qd laser - company intro pres'n (16 pp)

8/2/2019 QD Laser - Company Intro Pres'n (16 Pp)

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Company IntroductionMarch, 2012


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Overview


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Laser Diode Chip Products

Company

QD Laser, Inc. is a leading provider of highly efficient semiconductor lasersolutions for Telecom/Datacom, consumer electronics, and industrial use.

We distinguish ourselves in the marketplace by our product values. Finely tuned wavelengths from 532, 1064 to 1310nm High temperature operation and stability Mass production capability on GaAs platform

Our products with reliability help our customers create new laser light marketsin a variety of applications such as LAN/FTTH, optical interconnection, material

processing, sensing, laser projection, etc.


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Quantum dot technology developed by Fujitsu and Univ. of Tokyo collaboration

Spin-off venture company from Fujitsu

R&D collaboration with Fujitsu Lab. and University of TokyoSubsidy from NEDO under Technology Innovation Program

Academic Industry collaboration

National Project (2002-2006)

Spin off & Investment

InvestNEDO, JAPAN Subsidy

Business Development

Mizuho Capital Co., Ltd.

Mitsui & Co., Ltd.

University of Tokyo

Prof. Arakawa

Fujitsu Limited

Fujitsu Laboratories Ltd.

IT Program of MEXT, JAPANPhotonic Network of METI, JAPAN

Origin and Support

NEDO: New Energy and Industrial Technology Development Organization


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Locations

Headquarters: THINK in Kawasaki city, Japan

R&D Center: Fujitsu Laboratories Ltd. in Atsugi city, Japan

Corporate ManagementSales and MarketingDevice developmentProduction

MBE reactors for crystal growth

THINKTechno Hub Innovation Kawasaki

MBE :Molecular Beam Epitaxy

THINK

Fujitsu Laboratories Ltd.


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Company Name QD Laser, Inc.

HeadquatersKeihin Bldg. 1F, 1-1 Minamiwataridacho Kawasaki-ku, Kawasaki,Kanagawa 210-0855 JapanTelephone: +81-44-333-3338, Fax: +81-44-333-3308

R&D Center 10-1 Morinosato-Wakamiya, Atsugi, Kanagawa 243-0197 Japan

Founded April, 2006

Capital 1,353.2 Million Yen (As of February 29, 2012)

Business Area Planning, Designing, Manufacturing and Sales ofsemiconductor laser products

Number of Employee 25 (As of February 29, 2012)

ManagementSeiichi Yoshikawa, ChairmanDr. Mitsuru Sugawara, President & CEO

Major ShareholdersFujitsu Ltd. (Corporate Fund)Mitsui & Co. Global Investment Ltd.

Mizuho Capital Co., Ltd.E-mail [email protected]

URL http://www.qdlaser.com

Company Outline


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History

Jan. 2012 Commercialized acquired ISO 9001:2008 Certification

Jan. 2012 Commercialized high-power (> 100 mW), 532 nm-wavelength Compact Green Laser

Module with High Efficiency and High-Speed Modulation Capability

Jan. 2012 Commercialized development of Compact (0.5 cc) Yellow-Green and Orange Laser

Modules with High-speed Modulation Capability

Commercialized 1064nm DFB Laser Modules with Excellent Single-Mode

Oscillation Property

Oct. 2010 Won the Minister of Economy, Trade and Industry Prize in Green IT Award 2010

Apr. 2010 Headquarter moved to Kawasaki, Kanagawa

Commercialized quantum dot lasers featuring 10Gbps high-speed operationfor optical telecom application

Jan. 2009 Selected by the IEEE Spectrum Magazine as the Technology Winner in 2009 for

Telecommunications

Dec. 2008 Raised JPY 700 million funded by Mizuho Capital Co., Ltd. and existing investors

Succeeded in the world first development of quantum dot lasers which work in

-40 to 100 degree C

Jun. 2007 Won a Japan prime minister award in terms of the venture incubation by involvingindustrial, academic and national party collaborations

Sep. 2006 Won the Wall Street Journal Technology Runner-up Award 2006

Apr. 2006 Established QD Laser, Inc. capitally funded by Fujitsu Ltd. and Mitsui & Co. Global

Investment Ltd.

