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From Technologies to Market

Compound Semiconductors Industry:from Rocket Science to

Mass Market

©2021

CoInnovateCS 2021

Ezgi DOGMUS, PhD

June 9th , 2021

2

GLOBAL TECHNOLOGY ROADMAP

1750 1870 1950 2000 2025

Industry

4.0

AutonomousElectrification

Sharing

Personal

assistant

Smart ambianceAugmented human

Robotics

Cloud

Big data Robots

IOT

Solar Wind

Biofuel

Renewable

2050

gas

CoInnovateCS | ezgi.dogmus@yole.fr | June 9th, 2021

Connectivity

333

Sensing

Power Electronics

RF

Compound

Semi.

COMPOUND SEMICONDUCTORS ARE EVERYWHERE!

Photonics

PV

Display &

Ligthing

CoInnovateCS | ezgi.dogmus@yole.fr | June 9th, 2021

444

Sensing

Power

Electronics

Connectivity

Compound

Semi.

COMPOUND SEMICONDUCTORS ARE EVERYWHERE! – TODAY’S FOCUS

3D Sensing for consumerLIDAR

EV/HEV Fast chargersCharging

InfrastructureDatacom

Telecom Infra.Cellphone FE

V2XIndustrial applications

CoInnovateCS | ezgi.dogmus@yole.fr | June 9th, 2021

5

COMPOUND SEMICONDUCTOR WAFER MARKET VOLUME EVOLUTION

For Connectivity, Power, Sensing in 6” equivalent

Very strong growth is expected in overall Compound Semi wafer market !

20191.4 Mu

20253.2 Mu

CAGR19-25 15%

Connectivity (RF) GaAs

CAGR19-25 5%

Power SiC

CAGR19-25 24%

GaAs Sensing

CAGR19-25 17%

Power GaN

CAGR19-25 50%

CoInnovateCS | ezgi.dogmus@yole.fr | June 9th, 2021

InP Connectivity

CAGR19-25 15%

Connectivity(RF) GaN

CAGR19-25 29%

Compound Semiconductors in Sensing Applications

7

GAASVCSELS: IMPORTANT MILESTONES

Extended range enables new applications

Increasing the sensing range enables new applications.

2016Proximity sensorRange: 10-30cm

2017iPhone X

Front 3D cameraRange: up to 1m

iPhone 7

2018

Rear 3D cameraRange: 2-3m

Oppo RX17 Pro

2020 iPad Pro

Rear LiDARRange: 5-8m

Front side – User-

related applications

World-facing –

photography and AR

applications

Used for

computational

photography

Used for

augmented

reality

+

CoInnovateCS | ezgi.dogmus@yole.fr | June 9th, 2021

8

Gesture

recognition

AEB: Autonomous emergency braking

DMS: Driver Monitoring System

AQM: Air Quality Monitoring

SENSING IN AUTOMOTIVE SEGMENT

GaAs EEL and VCSEL based systems

GaAs photonic systems enable autonomous, safer, more comfortable and connected vehicles.

Occupancy

sensors

LiDAR

Driver

monitoring

EXTERIOR INTERIOR

Gas sensor

Autonomous Emergency

Braking (AEB)Rain sensor

CoInnovateCS | ezgi.dogmus@yole.fr | June 9th, 2021

999

GaAs IN TRANSITION

2025

2030

2019

LiDAR

Personal vehicle (L4/L5)

RF dominates

Optoelectronics dominatesWafer Market $200M

Epiwafer Market $262M

Wafer Market $348M

Epiwafer Market $428MOptoelectronics

dominates

3D sensing

handset

Handset PA

DisplayHandset PA

3D sensing

handset

Industrial

manufacturing

Co-existence

RF dominates

Display

What about GaAs

Sensing % in 2025?

20% of total wafer market

40% of the total open

epiwafer market

Source: Yole Report 2020

GaAs Wafer and Epiwafer Market Version 2020

RF, Photonics, LED, Display and PV Applications CoInnovateCS | ezgi.dogmus@yole.fr | June 9th, 2021

© 2021

Compound Semiconductors in Connectivity

11

CONNECTIVITY IN A NUTSHELL

Compound semiconductors in Connectivity

Source ETSI, 2018

Consumer

?

Telecom

Infrastructure

CoInnovateCS | ezgi.dogmus@yole.fr | June 9th, 2021

Datacenters

Automotive

12

CELLULAR NETWORK STRUCTURE

: GaN devices’ target markets

Source: 5G's impact on RF Front-End for Telecom Infrastructure 2021

: GaAs devices’ target markets

GaAs

GaAs

GaAs

CoInnovateCS | ezgi.dogmus@yole.fr | June 9th, 2021

13

Legacy 2G/3G/4G5G

introduction5G coverage 5G capacity

mmW

UHB

HB

MB

LB

5G HANDSET PA EVOLUTION

Technology platform choice for PA

CMOS?

SOI? GaAs?

LTE5G

NR

< 1.5 GHz

< 2 GHz

< 3 GHz

< 6 GHz

> 6 GHz

: GaN devices’ target markets

CMOS CMOS CMOS CMOSCMOS

CMOS

or GaAs

CMOS

CMOS

or GaAs

CMOS

or GaAsCMOS

or GaAs

CMOS

or GaAs

GaAs

GaAs

GaAs GaAs GaAsGaAs? GaAs?

GaAs? GaAs?

