TM

Kortek HSMD SolutionTM

( Hyper Slim Multi Display )

Dec 2008Dec 2008Dec 2008Dec 2008Dec., 2008Dec., 2008Dec., 2008Dec., 2008

Contents1. What is ‘Hyper Slim Multi Display’?

Contents

1) Bezel Width

2) Key Features2) Key Features

2. Comparison with others

1) DLP1) DLP

2) MPDP

3. Hyper Slim Multi-display Solutions

1) Total Solution

2) Target Market

AppendixAppendix

1. What is ‘Hyper Slim Multi-Display’?

A big problem on Video wall with tiled LCD was,thick bezel width between monitor and monitor (both 29.0mm),

which has caused serious interference on the picture or text.

Hyper Slim Multi Display is the epoch-making product,

successfully reducing its bezel width by 75% (both 7.3mm)

Based on Hyper Slim Multi-display,

LCD’s outstanding merit shall be appropriate for

numerous needs of Video wall such as Command & Control,

Advertisement and Information as well.

1) Hyper Slim Multi Display bezel width

[ Current ]29.0 mm

29.0 mm

[ Hyper Slim ]¼

7.3 mm

7.3 mm

2) Key FeaturesItem Current Bezel width (both) Hyper Slim Bezel width (both)

Hyper Slim (46”) 29mm 7.3mm

C i LCD(47”) 47 22Competing LCD(47”) 47mm 22mm

Item As Is Hyper Slimyp

Size & Resolution 46”HD

Brightness 700cd/m2

Color Gamut 72% (Typ.)

Contrast Ratio 2,000:1 3,000:1

C l T t 10 000ºKColor Temperature 10,000ºK

29.0mm(one side 14.5) 7.3mm (both)

29.0 mm 7.3 mm

Bezel Width 29.0 mm

7 3 mm7.3 mm

2. Comparison with others

Specification DLP Cube MPDP Hyper Slim LCDSpecification DLP Cube MPDP Hyper Slim LCD

Size 50” 42" 46"

Resolution 1024 x 768 (XGA) + 853 x 480 1366 x 768 (WXGA)Resolution 1400 x 1050 (SXGA+) 853 x 480 1366 x 768 (WXGA)

Aspect Ratio 4:3 or 5:4 16:9 16:9

Brightness 550~700cd/㎡ 1,000cd/㎡ 700cd/㎡

Contrast 1,300 or 1,600:1 3,000:1 3,000:1

MTBF (hr) Min. 8K Min. 30K Min. 50K

Bezel Width(both) 1mm 4mm 7 3mmBezel Width(both) 1mm 4mm 7.3mm

Dimension(W x H x D mm) 1000 x 750 x 568 926.2 x 523.6 x 100.6 1025.6 x 579.8 x 98.1

SignalInput Dual DVI-D (Default)DVI-I, RGB (Optional)

DVI, RGB, Composite,Component

DVI, RGB, S-video, Composite, Component,

Output DVI-D (Optional) Same as Input Same as Input

Serial Separate Controller RS232C (9 pin)

Operation S/W Separate Default Default

1) Hyper Slim LCD Merits

Compared with DLP

High Resolution [1366×768 vs 1024×768(Standard)]High Resolution [1366×768 vs. 1024×768(Standard)]

Wide Aspect Ratio [ 16: 9 vs. 4:3(or 5:4) ]

Low cost for screen (50~70% lower than DLP screen)$15K/DLP screen

Long MTBF of BLU (Min. hrs 50K vs. 8K)

DLP: $300(+α)/Light Bulb × Screen in every year( ) g y y

Operating S/W (No need controller, Matrix switcher)

Space efficiency (Depth about 9cm vs 60cm)Space efficiency (Depth about 9cm vs. 60cm)

2) Hyper Slim LCD Merits

Compared with MPDP

High Resolution (1366×768 vs. 853×480)

Free from Burn-in MarkColor Uniformity in every monitor

Cost efficiency with increased display area (46” vs. 42”)

Low Power consumption (250W vs. 350W)

d i f i ( d )Approx. 1KW saved in case of 3×3 matrix (and more)

Long MTBF of BLU (Min. 50K hrs vs. 30K hrs)g ( )1.6 times longer than MPDP

Cost efficiency with Display area

42” MPDP

46” Hyper Slim

Single panel 42” 46” Remark

Display area(㎠) 4,850 5,950 22% ↑

Cost/inch If same price 10% ↓

[ MPDP 42” 3×3 ][ Hyper Slim 46” 3×3 ]