Mar. 2009

Feb. 2008

Apr. 2011


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Display

Optical interconnectio

Telecom/Datacom

Mobile Projection

828nm

Life Science

DFBFP/DFB

FP/DFB

660nm

Material processing

MeasurementOptical CT

High temperaturcommunicationand sensing

Motion sensing

Factory automationLife science

Sensing

Common values of all our products

Finely tuned wavelength from 532, 1064 to 1310 nm

High temperature operation and stability Mass production capability on GaAs platform

Applications

Core Competence

OCT

Life science

700532 1064 1310 1490 1550850 1180590

Wavelength (nm)

Laser on GaAs substrate

Consumer electronics and Industrial use Telecom/Datacom

FutureFuture

+SHG

Present

DFBFP

1064nm

DFB FTTH/LANGEPONGPONEthernet

Green Gap

Green ,Yellow,Orange

DFB

DFB 532nm

532-590nm

FP/DFB

1270-1310nm


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GaAs QD and QWwafers

Laser chips

Laser packages

QD Laser, Inc. GaAs foundry / Partner

Customers

CD/DVD laser fab.

Mass production technologywith the economy of scale

Inhouse state-of-the-art

GaAs wafer and DFB grating technology

Crystal growth MBE reactors

DFB Grating

Technology for Mass Production

Formation of Qunatum Dot


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Products


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Product Portfolio - Optical Communication/Wafer

Features

Telecom, Datacom & InterconnectionApplication

Field

1270nm DFB laser1310nm FP laser

Quantum Dot LasersTemperature Insensitivity

Up to 10 GbpsTO-56 CAN

Model #

Laboratory Research

Quantum Dot (QD) Epitaxial Wafersof 1300nm

High Density and Uniformity3 inch Wafer on GaAs

Surface of QD

QLF1339-AAUp to 2.5Gbps

QLD123BUp to 10Gbps


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Product Portfolio Industrial Use

Features

ApplicationField

1118nm DFB laserby QW

1064/1053nm DFB laserby QW

14 pin Butterfly PackageEmbedded Optical IsolatorNarrow Spectral Linewidth

Short Pulse Operation

Red : FA, Sensing

Measurement

660nm FP laserby QW

Monitor PDTO-56 CAN

QLD10611064nm, 30mWQLD1061-AC1064nm, 100mWQLD10621053nm, 30mW

QLD1161: 30mWModel #

Yellow with SHG

for Life Science

QLF063A: 100mWAnode common

QLF063D: 100mWCathode common

QD: Quantum DotQW: Quantum Well

1300nm High TempFP laser

Communication & Sensingin Plant, Desert

Oil and Gas Exploration

QLF1335-AD

Up to150C

QLF1335-AE

Up to 175C

Quantum Dot Structure>150C operation

TO-56CAN

Sensing, Seed Light


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Features

ApplicationField

Product Portfolio Consumer Elec.

532nm Green laser modulewith DFB Technology

By QD/QW

Compact SizeDirect ModulationNarrow Linewidth

Low Power Consumption

Display, MeasurementLife Science

Model # QLD0592Pure Green laser module, 5mWQLD0593Pure Green laser module 50mW

QD: Quantum Dot, QW: Quantum Well

*under development


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1064nm DFB Laser

QLD1061

1064nm quantum well DFB laser in 14pin butterfly package with optical isolator

High output power > 30mW Stable single-mode oscillation CW and short-pulsed operations

Applications : seed light of fiber laser, gas sensing, wavelengthconversion with nonlinear optical devices, etc.

CWCW

1300 Q t D t FP L f


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QLD1335-AD

1300nm quantum dot FP laser in TO-56 CAN package

Operation up to 150C

Applications: communication and sensing in harsh environments such as plants, deserts,gas and oil exploring, etc.

CW

Quantum Dot (0 Dimension)

EF

Electron Energy

Electrons Concentrateinto Ground State

Immovable! Small temperature

Sensitibity

Electron

1300nm Quantum Dot FP Laser forHigh Temperature Environments


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Extremely High Temperature (220C) Continuous-Wave Operation of1300nm-range Quantum Dot Lasers

Presented at CLEO/Europe-EQEC 2011 Conference, PDA.1 For data transmission and sensing in harsh environments like underground exploration

R&D Topics

Very uniform, high-density QDs were realizedby QDLs leading-edge MBE technology.

L-Icharacteristics of the QD laser

from 30 to 220C.

Very uniform, high-density QDssignificantly increased gain, realizingextremely high temperature operation astheoretically-predicted.


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Emai l : info@qd laser.co m

www.qdlaser .com

Thank you!

qd laser - company intro pres'n (16 pp)

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