Jasper Display Presentation

Perspectives of On-Silicon Display - Present and Future -

Jasper Display Corporation 禾鈶股份有限公司

Darwin Hu June 6, 2012

DIGITIMES Tech FORUM

- Mobile Everywhere - COMPUTEX 2012

President & Executive Director

Contents

2

1. Review of Display Technology Development

2. Challenge Present and Expectation Tomorrow of the Future Display

3. On-Silicon Display: Opportunity & Difficulty as Alternative

4. Mobility, Resolution, Market Value and Opportunity

5. On-Silicon Microdisplay Technology Response with Solutions

6. Jasper Display’s Core and Pixel Platform

7. Partnership and Ecosystem Strategies

Review of Display Technology Development

1. CRT

Technology

Time

OLED, FED, SED

2. FPD (LCD, PDP)

Note: On-Silicon Display is the leading edge and will be the most promising mobile and future display technology !

3. On-Silicon-Display (DMD, LCoS, OLEDoS ,

IMOD, HTPS 3LCD)

3D Volume: Bulky Cubic

2D Surface Flat-Panel

1D - - - Origin Spot (Box-Centric)

3

Generation of LCD Fab.

Glass Size (mm x mm)

Equipment ($M)

Total Investment ($M)

5G (=1x) 1100 x 1300 $900 $1,400 Super 5.5G 1300 x 1500 $950 $1,500

6G (=2x) 1500 X 1850 $1,250 $1,900 7G 1870 x 2200 $1,600 $2,500

8G (=4x) 2160 x 2460 $2,100 $3,300 9G (=4.9x) 2400 x 2800 $2,600 $4,100

10G (=6.2x) 2800 x 3000 $2,900 $4,600

Existing Dominant TFT LCD Panel with Heavy Investments

Note: 1. The 8th Generation fab. can be cut into 8 pcs of 46” LCD panels or 6 pcs of 52” LCD panels. 2. The 10G is very efficient for manufacturing over 65" diagonal size LCDs. 3. 10G glass size will yield 8 substrates of 57" diagonal and 10 substrates of 46" diagonal (two substrates constitute one LCD).

4

TFT LCD Display with Huge Investments and Financial Burden

$3B

$4.6B

$1.4B G5 Fab. (1100x1300mm)

G8 Fab. (2160x2460mm)

G10 Fab. (2800x3000mm)

TFT LCD Fab investments from G5 to G10 has more than tripled. It requires huge investments. LCD panel size is getting bigger and bigger. On-silicon Microdisplay HDTV technology require significantly less investment, such as, Capital Investment and Manufacturing Cost .

$100

$400

15”

30”

60” *$1600

TFT LCD Fab Investment Index

1X

2X

3X

1X

4X

16X

TFT LCD Panel Cost Index MD Cost Index

1X

1.5X

-

5

Meet Market Needs

•The transition to HD is a major event in the history of TV. •The first major transition was from B/W

to Color, a comparatively simple change. •The HD transition is two-fold: analog to

digital and high resolution. •Consumers are awe-struck by the

increase in detail and clarity.

Price Has Come Down Significantly

•Historically, 80% of TVs sold have had an average price of under $400.

•The majority of FPD TVs 40”~50” pricing are around at $500-$1100.

•The majority of FPD TVs 60”~70” pricing are around at $1500- $2500.

•The majority of FPD TVs 80” pricing is under $4500 in USA.

Manufacturing Cost & Channel

Margins Require

Adjustment

•. The cost of manufacturing and channel margins have decreased substantially.

•Cost reductions are not trivial and must be attacked on all levels of the supply chain:

•Equipment, Materials, Technology, Supply Chain Efficiency, Yields, etc What is the next solution? Will

OLED FPD manufacturers repeat the same TFT LCD cut-throat strategy? or any other alternative? Question?……on and on .

Review for Large Screen HDTV

Cost Reduction and Profit

Margins are critical to the

Health of the FPD Manufacturing

Industry

•Billions have been invested in new and larger fabs to supply the HDTV market with no panel maker as true winner (consumers do win!).

6

Challenge Present and Expectation Tomorrow

“Past” “Future” ! Present is fact, but what viewpoint:

Optimistic, Pessimistic or Uncertainty? The Future is filled with a lot of Challenges $

Change is Now !