126” 138” (10% ↑)

3. Hyper Slim Multi-display solution1) Total Solution HSMD

① H/W ② B d ③ S/W

1) Total Solution HSMD

① H/W ② Board ③ S/W

Super Narrow LCD&

Sliding type standVarious terminal support Operating S/W

Sliding type stand

Minimized bezel width

Easy installation

RGB, DVI, AV

Component, S-video

RS232 controlling

Easy configurationy

Easy maintenance

p ,

(All in/out)

y g

Multi source display

① H/W ⓐ

Hyper Slim Bezel itself (ⓐ + ⓑ = 7 3mm)

ⓐⓑ

■ Monitor

Hyper Slim Bezel itself (ⓐ + ⓑ = 7.3mm)

■ Installation stand■ Installation stand

Sliding type for easy installation and maintenance

Guide pins for helping monitor arrangement

Monitor handle for carrying safely Wall mountable or Standable bracketWheels for movement

② BoardM lti Si l d i h i (I t / O t t) + RS232 t l th h DVIMulti Signal daisy chain(Input / Output) + RS232 control through DVI

Alternative board according to using purpose

MARO

• DVI (RS232)

DAKINI

RGB C it Component Sor• DVI (RS232) • RGB, Composite, Component, S-

Video, DVI (RS232)

5x5RS232 controlling through DVI

③ Operating S/W

4x4without RS232 cable daisy chain

Easy matrix configuration

5 signals display simultaneously

Easy calibration

Picture controlling

Eventually, Hyper Slim Multi-Display is…

Visually NaturalBezel 7.3mm

Economically SuperbLow power Low defectLow defect

Efficiency

Cost

Functionally Powerful Long MTBFVarious terminal(signal)

Infinitely ControlOperating S/W( g ) p g

2) Target Market

Video wall market demand in 2009 is expected to be over 350K pcs(W/W).

C d & C t l I f tiAd & I d VCommand & Control InformationAd. & Indoor Venue

Auditorium & ComplexGaming

-Appendix –1. HSMD Up-grade plan(‘09 2H)

2 Tentative Specification2.Tentative Specification

3. RS232 Control Format

4. Input Resolution List

1. HSMD Up-grade plan (’09.2H)

1) A t C lib ti1) Auto CalibrationCalibration route Function Due date

■ Phase 1 Sensing screen by sensor(to be supplied) Brightness End of Feb■ Phase 1 Sensing screen by sensor(to be supplied)→ Micom in monitor w/o PC→ Screen adjusted

Brightness End of Feb.

■ Phase 2 Sensing screen by sensor(to be supplied) Brightnesshi b l

End of Arp.

2) Optical Bonding

→ PC(S/W) → Screen adjusted by PC

White balanceColor Temp.

■ Advantages - 400% improved Sunlight readability

300% i d R i f I d S h

2) Optical Bonding

TFT-LCD Module- 300% improved Resistance of Impact and Scratch- Viewing angle improved- Vibration, Heat and Dust proof

Bonded GlassOptical bonding Tempered glass

3) A t C lib ti t(Ph 2)3) Auto Calibration concept(Phase 2)

Sensor

* We calibrate scaler’s gamma LUT( Look up Table) to the gamma curve which you want.

* Calibrated gamma LUT is stored in the internal memory of the monitor in the final production process.

* This is the function which is used kortek’s high-end medical monitor. We applied this high-end technique to multi display

* If you changed some set, you can calibrate the gamma LUT of the changed set to the original gamma curve.

* We can reduce color difference of each set by calibrate gamma LUT of all sets.

This is the function which is used kortek s high end medical monitor. We applied this high end technique to multi display

monitor for the best color performance.

2. Tentative Specification

Hyper Slim Multi displayHyper Slim Multi-display

ITEM SPECIFICATIONSScreen Size(diagonal) 46inchAspect ratio 16:9Display Type TFT-Active Matrix

PANEL

Display Type TFT-Active MatrixResolution 1366 × 768 (WXGA)Displayable Colors 16.7M (8bits-true)Brightness 700cd/m2 (Typical)Contrast Ratio 3,000:1Response Time 8ms(GTG)Viewing Angle 89/89/89/89 (L/R/H/L)

Dimen.(mm)

Width 1025.7Height 579.8Depth 58.5

Bezel width (both) Super Narrow Bezel : 7.3mm (both)

