NetDCU3/DCUL7 - F&S Elektronik Systeme GmbH.

NetDCU3/DCUL7 

Display 

Version 1.11 Date 24.2.2004 

© by F & S Elektronik Systeme GmbH 2003 

F & S Elektronik Systeme GmbH 

Untere Waldplätze 23 

D-70569 Stuttgart 

Tel.: 0711/6772240 Fax: 0711/6772243

Table Of Contents 

1 Overview 1 

1.1 Display Interface .......................................................1 

1.2 Display Adapters.......................................................1 

2 Display Connections 2 

2.1 Ampire ......................................................................2 

2.2 Arima Display Corporation.........................................4 

2.3 Emerging Display Technologies ................................5 

2.4 Hitachi.....................................................................10 

2.5 Grand Pacific Optoelectronics Corp.........................22 

2.6 Kyocera...................................................................23 

2.7 Nanya .....................................................................29 

2.8 NEC........................................................................30 

2.9 OPTREX.................................................................36 

2.10 Philips LG ...............................................................38 

2.11 Planar .....................................................................44 

2.12 Powertip..................................................................45 

2.13 Sharp ......................................................................46 

2.14 Toshiba...................................................................58 

2.15 Winstar....................................................................62 

2.16 Wintek.....................................................................63 

3 Display Driver under NetDCU3/Windows CE 65 

3.1 Introduction .............................................................65 

3.2 Settings Of The Predefined Display Modes..............69 

3.2.1 Display Mode 0 .......................................................69 

3.2.2 Display Mode 1 .......................................................70 

3.2.3 Display Mode 2 .......................................................71 

3.2.4 Display Mode 3 .......................................................72 

3.2.5 Display Mode 4 .......................................................73 

3.2.6 Display Mode 5 .......................................................74 

3.3 Examples for User Display Mode Settings ...............75 

3.3.1 Ampire ....................................................................75 

3.3.2 Arima Display Corporation.......................................76 

3.3.3 Emerging Display Technologies ..............................77 

3.3.4 Hitachi.....................................................................80

3.3.5 Kyocera...................................................................88 

3.3.6 Nanya .....................................................................92 

3.3.7 NEC........................................................................93 

3.3.8 OPTREX.................................................................96 

3.3.9 Philips LG ...............................................................97 

3.3.10 Planar ...................................................................100 

3.3.11 Powertip................................................................101 

3.3.12 Sharp ....................................................................102 

3.3.13 Toshiba.................................................................106 

3.3.14 Wintek...................................................................108 

4 Display Driver under NetDCU3/Linux 109 

4.1 Introduction ...........................................................109 

4.2 Environment Variables For LCD Settings...............111 

5 Display Driver under DCUL7/DAISY 113 

5.1 Introduction ...........................................................113 

5.2 Example................................................................113

1 Overview 

1.1 Display Interface 

The NetDCU3 has a very flexible and powerful interface for 

LCD and EL displays. Many different displays can be connected 

directly to the NetDCU3 without the need of any further 

hardware. Even the contrast voltage for STN displays is generated 

on-board. 

From the view of the software, the display driver is fully configurable 

by the user. Some display types are already predefined, 

so that a simple choice from a list is all that is required. 

If the display is not already predefined, the user has the possibility 

to adjust the driver to a new display by himself by setting 

a few parameters. On Windows CE this is done by setting 

some keys in the registry. On Embedded Linux, this is done by 

setting an environment variable in the boot monitor program. 

This is explained in separate chapters later in this document. 

Regarding the hardware, the DCUL7 is very similar to the 

NetDCU3. So everything that is said for the NetDCU3 in this 

document is also true for the DCUL7. Here the display is configured 

by setting the appropriate parameters in the CONFIG 

structure. There is also a special chapter at the end that deals 

with the DCUL7 configuration. 

1.2 Display Adapters 

F&S offers different display adapters to facilitate the connection 

of as many different displays as possible to the NetDCU3. 

For a lot of displays there are already tailor-made solutions 

available and the appropriate adapter is mentioned in the section 

for the specific display. For further information about the 

adapters themselves see the separate document “Display 

Adapters”. 

Page 1

2 Display Connections 

This section describes the pin-by-pin connections to different 

known displays. 

2.1 Ampire 

Ampire AG-640480CFTCW 

STN Display 7.5”. 

Corresponding adapter: -. 

Resolution: 640 x 480 pixels. 

AG-640480CFTCW NetDCU3 

Pin Meaning Pin Meaning 

1 FP 20 FRP 

2 LP 22 LIP 

3 SCP 19 CLP 

4 DISP 23 DEN 

5 VDD 25 VLCD 

6 VSS 1 GND 

7 VEE 29 +VEE 

8 UD0 5 G4 

9 UD1 4 G5 

10 UD2 32 R3 

11 UD3 33 R4 

12 LD0 9 B3 

13 LD1 16 B4 

14 LD2 15 B5 

15 LD3 6 G3 

Page 2

Ampire AR-320240GRTCW 

CSTN Display 5,7”. 

Corresponding adapter: NetDCU3-CAB/KCS057. 

Resolution: 320 x 240, 5V 

AR 320240GRTCW NetDCU3 


1 FRM 20 FRP 

2 LOAD 22 LIP 

3 CP 19 CLP 

4 DISP 23 DEN 

5 VDD 25 VLCD 

6 VSS 24 GND 

7 VEE 29 +VEE 

8 D7 33 R4 

9 D6 32 R3 

10 D5 4 G5 

11 D4 5 G4 

12 D3 6 G3 

13 D2 15 B5 

14 D1 16 B4 

15 D0 9 B3 

Page 3

2.2 Arima Display Corporation 

Arima MC57T01E 

CSTN Display 5.7” . 



MC57T01E NetDCU3 


1 FLM 20 FRP 

2 CL1 22 LIP 

3 CL2 19 CLK 

4 ! DISP OFF 23 DEN 

5 VDD 25 VLCD 

6 VSS 1 GND 

7 VCON - about +2V 

8 D0 9 B3 

9 D1 16 B4 

10 D2 15 B5 

11 D3 6 G3 

12 D4 5 G4 

13 D5 4 G5 

14 D6 32 R3 

15 D7 33 R4 

16 VSS 8 GND 

(*) See data – sheet. Use +VEE /10. 

Page 4

2.3 Emerging Display Technologies 

Emerging EW32F00FLW 

FSTN Display 5.1” (transflective). 



EW32F00LW NetDCU3 


1 FLM 20 FRP 

2 CL1 22 LIP 

3 CL2 19 CLK 

4 M 21 M 

5 VO 27 VADJ (*) 

6 VDD 25 VLCD (+5V DC) 

7 VSS 1 GND 

8 VEE 26 -VEE 

9 D0 9 B3 

10 D1 16 B4 

11 D2 15 B5 

12 D3 6 G3 

13 ! DISOFF 23 DEN 

14 VLED 25/ 30 VLCD / VCFL (+5V DC) 

(*) See data – sheet. 