CMOS

or GaAs

GaAs

Source: GaN RF Market: Applications, Players, Technology and Substrates 2020

CoInnovateCS | ezgi.dogmus@yole.fr | June 9th, 2021

1414

GaN RF DEVICE MARKET EVOLUTION

2026

2030

2020

$891M

5G Telecom

DefenseDefense

5G

Telecom

Co-existence

SatCom

LTE/5G

Telecom

Co-existence

$2.4BSatcom

Defense

5G

Handset

CoInnovateCS | ezgi.dogmus@yole.fr | June 9th, 2021

15

RF GAAS DEVICE MARKET FORECAST (2019-2026)

Breakdown by applications

RF GaAs market is mainly driven by mobile & consumer, large share in telecom infrastructure.

Source: Compound Semiconductor Quarterly Market Monitor Q1-2021

CoInnovateCS | ezgi.dogmus@yole.fr | June 9th, 2021

Compound Semiconductors in Power Industry

1717

POWER ELECTRONICS: MARKET TRENDS

Our world is transitioning to portable and storable electricity

This impacts every major industry sector, including mobility and energy industries and leads to growing needs for charging infrastructure.

Non-exhaustive overview. Illustrative images only.

Past Present Future

Energy

generation,

distribution

and storage

• Centralized

• Fossil energy + hydro

• No storage

• Centralized / distributed

• Fossil energy / hydro / renewable

• With storage (hydro / batteries)

• Toward distributed and

Internet of Energy (where

“all is interconnected”)

• Growing share of PV and

wind

• With storage (hydro /

batteries)

Device

power

supply type

ElectricMechanic

Thermal engine (ICE) E-motorHybrid (ICE + E-motor) / e-motor

Device

power

supplyCord Cordless

CoInnovateCS | ezgi.dogmus@yole.fr | June 9th, 2021

181818

POWER DEVICE POSITIONING AS A FUNCTION OF POWER AND FREQUENCY

103

102

101

100

Swit

chin

g pow

er

(kW

) Si GTO/IGCT

GaN HEMT

Planar

103

Si

Bipolar

Operating frequency (Hz)

104 106105

AC adaptersPower

supplies for

servers

EV/HEV

Switching

power

supplies

Audio

equipment

UPS

RailGrid Wind

PV

Si IGBT/IPM

Home

appliances

GaN

Si

Thyri

stor

SiC

GaN

Si MOSFET

Competition zone Si/SiC/GaN

CoInnovateCS | ezgi.dogmus@yole.fr | June 9th, 2021

19

NEED FOR SPEED: GaN-BASED FAST CHARGERS

CoInnovateCS | ezgi.dogmus@yole.fr | June 9th, 2021

20

GaN POWER DEVICE MARKET FORECAST BY SEGMENT

Source: GaN Power 2021 Epitaxy, Devices, Applications and Technology Trends

CoInnovateCS | ezgi.dogmus@yole.fr | June 9th, 2021

21

SiC ADOPTION BY xEV – MAIN INVERTER FOCUS

Tesla effect and 800V effect

Although each OEM has its own strategy for SiC, the adoption of SiC by Tesla has significantly improved the confidence with SiC technology and to some extent accelerated SiC’s adoption.

800V batteries adoption is also accelerating the penetration of SiC.

Level of interest & confidence with SiC

SiC in

inverter

in Tesla

Model

2018

Toyota

demos SiC prototype

2014

Interesting

but too

costly!

SiC isn’t

mature

enough!

2020

SiC in

inverter for

800V

battery

And more to come!

CoInnovateCS | ezgi.dogmus@yole.fr | June 9th, 2021

22

POWER SIC: LONG-TERM EVOLUTION

Roadmap for Power SiC devices

Looking into the future, automotive and high-power electronic applications will drive the Power SiCmarket.

SiC device

market

revenues

Power

supply

High power applications

First

device PV

EV/HEV

20302010 20202000

$1B

$2B

> $3B

Charging

Infrastructure

*SiC device includes discrete

diodes, transistors and modules.

124 3

5

Yole’s analysis on leading players’ SiC device ranking in 2019

CoInnovateCS | ezgi.dogmus@yole.fr | June 9th, 2021

Conclusion

242424

COMPOUND SEMICONDUCTORS WAFER VOLUME EVOLUTION

Questions from the industry in 6” equivalent

CoInnovateCS | ezgi.dogmus@yole.fr | June 9th, 2021

• What about scalability? Transition to 6” or 8”?

• What about the substrate and epitaxy quality?

• Outsource or internalize?

• Is it the technology reliable? What about

standardization?

• What about integration? Hybrid or Monolithic?

• How to deal with the thermal management?

• Is the supply chain ready? Multi-sourcing?

• Is it cost-efficient?

26

COMPOUND SEMICONDUCTOR MONITOR SERVICE

Yole Développement tracks the GaN, SiC, GaAs, InP

semiconductors on a quarterly basis through “The Compound

Semiconductor Monitor Service” launched in 2019. This service

offering direct access to the analyst, includes:

• Module 1: Power SiC and GaN

• Module II: RF GaN and GaAs

• Module III: GaAs and InP Optoelectronics

GaAs

Optoelectronics

InP

Optoelectronics

Power SiC

Power GaN

RF GaN

RF GaAs

CoInnovateCS | ezgi.dogmus@yole.fr | June 9th, 2021

27

ANY QUESTIONS?

Thank you!

Any questions?

Ezgi DOGMUS, PhD

ezgi.dogmus@yole.fr

Team Lead Analyst

Compound Semiconductors & Emerging Substrates

Power & Wireless Division

CoInnovateCS | ezgi.dogmus@yole.fr | June 9th, 2021

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