Input Source(Signal) D-SUB 15P( Analog RGB 0.7Vp ), DVI, Component( Y,Pb,Pr : 480i/ 480P/ 576i/ 576P/ 720P /1080P),

ImageBoard

Input Source(Signal) S-Video(NTSC/PAL),CVBS(NTSC/PAL)Output Signal D-SUB 15P , DVI , Component , S-Video , CVBS Input Resolution Input Picture Clack : Max 165MHz (ADC) , 640x480 (60Hz) ~ 1360x768 (60Hz), 1280x1024(60Hz), 1920x1080(60Hz)Panel Interface LVDS (Single Pixel) Output Resolution Output Display Clack : Max 165MHz , 640x480 (60Hz) ~ 1360x768 (60Hz) , Depends on Panel ResolutionISP I2C (With ISP B/D)Multi Control Internal Cascade Bridge of RS-232Input Power 5V , 12V( Use internal PSU )

* Internal Image Split Funtion (Max : 3x3) / Multi Control OSD (Single Remocon control , Easy to Change Multi Type) / Bezel size control / Multi window control SW

PSU

AC Input 100VAC ~ 240VAC (50/60Hz)Output Voltage Typical +5V STB (+4.8V ~ +5.2V) , +5V, +D12V, +24V INV (+23.5V ~ +24.5V)Output Current Typical (Max) +5V STB : 1.2~1.5A (2.2A) , +5V : 1.8~2.5A (3.8A), +D12V : 0.5A (1.0A), +24V INV : 10A ( 13A)

PSUp yp ( ) ( ) ( ) ( ) ( )

Protection OCP(Over Current Protection) : Shutdown or Auto recovery , OVP(Over Voltage Protection) : Shutdown or Auto recovery , SCP(Short Circuit Protection) : Shutdown or Auto recovery

SetDimen.(mm)

Width 1025.7Height 579.8Depth 98.1( ) Depth 98.1

Power Supply 100~240V (50 / 60Hz)Power Consumption Operate 200 Watt (max 300 Watt)

* The specifications represent the main model of each product and are subject to change without prior notice

3 RS232 CONTROL FORMAT3. RS232 CONTROL FORMAT

Ⅰ Multi Control Window

Ⅱ COMMAND FORMAT

Ⅲ COMMAND TABLE

I. Multi Control Window (RS232)I. Multi Control Window (RS232)

+

User friendly controlling - Command by ‘Click’

Easy matrix configuration - Any picture, Any format

6 signals can be displayed simultaneously

Delicated Color controlling

- Temperature, Saturation, Sharpness etc.

Display time scheduling (TBD)6 signals can be displayed simultaneously

Picture mode/size controlling - Wide, Panorama, etc.

p y g ( )

Remote control available

II. COMMAND FORMATII. COMMAND FORMAT

1. DIRECT CONTROL COMMAND

HEAD SET ID COMMAND END

2 BYTES

K:

3 BYTES

ALL

3 BYTES

PON

1 BYTE

K: ALL PON .

CONTROL COMMAND(See more detail at command table)

SET ID : ALL-all set , 000~100(Used only multi-window system)

Kortek RS-232 control command start :

EX) K:ALLPON. => ALL SET POWER ON

II. COMMAND FORMATII. COMMAND FORMAT

2. VALUE ADJUST COMMAND

HEAD SET ID COMMAND VALUE END

2 BYTES

K:

3 BYTES

ALL

3 BYTES

CON

3 BYTES

095

1 BYTE

K: ALL CON 095 .

ADJUST VALUE 0~100(See more detail at command table)

EX) K:ALLCON095. => ALL SET CONTRAST ADJUST TO 95 LEVEL

II. COMMAND FORMATII. COMMAND FORMAT

3 SET STATUS CHECK COMMAND

HEAD SET ID COMMAND END

3. SET STATUS CHECK COMMAND

3-1. REQUEST (FROM PC)

2 BYTES

K:

3 BYTES

ALL

3 BYTES

CON

1 BYTE

?