Page 5

Emerging EP24G1ATLW 

TFT Display 3,5”. 



EP24G1ATLW NetDCU3 


1 VDD +12V 

2 DE 21 M 

3 NC 

4 NC 

5 GND 1 GND 

6 VEE -6,5V 

7 GND 1 GND 

8 NC 

9 R0 3 R0 

10 R1 2 R1 

11 R2 31 R2 

12 R3 32 R3 

13 R4 33 R4 

14 R5 34 R5 

15 G0 14 G0 

16 G1 13 G1 

17 G2 7 G2 

18 G3 6 G3 

19 G4 5 G4 

20 G5 4 G5 

21 B0 12 B0 

22 B1 11 B1 

23 B2 10 B2 

24 B3 9 B3 

25 B4 16 B4 

26 B5 15 B5 

27 NC 

28 NC 

Page 6

EP24G1ATLW NetDCU3 


29 NC 

30 CLK 19 CLP 

31 NC 

32 NC 

33 VCC5 +5V 

34 VCC5 +5V 

35 NC 

36 NC 

37 VCC3 25 Vlcd 

38 VCC3 25 Vlcd 

39 NC 

40 NC 

41 GND 17 GND 

42 ANODE R LED+ 

43 CATHODE R LED- 

44 ANODE L LED+ 

45 CATHODE L LED- 

46 GND 28 GND 

47 Touch (*) 

48 Touch (*) 

49 Touch (*) 

50 Touch (*) 


Page 7

Emerging ER32F10NCW 

FSTN Display 5.7”. 

Corresponding cable: NetDCU3-CAB/KCS057. 


ER32F10NCW NetDCU3 


1 FRM 20 FRP 

2 CL1 22 LIP 

3 CL2 19 CLP 

4 DISP 23 DEN 

5 VDD 25 VLCD (+5V) 

6 VSS (GND) 24 GND 

7 VLCD 29 +VEE 

8 D7 33 R4 

9 D6 32 R3 

10 D5 4 G5 

11 D4 5 G4 

12 D3 6 G3 

13 D2 15 B5 

14 D1 16 B4 

15 D0 9 B3 

Page 8

Emerging EW32F62 

STN Display 7,8”. 

Resolution: 320 x 240 pixels, 5V. 

Corresponding adapter:-. 

EW32F62 NetDCU3 


1 D0 9 B3 

2 D1 16 B4 

3 D2 15 B5 

4 D3 6 G3 

5 ! DISPOFF 23 DEN 

6 FLM 20 FRP 

7 NC - 

8 CL1 22 LIP 

9 CL2 19 CLP 

10 VDD 25 VLCD 

11 VSS 24 GND 

12 VEE 26 -VEE * 

13 VO 27 VADJ * 

14 FGND 28 GND 

(*) See data - sheet. 

Page 9

2.4 Hitachi 

Hitachi SC09Q002-A 

CSTN Display 3.5” (transflective). 



SC09Q002 NetDCU3 


1 VF(+) +3,8V DC 

2 VF(-) GND (+3,8V DC) 

3 Y1 6/J7 Touch Y+ 

4 X1 5/J7 Touch X+ 

5 Y2 8/J7 Touch Y- 

6 X2 7/J7 Touch X- 


8 VCON 29 +VEE 

9 VDD 25 VCC (+3,3V) 

10 DISP 23 DEN 

11 D7 33 R4 

12 D6 32 R3 

13 D5 4 G5 

14 D4 5 G4 


16 D3 6 G3 

17 D2 15 B5 

18 D1 16 B4 

19 D0 9 B3 


21 VDD 25 VCC (+3,3V) 

22 CL2 (data shift) 19 CLP 


24 CL1 (data latch) 22 LIP 


26 FLM 20 FRP 

Page 10

Hitachi SX09Q002-B 

CSTN Display 4,6” (transmissive). 


Resolution: 320 x 240 pixels, 3,3V. 

VCON: 2Vtyp 

SX09Q002 NetDCU3 


1 NC 

2 NC 

3 Y1 6/J7 Touch Y+ 

4 X1 5/J7 Touch X+ 

5 Y2 8/J7 Touch Y- 

6 X2 7/J7 Touch X- 

7 VSS 8 GND 

8 VCON 18 +VEEK/10 

9 VDD 25 VLCD 


11 D7 7 G2 

12 D6 13 G1 

13 D5 14 G0 

14 D4 12 B0 

15 VSS 17 GND 

16 D3 16 B4 

17 D2 9 B3 

18 D1 10 B2 

19 D0 11 B1 

20 VSS 1 GND 


22 CL2 19 CLP 

23 VSS 28 GND 

24 CL1 22 LIP 

25 VSS 24 GND 

26 FLM 20 FRP 

Page 11

Hitachi SP10Q001 




SP10Q001 NetDCU3 


1 Frame 20 FRP 

2 Load 22 LIP 

3 CP 19 CLP 

4 VDD 25 VLCD(+5V) 

5 VSS 1 GND 

6 VEE 26 -VEE 

7 D0 9 B3 

8 D1 16 B4 

9 D2 15 B5 

10 D3 6 G3 

11 ! (DIP OFF) 23 DEN 

12 GND 8 GND 

Page 12





LMG69XX / SP14Q001 NetDCU3 


1 D0 9 B3 

2 D1 16 B4 

3 D2 15 B5 

4 D3 6 G3 

5 !(Disp.Off) 23 DEN 

6 FRAME 20 FRP 

7 - - - 

8 LOAD 22 LIP 

9 CP 19 CLP 


11 Vss 24 GND 

12 VEE 26 -VEE 

13 V0 27 VADJ 


Page 13

Hitachi SX14Q002 

CSTN Display 5.7” (Transmissive) . 


Resolution: 320 x 240 pixels, 3,3,V. 

SX14Q002 NetDCU3 


1 FLM 20 FRP 

2 CL1 22 LIP 

3 CL2 19 CLP 

4 ! DISP OFF 23 DEN 

5 VDD 25 VLCD 

6 VSS 1 GND 

7 VCON 18 +VEE/10 * 

8 D0 9 B3 

9 D1 16 B4 

10 D2 15 B5 

11 D3 6 G3 

12 D4 5 G4 

13 D5 4 G5 

14 D6 32 R3 

15 D7 33 R4 

16 VSS 8 GND 


Page 14




Resolution: 320 x 240 pixels, 3,3,V. 

SP10Q010 NetDCU3 


1 FLM 20 FRP 

2 V6 (*) 

3 VDD 25 Vlcd 

4 V5 (*) 

5 !DOFF 23 DEN 

6 VSS 24 GND 

7 M 21 M Signal 

8 CL1 22 LIP 

9 Vlcd 29 VEE 

10 V3 (*) 

11 VDD 25 Vlcd 

12 V4 (*) 

13 VSS 28 GND 

14 CL2 19 CLP 

15 DO 9 B3 

16 D1 16 B4 

17 D2 15 B5 

18 D3 6 G3 

19 VLED+ 5V 

20 VLED- GND 


Page 15

Hitachi SX19V001-Z1 

CSTN Display 7.5”. 