What will be the challenges of the future display ?!

7

Challenge 1: Customer seeking for a “immersed” viewing experience

Viewing with True-Reality & High-Fidelity is demanded for the next generation ultra high definition digital display in broadcasting industry.

QHD-TV, UHD-TV, 3D-TV or Holo-

Graphic Display: who will be the winner of the future digital display; Debates keep on going.

機會：全力推動超高清、3DTV等高解析度及高清晰度下一代的顯示產業，發展具有更高的資訊傳輸和數位壓縮技術。

HD FHD QHD

Opportunity: Motivation and momentum will be even more demanding: to develop QHD, UHD, 3DTV and Holo Display for the ultra high resolution display industry with technology to achieve ultra high speed data/image transmission, rendering and compression.

2020 2015 1995 1985 2005

SD

Digital Holo Display Digital 3D

UHD

(1280x720) (1920x1080) (4096x2160)

(7680x4320)

(720x480)

Technology

Time

Future Large QuadHD and UltraHD Display Concept

聲道

QHDTV / UHDTV HDTV Resolution 4096x2160 / 7680x4320 1920x1080 H. View Angle 55 / 100 degree 30 degree Viewing Distance 1.5x / 0.75x Screen Height 3x Screen Height Audio Sound System 22.2 Channels 5.1 Channels

Scre

en H

eigh

t

1920

108

0

4096 or 7680

216

0 or

432

0

< QHDTV / UHDTV >

9

Customer craving for viewing display by Anyway, at Anywhere, in Anytime, with Any Size and onto Any Surface ubiquitously.

Mobile receiving and viewing is unquestionably required as one of the key functions for the future digital display

*Industrial Standard for mobility and portable device with real-time or non real-time method is urgently to be determined

Challenge 2: Customer seeking for “AAAAA” viewing & receiving method

10

Photo Album

Video Sharing Q&A

Social Network

s

微博博客

Real-time email

Forum

SMS Message

Challenge 3: Customer seeking for exciting video interactive experience

1. Tablet PC like new iPAD & all the mobile devices increase the consumer’s appreciation of dense and high resolution capabilities of display devices.

2. Conventional display has to keep up with resolution beyond 1080P of commercial broadcasting quality.

11

YouTube & Facebook successfully stimulates the people’s interests in ‘Interactive video”, “ Video Sharing” and “Social Networking” experience. Customers demand that broadcast TV networks, cellular mobile net, cable internet and satellite will provide even more video services. Mobile video receiving and mobile display device are turning into “MUST have !” features.

HD/FHD

Merged Video Internets

TV Broadcast

Cellular net

Cable Network

Video monitor

Video Social Networking

Interactive Gaming

Mobile TV

Remote Medical

Diagnostic

UHD/QHD 8K/4K Mobile networks

Challenge 3: Customer seeking for exciting video interactive experience

12

We are entering a New Era of Mobile and Projection Display

Projection is the true spirit of Mobility to enable display on any surface, by any way with any size, at anywhere and in anytime.

Large HD or miniature displays enable new IT applications.

Digital networks, miniaturization, pico, 3D projection, special curvature on aspherical lens, long life-cycle light sources (such as LED or laser) and fast Liquid Crystal (like Ferro-LC) will enable all sorts of personal gadgets for entertainment and commercial applications

Large Screen, FHD, QHD, UHD & Multiple Windows 300”Display Video Wall UHD TV and Digital Cinema

3D Projection Display Modeling, Games & Entertainment

Mini & Pico Projection System 3G/4G Smartphone Mobile TV Portable Media Player (PMP)

13

14

Mobile Projection Display is the trend of the future !

