Body Powertrain Chassis/

Safety

MCAL

OS

BSW

MCAL

OS

BSW

MCAL

OS

BSW

Core Self TestCore Self Test Core Self Test

HSM Firmware HSM Firmware HSM Firmware

Available from 3rd Parties

Security

Autosar 3.x

Autosar 4.0

Autosar 4.2.x

Safety

Ecosystem of 3rd party partners

29

• 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

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

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

• 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

ST web links for automotive micro

30

OR

Powerful search engine: www.st.com

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The STMicroelectronics corporate logo is a registered trademark of the STMicroelectronics

group of companies. All other names are the property of their respective owners.

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