SX19V001-Z1 NetDCU3 


1 NC - - 

2 NC - - 

3 VSS 1 GND 

4 VCON - 0.8 –2.8V DC(*) 

5 VSS 1 GND 

6 VDD 25 VLDC (3.3V DC) 

7 VDD 25 VLCD (3.3V DC) 

8 !DISPOFF 23 DEN 

9 D7 33 R4 

10 D6 32 R3 

11 D5 4 G5 

12 D4 5 G4 

13 D3 6 G3 

14 D2 15 B5 

15 D1 16 B4 

16 D0 9 B3 

17 VSS 24 GND 

18 CL2 19 CLP 

19 VSS 24 GND 

20 CL1 22 LIP 

21 VSS 24 GND 

22 FLM 20 FRP 

23 VSS 28 GND 

24 VSS 28 GND 

25 NC - - 

26 NC - - 

27 NC - - 

28 NC - - 


Page 16

Hitachi LMG5278XUFC 




LMG5278 NetDCU3 


1 Frame 20 FRP 

2 Load 22 LIP 

3 CP 19 CLP 


5 VDD 25 VLCD 

6 VSS 1 GND 

7 VEE 26 -VEE 

8 UD0 5 G4 

9 UD1 4 G5 

10 UD2 32 R3 

11 UD3 33 R4 

12 LD0 9 B3 

13 LD1 16 B4 

14 LD2 15 B5 

15 LD3 6 G3 

Page 17

Hitachi TX31D30VC1CAA 

TFT Display 12.1”. 


Corresponding adapter: NetDCU-ADP/UNI-TFT. 

(*) Take care: most adapters do not connect pin 1 from the 

display with the first wire. So the first wire is connected to pin 2 

then and the pin numbers are shifted on the adapter. 

TX31D30VC1CAA NetDCU3 


1 (*) - - 

2 DCKL 19 CLP 

3 VSS 1 GND 

4 Hsync 22 LIP 

5 Vsync 20 FRP 

6 VSS 1 GND 

7 VSS 8 GND 

8 VSS 8 GND 

9 R0 3 R0 

10 R1 2 R1 

11 R2 31 R2 

12 VSS 8 GND 

13 R3 32 R3 

14 R4 33 R4 

15 R5 34 R5 

16 VSS 17 GND 

17 VSS 17 GND 

18 VSS 17 GND 

19 G0 14 G0 

20 G1 13 G1 

21 G2 7 G2 

22 VSS 24 GND 

23 G3 6 G3 

24 G4 5 G4 

Page 18

TX31D30VC1CAA NetDCU3 


25 G5 4 G5 

26 VSS 24 GND 

27 VSS 24 GND 

28 VSS 28 GND 

29 B0 12 B0 

30 B1 11 B1 

31 B2 10 B2 

32 VSS 28 GND 

33 B3 9 B3 

34 B4 16 B4 

35 B5 15 B5 

36 VSS 28 GND 

37 DTMG 21 M-Signal 

38 NC - - 



41 NC - - 

Page 19

Fujitsu Hitachi Plasma FPF42C10660UE-21 


Use display adapter UNIFLAT-3 (ABLE Design GmbH). 

FPF42C10660UE-21 NetDCU3 


1 NC - - 

2 NC - - 

3 GND 1 GND 

4 NC - - 

5 GND 1 GND 

6 GND 1 GND 

7 B0 16 B4 

8 B1 15 B5 

9 B2 9 B3 

10 B3 16 B4 

11 B4 15 B5 

12 B5 9 B3 

13 B6 16 B4 

14 B7 15 B5 

15 G0 5 G4 

16 G1 4 G5 

17 G2 6 G3 

18 G3 5 G4 

19 G4 4 G5 

20 G5 6 G3 

21 G6 5 G4 

22 G7 4 G5 

23 R0 33 R4 

24 R1 34 R5 

25 GND 8 GND 

26 GND 8 GND 

27 DCLK 19 CLP 

28 BLANK 21 M-Signal 

29 VSYNC 20 FRP 

Page 20

FPF42C10660UE-21 NetDCU3 


30 HSYNC 22 LIP 

31 - - - 

32 - - - 

33 - - - 

34 - - - 

35 - - - 

36 - - - 

37 GND 17 GND 

38 GND 17 GND 

39 +5V 25 VLCD 

40 +5V 25 VLCD 

41 GND 24 GND 

42 GND 24 GND 

43 R2 32 R3 

44 R3 33 R4 

45 R4 34 R5 

46 R5 32 R3 

47 R6 33 R4 

48 R7 34 R5 

49 GND 28 GND 

50 GND 28 GND 

Page 21

2.5 Grand Pacific Optoelectronics Corp. 

GPG320X3X240 

CSTN Display 5,7” (Transmissive). 



GPG320X3X240 NetDCU3 


1 D0 9 B3 

2 D1 16 G5 

3 D2 15 B5 

4 D3 6 G3 

5 D4 5 G4 

6 D5 4 G5 

7 D6 32 R3 

8 D7 33 R4 


10 FR 20 FRP 

11 LP (CL1) 22 LIP 

12 CP (CL2) 19 CLP 

13 NC - 

14 VCC1 25 VLCD 

15 VSS 24 GND 

16 VSS 28 GND 

17 VCC2 29 +VEE 

18 VADJ 27 VADJ 

Page 22

2.6 Kyocera 

Kyocera KRS025EV0AB-B26 

CSTN Display 2.5” (reflective). 


Corresponding adapter: none. 

KRS025EVE0AB-B26 NetDCU3 


1 FRM 20 FRP 

2 LOAD 22 LIP 

3 CP 19 CLP 

4 DISP 23 DEN 

5 VDD 25 VLCD 

6 VDD 25 VLCD 

7 VSS 24 GND 

8 DF 21 M-Signal 

9 V0 (*) --- -- 

10 V1 (*) --- --- 

11 V2 (*) --- --- 

12 V3 (*) --- --- 

13 V4 (*) --- --- 

14 V5 (*) 1 GND 

15 D0 9 B3 

16 D1 16 B4 

17 D2 15 B5 

18 D3 6 G3 

19 D4 5 G4 

20 D5 4 G5 

21 D6 32 R3 

22 D7 33 R4 

(*) Bias voltage for driving LCD, see data sheet. 

Page 23

Kyocera KHS038AA1AJ-L99 

CSTN Display 3.8” (transflective). 

Kyocera KCS038AA1AJ-G21 

CSTN Display 3.8” (transmissive). 



KCS038AA1AJ-G21 NetDCU3 


1 FRM 20 FRP 

2 LOAD 22 LIP 

3 CP 19 CLP 

4 DISP 23 DEN 

5 VDD 25 VLCD 

6 VDD 25 VLCD 

7 VSS 24 GND 


9 V0 (*) --- -- 

10 V1 (*) --- --- 

11 V2 (*) --- --- 

12 V3 (*) --- --- 

13 V4 (*) --- --- 

14 V5 (*) 1 GND 

15 D7 33 R4 

16 D6 32 R3 

17 D5 4 G5 

18 D4 5 G4 

19 D3 6 G3 

20 D2 15 B5 

21 D1 16 B4 

22 D0 9 B3 


Page 24

Kyocera KRS038AALBB-B32 

CSTN Display 3.8” (reflective). 