The Ultimate Viewing Experience •Less Materials Usage Environmental Friendly •Lower Power Consumption Energy Saving •Light Weight versus Mobile Easy Data/Image Sharing

Less material consuming for home entertainment/office equipment

Mobility everywhere for data / video sharing in daily life

Easy installation & watching at vehicle /transportation experience

Portable Projection & Holography

On-Silicon Microdisplay: Market, Applications and Future

15

Pocket Projector

Mobile Phone Pico Projector

NoteBook Projector

Office & Personal Projector

DSC/DVC

HMD

LCoS 1P LCoS 2P or 3P

Surface Computer

Home Theatre Projector

Wave Length Switch

Near Eye Display Glasses

Holographic Projector

15

16

Review of LCoS Display Major Event and Migration in the Past and Now at its Turning Point of the Critical Moment

Time

Scale

●

●

●

●

●

●

CES 2001 at Las Vegas, LCoS display technology and product was first introduced and stimulated a great excitement.

In 2004, Intel, Sony, JVC, Hitachi, Philips etc. entered into LCoS display technology arena and generated even more extraordinary interests

In 2006, Sony sold approximately 1M units of LCoS rear projection TV in Northern America within a half year. It created an excellent market miracle.

2007年，MDC、Spatialight, Brillian, TMDC、UMO were failed to stay in LCoS imager chip business and filed bankruptcy.

Sony also dropped LCoS rear Projection TV because of business conflict with flat-panel LCD TV.

By end of 2007, most of major display companies retreat from LCoS business.

In 2008，Sony was never dropping LCoS but continued market front projector and LCoS imagers and driver chip.

●

●

●

International market of LCoS technology is ramping up again. Innovative new technology is developed after 10 year up and down cycle. JDC, with over dozen patents and IPs, has built up a new outstanding on-silicon display technology and is moving forward with bright future.

●

●

●

JVC also quitted LCoS TV due to financial problem.

Palm size LCoS projector was introduced with LCoS imager provided by Himax, Displaytech (Micron), Aurora (OmniVision) and Syndiant.

Splendid Optronics Tech. Co. Ltd was established and produced 71” LCoS Databoard for educational market with touching functionat Wuhan ,China

2010 JDC was established and acquired all the IPs and assets from eLCOS.

Opportunity? Difficulty? Challenge!

A pessimist sees the difficulty in every opportunity;

An optimist sees the opportunity in every difficulty.

A visionary pragmatist will catch the opportunity and overcome the difficulty with a burning desire to achieve the goal.

This is called “Challenge” ! • 悲觀的人, 常看到機會中的困難點;

• 樂觀的人, 常看到困難中的機會.

• 而有眼光的實用者, 則將掌握機會, 克服困難, 點燃慾望, 達成目標.

這就叫 “挑戰” !

17

18 18

Display Resolution Migration Chart

?

19 19

Resolution

2010 2011 2012 2013 2014

2M Pixels Code: 2K x 1K

(2011. Q2)

1M Pixels Code: 720P

4M Pixels Code:

2.5K x 1.5K

8M Pixels Code: 4K x 2K

(2012.Q4)

Super High Resolution (8K x 4K)

NB

PC Monitor

UHD TV

Trend of Screen or Panel Size and Resolution

iPhone 4S 2048x1536

Resolution Advancement driven by: A. Mobile Tablet / Smart Phone B. Video & Broadcasting Industry C. PC Graphic Display

On-Silicon Display

A.

B.

C.

Tablet PC / Smartphone

Video

PC Monitor

Monitor/TV

New iPAD

20

Mobility and Resolution is Market Value ! Market Assumption: What if ? 1. On-Glass Display or On-Silicon Display ?

2. Panel-centric or Box-centric ?

3. When the viewing environment changed in the future with adjustable ambient light in house such as energy saving LED lighting with dimming function, is brightness still the only concerned? What about the impact of resolution, contrast ratio with better gray levels and color quality ?

4. What about market price of ipad is equivalent to a 42” flat-panel TV sales price. ….

5.What about all the computer peripherals and high end consumer products have built in projection functions (around 2014), in addition to the concept of light weight, compact (thin & tiny) and “green” (low power consumption), what will be the required projection display resolution? 720P, 1080P or higher?

6. What will be the tolerable price difference between a portable projector, which has the capability of 1080p resolution and projected size 50” to100”, compared with a 1080p flat-panel LCD?

7. What about iphone/ipad series products have all implemented with quality of retina “326 dpi” resolution (78µm) or equivalent class or above 1080p visualized effect, what situation will be for the development trend of the associated 3C products?