CHECK COMMAND(See more detail at command table)

SET STATUS REQUEST COMMAND END

SET ID : COMMAND = VALUE

3 BYTES 3 BYTES 3 BYTES

3-2. REPLY(AT MONITOR)

001 CON 095

EX) PC => K:001CON? ( SET ID 001 SET CONTRAST REQUEST )

CHECK COMMAND(See more detail at command table)

SET STATUS VALUE

MONITOR (SET ID 001)=> 001: CON=095 ( SET ID 001 SET REPLY PCONTRAST VALUE = 95 )

III. COMMAND TABLEIII. COMMAND TABLE

1. DIRECT CONTROL COMMAND TABLE

NO COMMAND DESCRIPTION NO COMMAND DESCRIPTION

1 ATU Auto Adjust (only VGA input) 19 CTU Contrast 1step Up

2 EIN EEPROM Initial 20 CTD Contrast 1step Down

3 SPC Source change to PC 21 BRU Brightness1step Up

4 SDV Source change to DVI 22 BRD Brightness1step Down

5 SC1 Source change to COMPONENT 23 HUU Tint(Hue) 1step Up

6 SSV Source change to S-VIDEO 24 HUD Tint(Hue) 1step Down

7 SAV Source change to CVBS 25 STU Saturation(Color) 1step Up

8 PON Power On 26 STD Saturation(Color) 1step Down

9 POF Power Off 27 SPU Sharpness 1step Up

10 RPW Remote control Power key 28 SPD Sharpness 1step Down

11 RMN Remote control Menu key 29 HPU H-Position 1step Up

12 RUP Remote control Up key 30 HPD H-Position 1step Down

13 RDN Remote control Down key 31 VPU V-Position 1step Up

14 RRT Remote control Right key 32 VPD V-Position 1step Down

15 RLT Remote control Left key 33 CKU Clock 1step Up

16 RSO Remote control Source Key 34 CKD Clock 1step Down

17 RIF Remote control Info key 35 PHU Phase1step Up17 e ote co t o o ey 35 U ase step Up

18 RAU Remote control Auto key 36 PHD Phase1step Down

III. COMMAND TABLEIII. COMMAND TABLE

NO COMMAND DESCRIPTION NO COMMAND DESCRIPTION

37 AGN Aging mode On 55 DND Multi window Cell No 1step Down

38 AGF Aging mode Off 56 HEU Multi window H Gap(Edge) 1step Up

39 SC0 Size set to AUTOWIDE 57 HED Multi window H Gap(Edge) 1step Down

40 SC1 Size set to WIDE 58 VEU Multi window V Gap(Edge) 1step Up

41 SC2 Size set to PANORAMA 59 VED Multi window V Gap(Edge) 1step Down

42 SC3 Size set to ZOOM 60

43 SC4 Size set to 4:3 61

44 SC5 Size set to 16:9 62

45 CT0 Color temperature set to COOL1 63

46 CT1 Color temperature set to COOL2 64

47 CT2 Color temperature set to Normal 65

48 CT3 Color temperature set to WARM1 66

49 CT4 Color temperature set to WARM2 67

50 MHU Multi window H Cell max 1step Up 68

51 MHD Multi window H Cell max 1step Down 69

52 MVU Multi window V Cell max 1step Up 70

53 MVD Multi window V Cell max 1step Down 71p

54 DNU Multi window Cell No 1step Up 72

III. COMMAND TABLEIII. COMMAND TABLE2. VALUE ADJUST COMMAND TABLE

NO COMMAND DESCRIPTION NO COMMAND DESCRIPTION

1 CON Contrast value Setting ( 0 ~ 100 ) 19

2 BRT Brightness value Setting( 0 ~ 100 ) 20

3 HPS H-Position Setting( 0 ~ 100 ) 21

4 VPS V-Position Setting( 0 ~ 100 ) 22

5 SHA Sharpness value Setting( 0 ~ 100 ) 23

6 CLK Clock Setting( 0 ~ 100 ) 24

7 PHS Phase Setting( 0 ~ 100 ) 25

8 BLTBack Light Setting

( 0 10 20 30 40 50 60 70 80 90 100)26

( 0,10,20,30,40,50,60,70,80,90,100)