KRS038AALBB-B32 NetDCU3 


1 D0 9 B3 

2 D1 16 B4 

3 D2 15 B5 

4 D3 6 G3 

5 D4 5 G4 

6 D5 4 G5 

7 D6 32 R3 

8 D7 33 R4 

9 V5 (*) 1 GND 

10 V4 (*) --- --- 

11 V3 (*) --- --- 

12 V2 (*) --- --- 

13 V1 (*) --- --- 

14 V0 (*) --- --- 


16 VSS 24 GND 



19 DISP 23 DEN 

20 CP 19 CLP 

21 LOAD 22 LIP 

22 FRM 20 FRP 


Page 25

Kyocera KCS3224ASTT-X1 

Kyocera KCS057QV1BS-G20 



Corresponding cable: NetDCU3-CAB/KCS057. 

KCS NetDCU3 


1 FRM 20 FRP 

2 LOAD 22 LIP 

3 CP 19 CLP 

4 DISP 23 DEN 

5 VDD 25 VLCD (+5V) 


7 VEE 29 +VEE 

8 D7 33 R4 

9 D6 32 R3 

10 D5 4 G5 

11 D4 5 G4 

12 D3 6 G3 

13 D2 15 B5 

14 D1 16 B4 

15 D0 9 B3 

Page 26

Kyocera KCG047QV1AA-A21 



Kyocera KCG057QV1D*-*1 



Kyocera KCG062HV1AA-A21 



Kyocera KCB072VG2AA-*26 



Corresponding adapter: NetDCU3-ADP/KCG. 

KCG NetDCU3 


1 FRM 20 FRP 

2 LOAD 22 LIP 

3 CP 19 CLP 

4 DISP 23 DEN 

5 VDD 25 VLCD (+3.3V) 


7 VCONST 29 (*) 

8 D7 33 R4 

9 D6 32 R3 

10 D5 4 G5 

11 D4 5 G4 

12 D3 6 G3 

13 D2 15 B5 

14 D1 16 B4 

15 D0 9 B3 

16 VDD 25 VLCD (+3.3V) 

17 VDD 25 VLCD (+3.3V) 

Page 27

KCG NetDCU3 






Page 28

2.7 Nanya 

Nanya LTBHB_357_2 



Corresponding adapter:-. 

LTBHB_357_2 NetDCU3 


1 D0 9 B3 

2 D1 16 B4 

3 D2 15 B5 

4 D3 6 G3 


6 FRAME 20 FRP 

7 NC - - 

8 LOAD 22 LIP 

9 CP 19 CLP 


11 VSS 24 GND 

12 VEE 26 -VEE 

13 VO 27 VADJ 

14 FGND - (*) 

(*) See data - sheet. 

Page 29

2.8 NEC 

NEC NL3224BC35-20 




NL3224BC35-20 NetDCU3 


1 GND 1 GND 

2 CLK 19 CLP 


4 VSYNC 20 FRM 

5 GND 1 GND 

6 R0 3 R0 

7 R1 2 R1 

8 R2 31 R2 

9 R3 32 R3 

10 R4 33 R4 

11 R5 34 R5 

12 GND 17 GND 

13 G0 14 G0 

14 G1 13 G1 

15 G2 7 G2 

16 G3 6 G3 

17 G4 5 G4 

18 G5 4 G5 

19 GND 8 GND 

20 B0 12 B0 

21 B1 11 B1 

22 B2 10 B2 

23 B3 9 B3 

24 B4 16 B4 

25 B5 15 B5 

Page 30



26 GND 24 GND 

27 DE 21 M-Signal 

28 VCC (*) 25 VLCD (3.3/5V) 

29 VCC (*) 25 VLCD (3.3/5V) 

30 DPSH (*) 25/28 VCC /GND 

31 DPSV (*) 25/28 VCC /GND 

32 PNS (*) 25/28 VCC /GND 

33 GND 28 GND 

(*) See data-sheet. 

Page 31

NEC NL6448BC20-08 

NEC NL6448BC33-46 

Note: With this revision the displays interface changed. Modify 

the LCD-Interface of NetDCU3/DCUL7 as characterised below 

and notice also that some software setting must be modified. 

1) Insert a 200 Ohm resistor into the data clock wire 

(Pin 19 on NetDCU3/DCUL7). 

2) Use the proper power supply voltage (3.3V or 5V) 



Corresponding Adapter: NetDCU-ADP/UNI-TFT. 

NL6448BC20.08 NetDCU3 


1 GND 1 GND 

2 CLK 19 CLP 



5 GND 1 GND 

6 R0 3 R0 

7 R1 2 R1 

8 R2 31 R2 

9 R3 32 R3 

10 R4 33 R4 

11 R5 34 R5 

12 GND 17 GND 

13 G0 14 G0 

14 G1 13 G1 

15 G2 7 G2 

16 G3 6 G3 

17 G4 5 G4 

18 G5 4 G5 

19 GND 8 GND 

20 B0 12 B0 

Page 32

NL6448BC20.08 NetDCU3 


21 B1 11 B1 

22 B2 10 B2 

23 B3 9 B3 

24 B4 16 B4 

25 B5 15 B5 

26 GND 24 GND 


28 VCC 25 VLCD 3.3V(5V) DC 

29 VCC 25 VLCD 3.3V(5V) DC 

30 NC - - 

31 NC - - 

Page 33

NEC NL8060BC31-17 









1 (*) - - 

2 CKL 19 CLP 

3 GND 1 GND 



6 GND 1 GND 

7 GND 8 GND 

8 GND 8 GND 

9 R0 3 R0 

10 R1 2 R1 

11 R2 31 R2 

12 GND 8 GND 

13 R3 32 R3 

14 R4 33 R4 

15 R5 34 R5 

16 GND 17 GND 

17 GND 17 GND 

18 GND 17 GND 

19 G0 14 G0 

20 G1 13 G1 

21 G2 7 G2 

22 GND 24 GND 

23 G3 6 G3 

Page 34



24 G4 5 G4 

25 G5 4 G5 

26 GND 24 GND 

27 GND 24 GND 

28 GND 28 GND 

29 B0 12 B0 

30 B1 11 B1 

31 B2 10 B2 

32 GND 28 GND 

33 B3 9 B3 

34 B4 16 B4 

35 B5 15 B5 

36 GND 28 GND 


38 NC - - 

39 Vcc 25 VLCD 

40 Vcc 25 VLCD 

41 DPS - Scan direction: 

Low/open: normal 

High: reverse scan 

Page 35

2.9 OPTREX 

Optrex T-51382D064J 

TFT Display 8,9”. 