Mobility and Market Value

LCoS Projector Can Easily Achieves iPhone Viewing Experience

If Ɵ < 0.02 ~ 0.03 degree, eye cannot distinguish each pixel.

Pixel Size

Viewing Distance

Human being vision system has resolution limit.

Retina of Human Eye

21

LCoS Projector Can Easily Achieves iPhone Viewing Experience

1080P Mini Projector can easily achieve the required resolution of iPhone retina display.

Only 1080P provides significantly larger screen sizes at 50 or 75cm viewing distance away while keeping the same viewing experiences of a “retina display”.

The resolution, screen size and viewing distance are the key factors and co-related with viewing experience.

(Projector is attractive as a 2nd screen for display.)

22

37

42

37

42

50

65

3742

50

6571

0

2

4

6

8

10

12

14

0 20 40 60 80

Screen Size (Inches)

Ideal V

iewing

Dista

nce (

Ft.)

480p720p1080p

To watch Full HD video at 50” screen, the best viewing distance is 2 meters.

Source from Panasonic 2005

25 “

1 meter = 3.3 Ft

0.7 Meter

1.9 Meter

Full HD Delivers Best Viewing Experience

Portable Projector is more focused on near distance 70~75cm，and only Full HD (1920X1080) could deliver the best viewing experience.

50”

23

24

Emerging Pocket Projector Market

Mini Projector owns good market potential at Diverse Applications Mobility Light Weight/Cost Low Power Consumption (low light output) High Resolution is coming soon

Portable 2nd Screen Everywhere

Applications and Markets： BOX-centric (Portable)

25 25 25

Data Projector (UHP) (Presentation) • Corporate .

• Education .

Video Projector (UHP/Laser) Home Theatre/Digital Cinema • High end consumer

Stand Alone Projection (LED) New Generation Projector • HD 1080P, true color, large-screen ( projection ) . • Green - Low cost , Low power consumption, Less materiel , weight & Logistic . • New Application : Big screen + Mobility + Wireless + content + Streaming - 2nd TV / Smart TV in your home - Web cinema travelling with you - Smart display in your mobile office - Interactive / 3D in education and entertainment

Embedded Projection (LED/Laser) Embedded Applications • 4C ( Content , Consumer , Communication , Computer )

device

• Home appliance device

• Car

• Toy

Bus

ines

s St

reng

th

( SO

M, C

ore

com

petit

iven

ess,

Cha

nnel

Acc

ess,

B

rand

pre

fere

nce,

Rel

ativ

e co

st/p

rofit

)

Market Attractiveness ( Market size, Growth, Competition, Profitability, Opportunity of differentiate, Distribution structure)

High

High Low

PANEL-centric become

BOX-centric (Portable)

LCoS is Catching Up DLP Market in 2015

Compare to 3LCD, DLP and LCoS in all Projector Markets: – The embedded/small/pico projector market is growing rapidly since 2013 and LCoS

owns the best position in this segment. – At 2015, TSR forecasts that increasing market share of LCoS will match that of DLP.

Source: Techno System Research, 2010

26

Advantage of LCoS Embedded Projector

27

Source: Techno System Research, 2010

Higher Resolution and Lower Manufacturing Cost

Introduction of Jasper Display Corp. (JDC)

28

Optical Communications of Phase Modulation Optical Networking of WSS and ROADM High Definition Projection Display Box-Centric Mobile Projector Miniature, EVF, HMD, HUD,NED and Pico-Projector

Operations Established: March 2010 Headquarter: Hsin Chu Science Park, Taiwan R/D Center(Silicon Valley): Santa Clara, CA, USA Capitalization: $27 M Core Technology:

On Silicon Microdisplay Technology- LCoS / OLEDoS Mission Statement:

Enabling Optical Communication and Image Display based on Liquid Crystal and OLED on Silicon

Markets and Business Solutions:

29

Business and Applications

Technology Applications Product Scenario

Business Enabled with

On-Silicon Microdisplay

SDK Silicon Wafer Microdisplay Driver IC

Projection Display (LCoS)

Near-eye display (LCoS & OLEDoS)

Optical Network Communication

(LCoS)

OLED +Sensor

(OLEDoS)

Autostereo (OLEDoS)

