AMLCD Products Active Matrix Technology AMLCD Electronics 1968 First Active Matrix Liquid Crystal Display (“AMLCD”) RCA 1962 First Liquid Crystal
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[PDF] AMLCD Image Quality AMLCD Products Active Matrix Technology
AMLCD Products Active Matrix Technology AMLCD Electronics 1968 First Active Matrix Liquid Crystal Display (“AMLCD”) RCA 1962 First Liquid Crystal
[PDF] Ruggedized AMLCD Display Color Gamut - ResearchGate
Abstract—Wide gamut active matrix liquid crystal displays – AMLCD, nowadays play an important role in the HDTV development Due to LCD color filter spectral
[PDF] Cuttability of AMLCD - Corning
Cuttability of AMLCD Glass Substrates Using a Four-Point-Bending Test Technical Information Paper TIP 304 Issued: November 2004 Supercedes: February
[PDF] PLANAR AMLCD MONITORS - CNET Content Solutions
Full Color TFT AMLCD SVGA (800 x 600) native Supports VGA and XGA as well 246 mm x 184 5 mm (12 1” diagonal) Analog; 15-pin D-sub connector
AMLCD design - IEEE Xplore
An AMLCD uses an array of thin film transistors to access liquid crystal capacitors An important consideration in any AMLCD design is the aperture ratio of the
[PDF] ENH104XLM-170 104” XGA AMLCD Display with Max - Twin-star
The TFT LCD panel used for this module is a low-reflection and high color saturation type The module offers a wide viewing angle with a brightness if 170 cd/m2 (
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A direct-view active matrix display with the highest information content ever shown has been developed using cost effective a-Si:H-TFT technology This 16 3 ”
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AMLCD
Image QualityAMLCD
Products
Active Matrix
Technology
AMLCDElectronics
1968First Active Matrix
Liquid Crystal Display (AMLCD")
RCA 1962First Liquid Crystal
Light Valve" & Patent
RCA 1972First AMLCD patent
Westinghouse
1972First AMLCD prototype
using CdSe TFTsWestinghouse
1970First CdSe Thin Film
Transistor TFT"
Westinghouse
1978First AMLCD Projection
Light Valve
Hughes
1975Liquid-Crystal-on-Silicon
LCoS TFT
Hughes
1978First amorphous-silicon
aSi TFTUniversity of Dundee, RCA
19835V aSi AMLCD TV
Seiko Epson
1981MIM diode LCDs
Seiko Epson, OIS, Philips19845V pSi AMLCD TVMatsushita 1986pSi Projection Light Valve
Seiko Epson
1980Passive-Matrix LCD with
20° viewing angle, Contrast
Ratio 2:11983 Active-Matrix increases
CR to 20:11988
Black-Matrix increases
CR to 100:1
198810V AMLCD Laptop
Mitsubishi
1988Low-Resistance Wiring
Toshiba
1984Analog data drivers
Seiko Epson
1984Line and dot inversion
hide flickerSeiko Epson, Philips, GE
19888V Avionic Display
GE1992-1993
Commercial expansion
of projection TFT LCDs Seiko Epson, Sharp1992Crystalline-Si ProjectionAMLCDsKopin, Sarnoff
19926 bit data drivers
19988 bit digital data drivers
Vivid Semiconductor1997
High-speed analog
display interfacesSilicon Image, National Semi
1992Overdrive reduces motion blur
Toshiba, Honeywell
199515V Computer Monitor
Hoshiden
1995In Plane Switching for
improved viewing angleHitachi1998Vertical Alignment improves
viewing angle, CRFujitsu
1996Retardation films improve
viewing angleFuji, OIS1996Planarized ITO improves
angle, brightness, CRSharp, NEC, OIS
1995Time-Multiplexed 3D AMLCD
Cambridge University1998
First pentacene organic
TFTsPennsylvania State University
1995First aSi AMLCD with
Integrated Scanners
Sarnoff, Thomson GP
2000Simplified 5-mask aSi Process
Samsung, LG, AUO
2001High-Resolution AMLCDs
IBM 200242V TV
LG, Sharp, Samsung2004
57V TV
Samsung, LG2006
108V TV
Sharp 2006First ZnO TFT Display
Kochi University, Casio
2007120 Hz TV
Sharp, Samsung
2002Flexible AMLCDs
Sony, Sharp
2001Low-Power AM-Electrophoretic
Displays
E-Ink, IBM, Lucent, Princeton
2000Patterned Vertical Alignment
for improved viewing angle and contrastSamsung 2003
CR1,000:1
Chi-Mei Optoelectronics
2005Local Dimming Improves
CR100,000:1
Univ of Electro-Com Tokyo
2005Multi-Primary AMLCDs
expand color gamutPhilips, Samsung
2000170° viewing angle
Fujitsu, Sharp, Philips, LG
2002LED backlit AMLCD
Advanced Display Inc.