T-51382D064J NetDCU3 


1 GND 1 GND 

2 CLK 19 CLP 



5 GND 1 GND 

6 R0 3 R0 

7 R1 2 R1 

8 R2 31 R2 

9 R3 32 R3 

10 R4 33 R4 

11 R5 34 R5 

12 GND 17 GND 

13 G0 14 G0 

14 G1 13 G1 

15 G2 7 G2 

16 G3 6 G3 

17 G4 5 G4 

18 G5 4 G5 

19 GND 8 GND 

20 B0 12 B0 

21 B1 11 B1 

22 B2 10 B2 

23 B3 9 B3 

24 B4 16 B4 

25 B5 15 B5 

26 GND 24 GND 

Page 36

T-51382D064J NetDCU3 


27 DENB 21 M 

28 VCC 25 VLCD 

29 VCC 25 VLCD 

30 R/L 25/28 VCC /(GND) * 

31 U/D 25/28 (VCC) /GND * 

(*) See data-sheet. 

Page 37

2.10 Philips LG 

Philips LG LTE042 

TFT Display 3”. 



LTE042T-4500-A NetDCU3 


1 GND 28 GND 

2 R0 3 R0 

3 R1 2 R1 

4 R2 31 R2 

5 R3 32 R3 

6 R4 33 R4 

7 R5 34 R5 

8 G0 14 G0 

9 G1 13 G1 

10 G2 7 G2 

11 G3 6 G3 

12 G4 5 G4 

13 G5 4 G5 

14 B0 12 B0 

15 B1 11 B1 

16 B2 10 B2 

17 B3 9 B3 

18 B4 16 B4 

19 B5 15 B5 



22 - - - 

23 - - - 

24 - - - 

25 - - - 

Page 38

LTE042T-4500-A NetDCU3 


26 GND 1 GND 

27 Vin 25 VLCD 

28 GND 1 GND 

29 CLK 19 CLP 

30 GND 1 GND 

Page 39

Philips LG LP064V1 




LP064V1 NetDCU3 


1 Vss 1 GND 

2 CLK 19 CLP 



5 Vss 1 GND 

6 R0 3 R0 

7 R1 2 R1 

8 R2 31 R2 

9 R3 32 R3 

10 R4 33 R4 

11 R5 34 R5 

12 Vss 17 GND 

13 G0 14 G0 

14 G1 13 G1 

15 G2 7 G2 

16 G3 6 G3 

17 G4 5 G4 

18 G5 4 G5 

19 Vss 8 GND 

20 B0 12 B0 

21 B1 11 B1 

22 B2 10 B2 

23 B3 9 B3 

24 B4 16 B4 

25 B5 15 B5 

26 Vss 24 GND 

27 DTMG 21 M-Signal 

Page 40

LP064V1 NetDCU3 


28 Vdd 25 VLCD (5V DC) 

29 Vdd 25 VLCD (5V DC) 

30 OAS 25 VLCD (5V DC) 

31 NC - - 

Page 41

Philips LG LB064V02 


Resolution: 640 x 480 pixels, 3.3V 

Corresponding adapter: 

LB064V02 NetDCU3 


1 GND 1 GND 

2 Vcc 25 VLCD (3,3V) 

3 Vcc 25 VLCD (3,3V) 

4 GND 24 GND 

5 DCLK 19 CLP 

6 DE 21 M 



9 GND 17 GND 

10 R0 3 R0 

11 R1 2 R1 

12 R2 31 R2 

13 R3 32 R3 

14 R4 33 R4 

15 R5 34 R5 

16 GND 28 GND 

17 G0 14 G0 

18 G1 13 G1 

19 G2 7 G2 

20 G3 6 G3 

21 G4 5 G4 

22 G5 4 G5 

23 GND 8 GND 

24 B0 12 B0 

25 B1 11 B1 

26 B2 10 B2 

27 B3 9 B3 

28 B4 16 B4 

Page 42

LB064V02 NetDCU3 


29 B5 15 B5 

30 GND 17 GND 

Page 43

2.11 Planar 

Planar EL320.240.36HB 

EL Display 5.7”. 



EL320.240.36HB NetDCU3 


1 VH (+12V) Extern - 

2 VH (+12V) Extern - 

3 Self test 1 GND 

Open Testmodus 

4 SCAN 1 GND 

5 VL (+5V) 25 VLCD (+5V) 

6 GND 1 GND 

7 VS 20 FRP 

8 GND 1 GND 

9 HS 22 LIP 

10 GND 8 GND 

11 VCLK 19 CLP 

12 GND 8 GND 

13 VID0 9 B3 

14 GND 8 GND 

15 VID1 16 B4 

16 GND 24 GND 

17 VID2 15 B5 

18 GND 24 GND 

19 VID3 6 G3 

20 GND 24 GND 

Page 44

2.12 Powertip 

Powertip PG320240WRM-HNNIA3 

FSTN Display 3.9” (transflective). 



PG320240WRM-HNNI3 NetDCU3 


1 FLM 20 FLP 

2 M 21 M 

3 CL1 22 LIP 

4 CL2 19 CLK 

5 !D-OFF 23 DEN 

6 DB0 9 B3 

7 DB1 16 B4 

8 DB2 15 B5 

9 DB3 6 G3 


11 VSS 1 GND 

12 Adj --- (*) 

13 VSS 8 GND 

14 NC --- --- 

15 A --- (*) 

16 K --- (*) 

(*) see data - sheet 

Page 45

2.13 Sharp 

Sharp LQ038Q5DR0 




LQ038Q5DR01 NetDCU3 


1 1 GND 

2 VCC 25 VLCD(+3.3V) 


4 G3 6 G3 

5 T0 NC - 

6 G4 5 G4 

7 T1 NC - 

8 G5 4 G5 

9 HVR 1 GND 

10 GND 1 GND 

11 GND 1 GND 

12 B0 12 B0 

13 CLK 19 CLP 

14 B1 11 B1 

15 GND 17 GND 

16 B2 10 B2 

17 R0 3 R0 

18 GND 17 GND 

19 R1 2 R1 

20 B3 9 B3 

21 R2 31 R2 

22 B4 16 B4 

23 GND 24 GND 

24 B5 15 B5 

25 R3 32 R3 

Page 46

LQ038Q5DR01 NetDCU3 


26 GND 24 GND 

27 R4 33 R4 

28 20 FRP 

29 R5 34 R5 

30 TEST NC Do not connect 

31 GND 28 GND 


33 G0 14 G0 


35 G1 13 G1 


37 G2 7 G2 

38 ENAB 21 M-Signal 

39 25 VLCD(+3.3V) 

40 GND 28 GND 

Page 47

Sharp LQ049B5DG01 




LQ049B5DG01 NetDCU3 


1 VGH - Extern (+10V/DC) (* 


3 HVR 25 VLCD (+5V/DC) (* 

4 B5 15 B5 

5 B4 16 B4 

6 B3 9 B3 

7 B2 10 B2 

8 B1 11 B1 

9 B0 12 B0 

10 VSH 25 VLCD (+5V/DC) 

11 VSH 25 VLCD (+5V/DC) 

12 G5 4 G5 

13 G4 5 G4 

14 G3 6 G3 

15 G2 7 G2 

16 G1 13 G1 

17 G0 14 G0 

18 GND 8 GND 

19 R5 34 R5 

20 R4 33 R4 

21 R3 32 R3 

22 R2 31 R2 

23 R1 2 R1 

24 R0 3 R0 

25 VGL - Extern (-10V/DC) (* 



28 GND 24 GND 

Page 48

LQ049B5DG01 NetDCU3 


29 CK 19 CLP 

30 GND 24 GND 

(* See data-sheet. 