HMD

WSS & Phase Modulator

Personal Projector

Mobile Phone Pico Projector

Home Theatre Projector

EVF

Liquid Crystal

on Silicon O

LED on Silicon

SOHO Business Education Entertainment Optical Communication Industrial Applications Medical /Biotech

(Product +Technology) x Applications = Market

http://www.youtube.com/watch?feature=player_embedded&v=9c6W4CCU9M4

32” 60” 50” 70” 40”

Resolution

HD (1280x720)

FHD (1920x1080)

3LCD-RP TFT LCD

1P-DLP

TV Size 26”

1P LCoS

3LCD

30

Micro/Pico Projection

QHD/UHD XL Screen

Market Positioning:“Ultra Small or Extra Large” Display

80”

QHD (4096x2160)

UHD (7680x4320)

Plasma

3P LCoS

300” 150”

Pico

30

31

Philips • Customer requirements - New IP approach - Full legal review

IP purchase only

Aurora is not SVision

11 years independent invention and development by

Ed Hudson and team

SVision 96 - 99

Lithics 98 - 01

Aurora 99 - 10

Ed Hudson Chief Inventor

eLCOS 01 - 09

Jasper • Purchase of eLCOS IP • Independent design • Completely new microdisplay controller • Completely new modulation approach • Completely new backplane approach • Original SVision design team

OmniVision • Purchase of Aurora products and rights • Other details unknown

Entire IP Purchase – no residual Philips rights

Aurora • Continued product development • Limited new backplane IP • Not important

No relationship to Ed Hudson

Design team move – no IP taken

On-Silicon Technology: Patents and IP ( Accumulated 15 Years Development )

32

Jasper’s Core Technology：Create smallest pixel design platform for single panel with color sequential operations of smallest panel size associated its highest resolution and smoothest color bit depth.

Pixel Size means Cost Advantage!

Jasper’s core technology based on 3.74 um pixel size: Microdisplay with 0.70” diagonal to achieve 4Kx2K resolution Microdisplay with 0.33” diagonal to achieve Full HD 1080p resolution Microdisplay with 0.22” diagonal to achieve HD 720p resolution Other customs Design：smallest qHD (0.17”)

12 um @2002

8.1 um @2004; @2012-1H

6.4 um @2006; @2011-1H

5.0 um & 4.0 um @2007

3.74 um @2012-1H

World Leading

JDC On-Silicon Core Technology

33

Pixel as Platform for the Future Display

Preliminary Study +1M

Preparation +2M~4M

Evaluation +1.5M

Prototype （SURF demo）

Request for Evaluation

Proof of Concept

Phase 1 Phase 2 Phase 3

• Imager IC: – 130nm & 180nm process. – The smallest pixel 3.74 um – Co-shared platform for different

imager form factor design. • Microdisplay Performance

– Unique modulation implementation to produce the best image quality.

• Proprietary Japser modulation method allows at least 4096 ( 212 ) at 12-bit shadings.

– Highest yield • Simplest digital pixel available

(10 transistors vs. 20+ ones) • Fewest semiconductor masks • Most uniform (flat) devices

NRE Phase

New Product MRD

Smallest Pixel IC Platform for diverse display form factors

Controller IC Platform -Q4K70: ~3.8um720P/0.22”, 1080P/0.44” -SP55: ~6.4um: 720P/0.33”, 1080P/0.55”

Controller IC Platform

New Microdisplay Size Development

Customized Request Input

JDC’s On-Silicon Core Technology: Patents and IP ( Accumulated 15 Years Development )

34

1. Jasper Display has over a dozen granted patents (including 11 - US Inventions, 1-Taiwan, 1-China) and 23 other patents filed and pending in US, China, Taiwan and Japan.

2. Proprietary On-Silicon IC backplane circuit design and associated driving technologies of LCoS microdisplay based on standard array-structured SRAM architecture:

A unique digital driving technique and implementation based on pulse-width modulation (associated with both time and space) to perform data filling (or scrolling) mechanism for image frames, enabling high yield rate and high performance, resulting in the most efficient pixel plane updating speed and voltage level consistency with liquid crystal electro-optic mode. It solves the fundamental image flicker, image sticking,.., etc artifacts, leakage or cross-talk of analog driving method causing voltage overshoot etc. problems.