2000Digital display interfaces
(DVI, HDMI)TI, Silicon Image
200210 bit data drivers
Sharp1960's1970's1980's1990's2000-2012
50 Years of SID Symposia - Nurturing Progress in
AMLCDTechnology
Please Note . . .
This panel on the evolution of AMLCDs over the past 47 years is a sampling of what are perceived as TRULY
SIGNIFICANT milestones that led to advancements which had major impact on commercialization of AMLCD
technology.The field of AMLCDs is very broad. The milestone chart shows the advances in technology and products along four
strands: AMLCD Products that were commercial/industrial successes, Active Matrix Technology developments,
improvements in AMLCD Image Quality, and significant developments in AMLCD Electronics.Please note that for ease of interpretation the chart milestones regarding size (expressed in diagonal viewable ar
ea in inches), contrast ratio and viewing angle are aligned in distinct rows - the former in the AMLCD Products band (top, green), the latter two in the AMLCD Image Quality band (third from top, blue).Progress in the technology of AMLCD relied on major contributions by many companies, institutions and individuals
too numerous to mention. This chart cannot claim to be comprehensive in acknowledging all those c ontributions, but it does attempt to capture those advances that had both pervasive and signi ficant impact for a substantial period of time on the display industry.AM Technology SID Award WinnersSpecial
recognition AwardPeter Brody1975Jan Raichman Prize
Peter LeComber1994
Webster Howard2003
Hideo Hosono2009Shinji Morozumi
1988Tatsuo Uchida1988
Fang-Chen Luo
1990Karl Ferdinand Braun Prize
Peter Brody1987
Jun Suok2012Karel E. Kuijk
1992Shigeo
Aoki1994
Masaya Hijkigawa
1995Frances Rice Darne Mem. Award
Bernard Lechner1971Tsunekiyo Iwakawa1995
Takeo Sugiura1995
Slottow-Owaki Prize
Ernst Lueder2009Yasuhisa Oana1995
Thomas Buzak
1996Fellows
Michel leContellec1996
Bernard Lechner1970Francois Morin1998
Peter Brody1983Katsumi Kondo1998
Webster Howard1983Rudolph Kiefer1998
ZviYaniv1989John C.C. Fan1999
Setsuo Kanako1990Yasuyuki Gotoh1999
Masami
Yoshiyama1991Kenji Okamoto
1999Fang-Chen Luo1992Kouji Suzuki
1999Hiroo Hori1995Yasumasa Takeuchi
1999Chizuka
Tani1996Malcolm Thompson
1999Alan Knapp1996Nobuki Ibaraki
2000Günter Bauer1997Taiishire Kurita
2002Fumiaki Funada1998Yoshifumi Shimodaira
2002Ernst Lueder1998Jing Jang
2003Shinji Morozumi1998Haruhiko Okumura
2004Shoichi Matsumoto1999Hsuan-Bin Chen
2004Hiroyuki Ohshima2000Hideki Asada
2006Takeo Sugiura2001Jun Souk
2006Nebuki Ibaraki2003Joseph Jacobson
2006Alan Lien2003Hirofumi Wakemoto
2006I-