Page 49

Sharp LQ057Q3DC02 




LQ057Q3DC02 NetDCU3 


1 GND 1 GND 

2 CK 19 CLP 

3 HSYNC 22 LP 


5 GND 1 GND 

6 R0 3 R0 

7 R1 2 R1 

8 R2 31 R2 

9 R3 32 R3 

10 R4 33 R4 

11 R5 34 R5 

12 GND 17 GND 

13 G0 14 G0 

14 G1 13 G1 

15 G2 7 G2 

16 G3 6 G3 

17 G4 5 G4 

18 G5 4 G5 

19 GND 8 GND 

20 B0 12 B0 

21 B1 11 B1 

22 B2 10 B2 

23 B3 9 B3 

24 B4 16 B4 

25 B5 15 B5 

26 GND 24 GND 

27 ENAB 21 DISP ON 

Page 50

LQ057Q3DC02 NetDCU3 


28 VCC 25 VCC (+3,3V) 

29 VCC 25 VCC (+3,3V) 

30 R/L 28 GND 

31 U/D 25 VCC (+3,3V) 

32 V/Q 28 GND 

33 GND 28 GND 

Page 51

Sharp LQ64D34 



Corresponding Adapter: NetDCU-ADP/UNI-TFT. 

LQ64D341 NetDCU3 


1 GND 1 GND 

2 CLK 19 CLP 



5 GND 1 GND 

6 R0 3 R0 

7 R1 2 R1 

8 R2 31 R2 

9 R3 32 R3 

10 R4 33 R4 

11 R5 34 R5 

12 GND 17 GND 

13 G0 14 G0 

14 G1 13 G1 

15 G2 7 G2 

16 G3 6 G3 

17 G4 5 G4 

18 G5 4 G5 

19 GND 8 GND 

20 B0 12 B0 

21 B1 11 B1 

22 B2 10 B2 

23 B3 9 B3 

24 B4 16 B4 

25 B5 15 B5 

26 GND 24 GND 


28 VCC 25 VLCD (5V DC) 

Page 52



29 VCC 25 VLCD (5V DC) 

30 R/L (*) 25/ VLCD/ /GND 

28 

31 U/D (*) 25/ 

28 

(*) See data-sheet 

VLCD/ /GND 

Page 53

Sharp LQ10D345 






1 GND 1 GND 

2 CK 19 CLP 

3 HSYNC 22 LP 


5 GND 1 GND 

6 R0 3 R0 

7 R1 2 R1 

8 R2 31 R2 

9 R3 32 R3 

10 R4 33 R4 

11 R5 34 R5 

12 GND 17 GND 

13 G0 14 G0 

14 G1 13 G1 

15 G2 7 G2 

16 G3 6 G3 

17 G4 5 G4 

18 G5 4 G5 

19 GND 8 GND 

20 B0 12 B0 

21 B1 11 B1 

22 B2 10 B2 

23 B3 9 B3 

24 B4 16 B4 

25 B5 15 B5 

26 GND 24 GND 

27 ENAB 21 DISP ON 

28 VCC 25 VCC (+3,3V) 

Page 54



29 VCC 25 VCC (+3,3V) 

30 R/L 28 GND 

31 U/D 25 VCC (+3,3V) 

32 V/Q 28 GND 

33 GND 28 GND 

Page 55

Sharp LQ12S3 







LQ12S31 NetDCU3 


1 (*) - - 

2 CK 19 CLP 

3 GND 1 GND 

4 HSYNC 22 LP 


6 GND 8 GND 

7 GND 8 GND 

8 GND 8 GND 

9 R0 3 R0 

10 R1 2 R1 

11 R2 31 R2 

12 GND 17 GND 

13 R3 32 R3 

14 R4 33 R4 

15 R5 34 R5 

16 GND 17 GND 

17 GND 17 GND 

18 GND 17 GND 

19 G0 14 G0 

20 G1 13 G1 

21 G2 7 G2 

22 GND 24 GND 

23 G3 6 G3 

Page 56

LQ12S31 NetDCU3 


24 G4 5 G4 

25 G5 4 G5 

26 GND 24 GND 

27 GND 24 GND 

28 GND 24 GND 

29 B0 12 B0 

30 B1 11 B1 

31 B2 10 B2 

32 GND 28 GND 

33 B3 9 B3 

34 B4 16 B4 

35 B5 15 B5 

36 GND 28 GND 


38 VCC 25 VLCD (+3,3V) 

39 VCC 25 VLCD (+3,3V) 

40 VCC 25 VLCD (+3,3V) 

41 MODE --- NC 

Page 57

2.14 Toshiba 

TOSHIBA LTM08C351 




LTM08C210 NetDCU3 


1 GND 1 GND 

2 VDD 25 VLCD (3.3V/DC) 

3 VDD 25 VLCD (3.3V/DC) 

4 GND 1 GND 


6 B5 15 B5 

7 B4 16 B4 

8 B3 9 B3 

9 B2 10 B2 

10 B1 11 B1 

11 B0 12 B0 

12 GND 8 GND 

13 G5 4 G5 

14 G4 5 G4 

15 G3 6 G3 

16 G2 7 G2 

17 G1 13 G1 

18 G0 14 G0 

19 GND 8 GND 

20 R5 34 R5 

21 R4 33 R4 

22 R3 32 R3 

23 R2 31 R2 

24 R1 2 R1 

25 R0 3 R0 

Page 58



26 GND 8 GND 

27 NC --- --- 

28 NC --- --- 

29 NCLK 19 CLK 

30 GND 28 GND 

Page 59

TOSHIBA LTM10C210 






1 GND 1 GND 

2 NCLK 19 CLP 

3 GND 1 GND 

4 R0 3 R0 

5 R1 2 R1 

6 R2 31 R2 

7 GND 8 GND 

8 R3 32 R3 

9 R4 33 R4 

10 R5 34 R5 

11 GND 8 GND 

12 G0 14 G0 

13 G1 13 G1 

14 G2 7 G2 

15 GND 17 GND 

16 G3 6 G3 

17 G4 5 G4 

18 G5 4 G5 

19 GND 17 GND 


21 GND 28 GND 

22 B0 12 B0 

23 B1 11 B1 

24 B2 10 B2 

25 GND 28 GND 

26 B3 9 B3 

27 B4 16 B4 

Page 60



28 B5 15 B5 

29 GND 28 GND 


31 VDD 25 VLCD(+5 V) 

Page 61

2.15 Winstar 

Winstar WG320240A 



Resolution: 320 x 240 pixels, 5V 

Negative LCD Driving Voltage ! 