Efficiently partitioned video signal functions and paths enable efficient pulse-width modulation giving accurate mili-volt control levels which speed LC control level adjustments to just micro-seconds.

35

Competing Technologies: in Display

Jasper’s Digital LCoS vs. Other Digital LCoS

• Smallest pixel size – 3.74 μm pixels, which means cost effective. • Best modulation implementation => Best image quality - Proprietary patented Jasper modulation method allows to process at least 12-bit ( 212 ) with 4096 gray levels per channel up to1 trillion ( 240) processed internally in theory with most smooth image quality (or shadings) exactly like a natural color ever seen .

• Highest yield - Simplest digital pixel available (10 transistors vs. 20+ ones) - Fewest semiconductor masks - Most uniform (flat) devices • Original inventor of LCoS technology behind the developments

36


Jasper’s Digital LCoS vs. Analog LCoS

• Use of PWM enables accurate, uniform pictures. (Time is more accurate to control than voltage.) • Sharper image appearance. (First hand comparison)

• Enables far smaller displays - Jasper 0.33” FHD vs. Sony 0.61” FHD - Jasper 0.70” QHD (3840 x 2160, 4k2k) • No significant photo leakage under high intensity illumination.

• Higher silicon yield - Immune to minor gate & junction leakage defects that kill analog LCoS - No bad pixels

37


Jasper’s Digital LCoS vs. DLP

• Jasper LCoS is fundamentally lower cost - Liquid Crystal processing is less expensive than mirror processing. (Higher yield and lower bulk cost) - Use standard process semiconductor fabs worldwide. - Can build far higher resolution parts for laser projection systems at significantly lower cost. - Reports of TI budgetary quotes for 1080P DLP significantly exceed those for Jasper LCoS 1080P. (Smaller parts at higher resolution) • Jasper LCoS has fundamentally higher image quality - Better low end gray scale & gamma implementation.

Strong demands of On Silicon Technology

WSS at RODAM, Telecom

Phase Modulator

and AP

Display at Home

Theater Projector

Near to Eye at

HDM/HUD

Display at

Portable 2nd

Screen

Mobility

Green

Pixel as a platform to enable on silicon technology

．Silicon Wafer

．Microdisplay, LCoS, OLEDoS

．High Frame Rate Driver ASIC

．System Development Kits

Video Share

Anytime 38

39

2011 2012 2013 2014 2015

Medical &

Military

HD Projector Home & Commerce

Companion / Integrated Pocket Projector

Embedded Pico Solution

Wafer & Imager w/ co-development

Wafer & Imager w/ co-development

Code: 4K x 2K 4096 x 2400 (2012~2013 )

Code: 4K x 2K 4096 x 2400 (2012~2013)

Code: 2K x 1K 1920 x 1080

(2012)

Telecom &

Industry

0.24” (2014) for pico/embedded

0.70” (2012)

0.55” (2011) Code: 2K x 1K

Panel w/ O/E reference design



Panel w/ Embedded Solution Partner

Code: 4K x 2K

Code: 2K x 1K

Code: 720p

0.70” (2012~2013)

Product Road Map & Development Schedule

40

WSS (Wavelength Selective Switch)

ROADM blade incorporated with WSS and other Components

Optical Network Market:

$700 WSS Market Size, CAGR > 20% by 2016

LCoS Technology New Application： WSS/ROADM

Sources: Infonetics Research 2011-2012

41

LCoS Technology Display Opportunity: 2nd Screen Requirement

Large OLED panel

PANEL-centric

Display (LCD)

Traditional and advanced LCD panel

Today 2015

Smart Phone

TV

Market Size of PANEL: 1B set/year

Market Size of BOX (w/ projector): 100M set/year (10% Penetration)

NB & Tablet & Monitor

Ratio of Device-to-Screen:

1:100 Ratio of Device-to-Screen:

1:1 BOX-centric Projection (reflective & direct view)

Features of On-Silicon Display: Mobility Green Multi-media Optical platform Cloud device Flexible & Innovative panel

42

Develop HD or QuadHD Projection Solutions Integrated LED and OLED advantages for green environmental friendly

projection products. To be a leading solution provider of LC and OLED on Silicon technologies to

meet the rapid demands of customer’s Products Road Map (ex: LCoS developing cycle targets 3-6 months vs. MEMS is 18 months)

Targeting portable projector market opportunity

Develop LCoS technology new applications Focus on custom design to provide LCoS imager & driver IC , contract

design, service of IC wafer, OE platform and software engineering.

