1
FPD Benchmark ◎ : Excellent
○ : Good
△ : Usable
14
2
2013/9/13 FMD
2
2012(70th)
2013(71th)
2014(72st)
2015(73nd)
2016(74rd)
[Mobile]
4 7 10 1 4 7 10 1 4 7 10 1 4 7 10 1 4 7 10 1
[High resolution OLED]
[Film OLED]
[Industrial] OLED with TP/TK Module and with power supply Module business
High resolution
ES ready
↓ MP ready
↓
QVGA resolution
1.7inch(200×320) color
1.3inch (128x128) color
1.4inch (128x16) Mono
[Low power consumption]
Low Power
[Corner cut] 4 corner cut 2 corner cut
AM OLED Film
[Automotive] 3.4inch (240×136)
Mono 300cd/m2
[Small lineup] Option:Corner cut and Area color
[Midsize lineup]
0.9inch (128×96) Mono 300cd/m2
[High resolution, High luminance]
Bendable type
[Film type]
Knob-in series
Switch-in series
3.5inch (228×168) Mono 300cd/m2
1.1” (160×160) Color 500cd/m2
0.8inch (128×48) Mono 300cd/m2
Midsize high resolution
28mmφ:0.6” 35mmφ:0.9” 40mmφ:1.1”
[AMOLED]
OLED Road Map
Line-up for Automotive
3
Features of Transparent OLED Display
Item Conventional
(No transmissive)
See Through
Type A Type B Type C
Cathode Formation All over
(no patterning) Patterned by Shadow Mask
All over (no patterning)
All over (no patterning)
Cathode Characteristics
Aluminium Stripe patterned
Aluminium Transparent Material 1
Transparent Material 2
Luminance (Relative) 100% 100% 40% 40%
Transmittance No transmissive 40% 60% 70%
Cathode Resistance ~1Ω/□ ~1Ω/□ ~50Ω/□ ~100Ω/□
Emissive direction One Way One Way Both side Both side
Display Format Full Dot / Segment Full Dot Full Dot / Segment Segment
4
New development Item
Transparent Cathode (Type B,C)
Stripe patterned Cathode (Type A)
Glass Substrate
Anode
Cathode Cathode
Glass Substrate
Cathode Cathode
Glass Substrate
Anode
Conventional
Cathode
OLED
Cathode
OLED
Anode
OLED OLED OLED OLED
Note) On ES status and will be MP launch on Q2/2014.
Both side Emission
Transparent OLED Sample Spec
Model ELW1901AAS -
Screen Size 1.9 inch
Resolution 224×32 dot
Active Area 47.04×6.72 mm
Panel Size 54.00×16.41 mm
Pixel Pitch 0.21×0.21 mm
Luminance Front : 150 Back : 60
cd/m2
Color White(0.35 ,
0.38) -
Current (Vcc=17) 7 (50% light On) mA
Transmittance 56 %
Transparent Cathode Conventional
Glass Substrate
Cathode Cathode
Anode
OLED OLED
Glass Substrate
Anode
Cathode Cathode
OLED OLED
21
Film OLED by Futaba OleDry Technology
6
Thick:1.84mm , Weight:10g Thin:0.25~0.5mm , Weight:1g
【Conventional】 【Novel Film OLED】
Seal Desiccant Sealing Cap (SUS/Glass)
Glass substrate Plastic Substrate
Plastic cap Filled with Liquid desiccant OleDry
Benefit for Film OLED with OleDry
・High Mechanical durability due to OleDry viscous property
・Thinner thickness
・Easy sealing process
image
Advantage
Resolution 128 x 16 128 x 128 128 x RGB x 128
Active Area 34.4 x 3.5 23.4 x 23.4 23.4 x 23.4
Panel Size 44.5 x 8.7 29.9 x 32.2 29.9 x 32.2
Pixel Pitch 0.27 x 0.22 0.183 x 0.183 0.061 x RGB x 0.183
PPI 104 139 139
Luminance 600 without CPL 230 without CPL 80 without CPL
Gray scale None 32 65K color
Driver IC SSD1316 LD7138 LD7138
Interface SPI SPI(Option:Parallel) SPI(Option:Parallel)
Environmental
RequestPower consumption
(50% pixels turn on)70 mW
300 mW(230cd/m2)
105 mW(80cd/m2)300 mW
Working Sample Available
R25 , 10times Bendable , Thinner type(0.3mm except driver IC)
Storage: -20 ~ +75℃
Operation: -20~+60℃
ES will be released by December
Film OLED Line-up for Consumer
24
Film OLED Product Launch Plan
8
2012 2013 2014 2015
10 1 4 7 10 1 4 7 10 1 4 7 10 1
1.3inch Mono 128x128 ELW1301AAF
1.3inch Color 128RGBx128 ELF1302AAF
Ready for MP ( Capacity 200k pcs / Month)
ES1 ’12/10
1.4 inch Mono 128x16 ELW1403AAF
ES2 ’13/2
CS ’13/10
Film encapsulation Facility set up
Carry them into Factory |
| Test Run
ES1 ’12/10
ES2 ’13/3
ES2 ~ CS ’13/12
Custom Design Development LT : 16WK
NRE : $150K
Ready for MP ( Capacity 100K pcs / Month)
Max Resolution : QVGA
Max PPI : 200PPI
Max Size : ~ 2inch
Round Display Feasibility Study
1Q/2014
AMOLED Development
1Q/2015
29
Film OLED user case (Images from web)
10
Apple “iWatch”
Sony Concept
“Fluid” with flexible LCD
From Manon Maneenawa
From Shirley A. Roberts
“LEAF”
Roller phone