WG320240A NetDCU3 


1 D0 9 B3 

2 D1 16 B4 

3 D2 15 B5 

4 D3 6 G3 

5 DISPOFF 23 DEN 

6 FLM 20 FRP 

7 M (N.C.) - 

8 CL1 22 LIP 

9 CL2 19 CLP 


11 VSS 24 GND 

12 VEE (N.C.) - 

13 V0 26 -VEE 


Page 62

2.16 Wintek 

Wintek WM-G3224Y 



Resolution: 320 x 240 pixels, 3,3V 

WM-G3224Y NetDCU3 


1 FLM 20 FRP 

2 LP 22 LIP 

3 CP 19 CLP 


5 VDD 25 VLCD 

6 VSS 1 GND 

7 VEE 29 +VEE 

8 NC - 

9 NC - 

10 NC - 

11 NC - 

12 DB3 9 B3 

13 DB2 16 B4 

14 DB1 15 B5 

15 DB0 6 G3 

Page 63

Wintek WM-G3224V 



Resolution: 320 x 240 pixels, 3,3V 

WM-G3224V NetDCU3 


1 D0 9 B3 

2 D1 16 B4 

3 D2 15 B5 

4 D3 6 G3 


6 FLM 20 FRP 

7 NC - 

8 LP 22 LIP 

9 CP 19 CLP 


11 VSS 24 GND 

12 NC - 

13 VEE 29 +VEE 

14 NC - 

Page 64

3 Display Driver under NetDCU3/Windows CE 

3.1 Introduction 

As already mentioned, the display driver is fully configurable 

via the WindowCE registry. The user has the possibility to 

adjust the driver to a new display by himself. 

The registry key for the driver is: 

[HKLM\Drivers\Display\823LCD] 

Use the following parameters to configure the driver: 

Key Value Meaning 

"Mode" Dword: Number of the predefined 

configuration or new user 

configuration. 

“EarlyLCDVoltage” Dword: Set this parameter to 1 to 

power on the LCD voltage 

very early at the boot- process. 

With parameter Mode you have the possibility to use one of 

the predefined configurations stored in the kernel or to define 

a new configuration in registry. Values between 0 and 99 are 

reserved for predefined configurations. For your own configuration 

you have to use a value between 100 and 199. 

Page 65

The following configurations are predefined in the kernel: 

Mode LCD Sample XxY Type 

0 e.g. Kyocera 

KCS3224 

320x240 Passive 

1 e.g. Hitachi 

LMG5320 

640x480 Passive 

2 Common TFT 1 640x480 Active 

3 Common TFT 2 640x480 Active 

4 e.g. SHARP 

LQ12S31 

800x600 Active 

5 e.g. SHARP 

LQ057Q3DC02 

320x240 Active 

For configurations with Mode higher than 99 you have to create 

a new sub-key with the Name ModeXXX. Under this subkey 

you can use the following parameters to adjust the driver. 

Key Type Meaning 

"name" sz: Name of the driver as a text 

string. Only for information 

purposes. 

Type Dword: s. Table Register Type 

Config Dword: s. Table Register Config 

Columns Dword: Amount of visible pixels in 

X-direction. 

HPC Dword: Amount of clocks in Xdirection 

before the HSYNC 

signal. 

This value is optional and 

normally the same as Columns. 

Rows Dword: Amount of visible pixels in 

Y-direction. 

Width Dword: Physical width of the display 

Page 66

Key Type Meaning 

Height Dword: Physical height of the display 

WBL Dword: Wait between lines. 

Amount of wait cycles at the 

end of a row. 

WBF Dword: Wait between frames. 

Wait period between frames 

measured in lines. 

VsyncWidth Dword: Vertical sync pulse width. 

Only valid for TFT displays. 

Bpp Dword: Bits per Pixel. 

The number of bits that 

represents one pixel in 

display memory. 

ContrastEnable Dword: Switch on/off contrast voltage 

generation. 

ContrastValue Dword: Initial value for contrast 

voltage. 

LCDClk Dword: LCD pixel clock (*) (**) 

MSignal Dword: Display Enable Signal: 

0 low 

1 high 

2 toggle 

(*) For passive colour displays this value must be set to 4x 

LCD clock because 4 pixels are transferred with one LCD 

clock. 

(**) The maximum value, which is allowed to set for LCDClk, is 

24985600 Hz. 

Page 67

Table Register Type: 

Value Meaning 

0x00 Default 

0x01 Dual Scan Display 

0x02 TFT-Display 

0x04 Colour-Display 

0x08 Monochrome 8Bit Display 

Table Register Config: 

Symb. Name Value Meaning 

LCD_TFT 0x0002 TFT-Display 

LCD_COLOR 0x0004 Colour-Display 

LCD_SPLIT 0x0008 Dual-Scan Display 

LCD_4BPC 0x0000 4 bit/clock 

LCD_8BPC 0x0010 8 bit/clock 

LCD_1BPIX 0x0000 1 bit/pixel 




LCD_DP 0x0080 Data polarity: active low 

LCD_VSP 0x0100 Vertical sync polarity: 

active low 

LCD_HSP 0x0200 Horizontal sync polarity: 

active low 

LCD_OEP 0x0400 Output enable polarity: 

active low 

LCD_CLKP 0x0800 Clock polarity: 

active low 

Page 68

3.2 Settings Of The Predefined Display Modes 

3.2.1 Display Mode 0 

Kyocera KCS3224ASTT-X1 

Kyocera KCS057QV1BS-G20 

Kyocera KCG047QV1AA-A21 

Kyocera KCG057QV1D*-*1 

Emerging Display ER32F10NCW 

Winstar WG320240A 

Ampire AR320240GRTCW 

Hitachi SX09Q002-B 

Grand Pacific Opto GPG320X3X240 

Key Data-Type Value 

"name" sz: Kyocera KCX 

Type Dword: 4 

Config Dword: 116 

Columns Dword: 320 

Rows Dword: 240 

Width Dword: 115 

Height Dword: 86 

Nbr_data_bits Dword: 8 

WBL Dword: 0 

WBF Dword: 0 

VsyncWidth Dword: 0 

Bpp Dword: 8 

ContrastEnable Dword: 1 

ContrastValue Dword: 229 

LCDClk Dword: 6600000 

Msignal Dword 0 

To avoid flickering it is recommended to set the registry value 

„EarlyLCDVoltage:dword=1“. 