Operational Strategy

43

Type Display Reflective LCOS

Resolution 1920 x 1080

Array Diagonal 0.55”

Array Dimensions 12.5 mm x 7.1 mm

Pixel Pitch 6.4 µm

Pixel Gap 0.2 µm

Aperture Ratio ≥ 93%

Data Path Width 64 bits wide

Clock Rate 350 MHz (DDR)

Frame Rate Up to 120Hz Field Sequential

Color Field Rate Up to 480 Hz Color Field Rate; Support Monochrome, R/G/B or R/G/B/G field sequential

Lifetime > 100,000 hours

Full HD 1920x1080 0.55” Microdisplay

The Smallest 0.55” 1080P On-Silicon Microdisplay with 480 Hz Color Field Sequential

Jasper Display Corp’s SP55 is a high performance, full digital liquid crystal on silicon microdsaplay. The SP55 includes 32 extra rows and 32 extra columns to enable dynamic convergence when integrated into a multi-panel projector. The SP55 is used with its companion SPM controller ASIC that provides all signal needed to drive the SP55

44





Pixel Pitch 8.0 µm

Pixel Gap 0.2 µm



Clock Rate 300 MHz (DDR)

Frame Rate Up to 120Hz Field Sequential

Color Field Rate Up to 480 Hz Color Field Rate; Support Monochrome, R/G/B or R/G/B/G field sequential


Full HD 1920x1080 0.70” Microdisplay

High Performance 0.70” 1080P On-Silicon Microdisplay for Professional Projector and Telecom Application

Jasper Display Corp’s SP70 is a high performance, full digital liquid crystal on silicon microdsaplay. The SP70 is a derivative of the SP55 that retains most of the important features in a larger form factor. The SP70 features an 8.0µm pixel pitch that increases the array diagonal to 0.70”. The SP70 is used with the same companion SPM controller ASIC that drives the SP55.

45

Quad-HD 4096x2400 0.70” Microdisplay

Jasper Display Corp’s Q4K70 is a leading-edge microdsaplay for front projector market. It has 3.74Um pixel pitch, the smallest in the display industry. It includes 64 row and 64 columns for image position adjustment. With native resolution 4096x2400 encompasses:

Digital Cinema – 4096x2160 Quad FHD – 3840x2160 Quad WUXGA – 3840x2400





Pixel Pitch 3.74 µm

Pixel Gap 0.2 µm



Clock Rate 300 MHz (Phase 1) 600 MHz (Phase 2)

Frame Rate 60 Hz (Phase 1) Field Sequential 120 Hz (Phase 2) Field Sequential

Color Field Rate 180 Hz (Phase 1) 360 Hz (Phase 2) Support Monochrome, R/G/B field sequential


The Most Powerful and High Performance 0.70” 4096x2400 On-Silicon Microdisplay with 360 Hz Color Field Sequential

46

Note: JDC’s Patented 2P Projection Solution: provides 1080P resolution, high brightness conversion, meeting market trend of polarized 3D and XL portable screen requirement.

Comparison of 2D/3D Projection

Display JDC JDC TI Imager Technology LCoS (0.55”) LCoS (0.70”) DLP (0.45” ~ 0.55”)

Panel Q’ty. 1 2 1 2 1

Resolution 1920*1080

(full HD)

1920*1080

(full HD)

1920*1080

(full HD)

1920*1080

(full HD)

800*600(SVGA) ~

1024*768(XGA)

Light Source LED LED LED LED UHP LED

Brightness (2D) 150~200 lm 220~300 lm 300~400 lm 400~500 lm 2500-2700 lm 200-300 lm