9 VOL Volume Setting( 0 ~ 100 ) 27

10 SAT Saturation Setting( 0 ~ 100 ) 28

11 TIN Tint Setting ( 0 ~ 100 ) 29

12 MHC Multi window H Cell max ( 0 ~ 10) 30

13 MVC Multi window V Cell max ( 0 ~ 10) 31

14 DNO Multi window Cell No ( 0 ~ 100) 3214 DNO Multi window Cell No ( 0 100) 32

15 HEA Multi window H Gap(Edge)( 0 ~ 20) 33

16 VEA Multi window V Gap(Edge)( 0 ~ 20) 34

17 3517 35

18 36

III. COMMAND TABLEIII. COMMAND TABLE3. SET STATUS CHECK COMMAND TABLE

NO COMMAND DESCRIPTION NO COMMAND DESCRIPTION

1 SRC Current source status 19

2 PWR Power status 20

3 CON Contrast Value 21

4 BRT Brightness value 22

5 HPS Horizontal position value 23

6 VPS Vertical position value 24

7 CLK Clock value 25

8 PHS Phase value 26

9 SAP Sharpness value 27

10 SAT Saturation(Color) value 28

11 TIN Tint(Hue) value 29

12 BLT Backlight value 30

13 CRT Color temperature setting status 31

14 SCL Scale setting status 32g

15 AGI Aging mode Setting status 33

16 MHC Multi window H Cell max value 34

17 MVC Multi window V Cell max value 3517 MVC Multi window V Cell max value 35

18 DNO Cell No value 36

4 INPUT RESOLUTION LIST4. INPUT RESOLUTION LIST

Ⅰ PC(VGA)

Ⅱ DVI / HDMI

Ⅲ COMPONENTⅢ COMPONENT

CVBS / S-VIDEOⅣ CVBS / S VIDEOⅣ

I. PC (VGA)I. PC (VGA)

NO ResolutionH Frequency

[kHz ]V Frequency

[Hz ]Pixel Frequency

[MHz]Remarks

1 640x480-60 31.469 59.94 25.175

800 600 602 800x600-60 37.879 60.317 40.0

3 1024x768-60 48.780 60.001 64.11

4 1280x1024-60 63.981 60.02 108.0

5 1360x768-60 47.700 60.0 84.700

6 720x480p-60(480p) 31.469 59.94 25.175

7 1280x720p-60(720p) 44.964 59.94 74.176

8 1920x1080i-60(1080i) 33.750 60.0 74.25

9 720x576p-50(576p) 31.250 50.0 26.566

10 1280x720p-50(720p) 37.500 50.0 60.466

11 1920x1080i-50(1080i) 28.125 50.0 70.723

II. DVIII. DVI

NO ResolutionH Frequency

[kHz ]V Frequency

[Hz ]Pixel Frequency

[MHz]Remarks

1 640x480-60 31.469 59.94 25.175

2 800x600-60 37 879 60 317 40 02 800x600 60 37.879 60.317 40.0

3 1024x768-60 48.780 60.001 64.11

4 1280x1024-60 63.981 60.02 108.0

5 1360x768 60 47 700 60 0 84 7005 1360x768-60 47.700 60.0 84.700

6 720x480p-60(480p) 31.469 59.94 25.175

7 1280x720p-60(720p) 44.964 59.94 74.176

8 1920 1080i 60(1080i) 33 0 60 0 4 28 1920x1080i-60(1080i) 33.750 60.0 74.25

9 720x576p-50(576p) 31.250 50.0 26.566

10 1280x720p-50(720p) 37.500 50.0 60.466

( )11 1920x1080i-50(1080i) 28.125 50.0 70.723

III. COMPONENTIII. COMPONENT

NO ResolutionH Frequency

[kHz ]V Frequency

[Hz ]Pixel Frequency

[MHz]Remarks

1 720x480i-60(480i) 15.735 59.94 13.500

2 720x480p-60(480p) 31 469 59 94 25 1752 720x480p 60(480p) 31.469 59.94 25.175

3 1280x720p-60(720p) 44.964 59.94 74.176

4 1920x1080i-60(1080i) 33.750 60.0 74.25

5 1920x1080p 60(1080p) 67 5 60 148 55 1920x1080p-60(1080p) 67.5 60 148.5

6 720x576i-50(576i) 15.735 50.0 13.595

7 720x576p-50(576p) 31.250 50.0 26.566

8 1280 720 50(720 ) 3 00 0 0 60 4668 1280x720p-50(720p) 37.500 50.0 60.466

9 1920x1080i-50(1080i) 28.125 50.0 70.723

10 1920x1080p-50(1080p) 56.250 50.000 148.5

IV. S-VIDEO / CVBSIV. S-VIDEO / CVBS

NO ResolutionH Frequency

[kHz ]V Frequency

[Hz ]Pixel Frequency

[MHz]Remarks

1 NTSC

2 PAL2 PAL

■ Demonstration■ Demonstration

Hyper Slim 2x2

Bezel Width (7.3mm for both)( )

Thank you !Thank you !