Brightness (3D) 130~170 lm 250~350 lm 600-700 lm 50-75 lm

Power Consumption

(Ref. : Luminus) 60W (PT54) 60W(PT54) 100W(PT120) 100W(PT120) 200-300W 60W

Module Size small small middle middle large small

Projector System

MSRP ~ $499 ~ $699 ~ $799 ~ $999 $699 (SVGA) ~ $1500 (XGA)

3D Glasses Polarization (passive) Shutter (active)

3D Glasses Price $3 ~$10 $100~$150 (cost ~$100)

SP55: Smallest Size at 0.55” 1080P Ready for Experience

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Marketing LCoS Technology with SDK: System Development Kits (SDK) based on SP55 Microdisplay (1080p, 0.55”)

SDK Packages #1

Target Customers:

Optical Communication Phase Modulator 3D Research Holography Study Optical Platform of Display

Note: Newly designed FPGA board is consist of 2 compact size boards (length x width = 9 x14 cm, stack height = 3 cm with jumper)

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Marketing LCoS Technology with SDK: System Development Kits (SDK) based on SP55 Microdisplay (1080p, 0.55”) equipped with Single Panel Optical Engine (1P- OE)

Target Customers:

Home Theatre (1080P) Projector Small Screen with (1080P) Multimedia Player Mobile Video (1080P) Projector

SDK Packages #2

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Marketing LCoS Technology with SDK: System Development Kits (SDK) based on SP55 Microdisplay (1080p, 0.55”) Equipped with Dual Panel Optical Engine (2-P OE)

Target Customers: For polarized 3D Home Theatre (1080P) Projector Mid-Size Screen (1080P) Media Player High Brightness (1080P) Mobile Video Projector

SDK Packages #3

Strategic Alliance of JDC Partnership

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Foundry, Package &Test House

LC panel Assembly House

Optical Engine

Optical Components

Light Source (LED/Laser)

JDC: Imager

IC Design

Projector System

Channel and Brand

JDC: Controller IC Design

Foundry

JDC: Panel ASIC Delivery

Panel bracket (LCP plastic)

Heat sink (Al) Liquid Crystal Panel (0.55”, 0.70”)

Mask (sheet metal)

QWP plate (sheet metal)

Dust cover(plastic)

QWP (glass)

Mylar

Screw tap

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Strategic Triangle Partnership for LCoS Industry

Customers & Market

System Makers

(Market Driven)

O/E, L/S Supply Chain

Joint JDC

Project

Prototypes & Production Method; Technology Solutions;

IP Licensing

Strategic Alliance of JDC Partnership

Participation of JDC Ecosystem

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Market Development Strategy Vertical Alliance – ecosystem established Product Joint Development w/Partners– market driven

solution w/customer Joint Production Plan – cost down & supply chain

management w/worldwide industry

Vertical Alliance System maker endorse -O/E, Light Source, System Highly Integration

Product Development Wafer solution provider Work closely w/system developer High end customized design

Joint Production Plan Outsource fabrication Top supplier support Highly integration production plan

JDC will be your successful “on-silicon technology”

Business Partner Proven technology for volume business with growing market demands. High yield and high quality packaging on-silicon platform. Low cost and high performance adaptive to optical engine designs for digital cinema,

home theatre, mobile projector or pico projector, optical communication and others. Driver/video controller with advantages of most advanced technology and ultra

performance than other competitive approaches. Ecosystem and Partnership Strategies team-up from components design, technical

cooperation, product engineering, mass production capability and channel marketing all the way to brand name and customer services with solid infrastructure and supply chains logistics.

Talent pool and expertise with experienced international team behind. Access to financial community and funding Adaptive for migration to the next generation product roadmap. Win-Win-Win strategy: you, me and industry! If you are interested in On-Silicon Technology with its product solution, welcome to

two more seminars and forum will be held: On 6/20: “Display Taiwan 2012” from 6/19 ~6/21 On 6/21: “JDC VIP Partner Forum” co-organized by TCA and Digitimes

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On-silicon technology enlightens our magic ! Pixel displays your value !

Jasper Display Corporation

禾鈶股份有限公司

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Jasper Display Corporation 禾鈶股份有限公司

- Mobile Everywhere - COMPUTEX 2012

Thank You !

DIGITIMES Tech FORUM

Jasper Display Presentation

Documents

Transcript of Jasper Display Presentation