Page 69




"name" sz: LMG5320 

Type Dword: 1 






WBL Dword: 0 

WBF Dword: 0 


Bpp Dword: 2 





Page 70



"name" Sz: Color TFT 

Type Dword: 6 






WBL Dword: 138 

WBF Dword: 34 


Bpp Dword: 8 




HPC Dword: 648 


Page 71



"name" sz: Color TFT 

Type Dword: 6 







WBF Dword: 33 


Bpp Dword: 8 




MSignal Dword 2 

Page 72


Sharp LQ12S31 


"name" sz: LQ12S31 

Type Dword: 6 







WBF Dword: 21 


Bpp Dword: 8 





Page 73


Sharp LQ057Q3DC02 

Key Data-type Value 

"name" sz: LQ057Q3DC02 

Type Dword: 6 







WBL Dword: 47 

WBF Dword: 8 


Bpp Dword: 8 





Page 74

3.3 Examples for User Display Mode Settings 

3.3.1 Ampire 

Ampire AG-640480CFTCW 


"name" sz: AG640480CFTCW 

Type Dword: 1 






WBL Dword: 0 

WBF Dword: 0 


Bpp Dword: 2 





HPC Dword 640 

Page 75

3.3.2 Arima Display Corporation 

Arima Display Corporation MC57T01E 


"name" sz: MT51T01E 

Type Dword: 4 






WBL Dword: 0 

WBF Dword: 0 


Bpp Dword: 8 






„EarlyLCDVoltage:dword=1“. 

Page 76

3.3.3 Emerging Display Technologies 

Emerging Display Technologies EW32F00FLW 


"name" sz: EW32F00FLW 

Type Dword: 0 






WBL Dword: 0 

WBF Dword: 0 


Bpp Dword: 2 





Page 77

Emerging Display Technologies EW32F62 


"name" sz: EW32F62 

Type Dword: 0 






WBL Dword: 0 

WBF Dword: 0 


Bpp Dword: 2 




HPC Dword 320 


Page 78

Emerging Display Technologies EP24G1ATLW 


"name" sz: EP24G1 

Type Dword: 6 






WBL Dword: 72 

WBF Dword: 8 


Bpp Dword: 8 




HPC Dword 240 


Page 79

3.3.4 Hitachi 

Hitachi SC09Q002-A 


"name" sz: SC09Q002-A 

Type Dword: 4 






WBL Dword: 0 

WBF Dword: 0 


Bpp Dword: 8 





Page 80



"name" sz: SP10Q001 

Type Dword: 0 






WBL Dword: 0 

WBF Dword: 0 


Bpp Dword: 1 





Page 81



"name" sz: SP10Q010 

Type Dword: 0 






WBL Dword: 0 

WBF Dword: 0 


Bpp Dword: 2 





HPC Dword 320 

Page 82

Hitachi LMG69xx 



"name" sz: LMG69XX 

Type Dword: 0 






WBL Dword: 0 

WBF Dword: 0 


Bpp Dword: 1 





Page 83

Hitachi SX19V001-Z1 


"name" sz: SX19V001-Z1 

Type Dword: 4 






WBL Dword: 98 

WBF Dword: 0 


Bpp Dword: 8 





Page 84



"name" sz: LMG5278 

Type Dword: 1 






WBL Dword: 2 

WBF Dword: 1 


Bpp Dword: 1 





HPC Dword 640 

Page 85

Hitachi TX31D30VC1CAA 


"name" sz: TX31D30VC1CAA 

Type Dword: 6 







WBF Dword: 25 


Bpp Dword: 8 





Page 86

Fujitsu Hitachi Plasma FPF42C10660UE-21 

Key Data- Type Value 

"name" sz: FPF42C10660UE-21 

Type Dword: 6 






WBL Dword: 80 

WBF Dword: 20 


Bpp Dword: 8 






Page 87

3.3.5 Kyocera 

Kyocera KRS025EV0AB-B26 


"name" sz: KRS025 

Type Dword: 4 






WBL Dword: 0 

WBF Dword: 0 


Bpp Dword: 8 






„EarlyLCDVoltage:Dword=1“. 

Page 88

Kyocera KHS038AA1AJ-L99 

Kyocera KRS038AALBB-B32 

Kyocera KCS038AA1AJ-G21 


"name" sz: KXS038XX 

Type Dword: 4 






WBL Dword: 0 

WBF Dword: 0 


Bpp Dword: 8 







Page 89

Kyocera KCG062HV1AA-A21 


"name" sz: KCG062HV 

Type Dword: 4 






WBL Dword: 0 

WBF Dword: 0 


Bpp Dword: 8 







Page 90

Kyocera KCB072VG2AA-*26 


"name" sz: KCB072VG 

Type Dword: 4 






WBL Dword: 0 

WBF Dword: 0 


Bpp Dword: 8 







Page 91

3.3.6 Nanya 

Nanya LTBHB_357_2 


"name" sz: LTBHB_357_2 

Type Dword: 0 






WBL Dword: 0 

WBF Dword: 0 


Bpp Dword: 2 





Page 92

3.3.7 NEC 

NEC NL3224BC35-20 


"name" sz: NL3224 

Type Dword: 6 






WBL Dword: 72 

WBF Dword: 8 


Bpp Dword: 8 





HPC Dword 320 

Page 93

NEC NL6448BC20-08 

NEC NL6448BC33-46 

Note: With this revision the displays interface changed. If 

available, use the registry parameters standing into brackets. 

Notice also the modification descript under the section 

“Display-Connections”. 



Type Dword: 6 

Config Dword: 870 (2918) 






WBF Dword: 45 


Bpp Dword: 8 





HPC Dword 648 

Page 94

NEC NL8060BC31-17 



Type Dword: 6 







WBF Dword: 25 


Bpp Dword: 8 





Page 95

3.3.8 OPTREX 

OPTREX T-51382D064 


"name" sz: T51382D064 

Type Dword: 6 







WBF Dword: 33 


Bpp Dword: 8 





HPC Dword 648 

Page 96

3.3.9 Philips LG 

Philips LG LTE042T-4500-A 


"name" sz: LTE042T 

Type Dword: 6 






WBL Dword: 8 

WBF Dword: 22 


Bpp Dword: 8 





HPC Dword 176 

Page 97

Philips LG LP064V1 


"name" sz: LP064V1 

Type Dword: 6 







WBF Dword: 43 


Bpp Dword: 8 





HPC Dword 640 

Page 98

Philips LG LB064V02 


"name" sz: LB064V02 

Type Dword: 6 







WBF Dword: 43 


Bpp Dword: 8 





HPC Dword 640 

Page 99

3.3.10 Planar 

Planar EL320.240.36-HB 


"name" sz: EL320.240.36 

Type Dword: 0 






WBL Dword: 0 

WBF Dword: 0 


Bpp Dword: 1 





Page 100

3.3.11 Powertip 

Powertip PG320240WRM-HNNIA3 


"name" sz: PG320240WRM 

Type Dword: 0 







WBL Dword: 0 

WBF Dword: 0 


Bpp Dword: 1 





Page 101

3.3.12 Sharp 

Sharp LQ038Q5DR01 


"name" sz: LQ038Q5DR01 

Type Dword: 6 







WBL Dword: 47 

WBF Dword: 5 


Bpp Dword: 8 





Page 102

Sharp LQ049B5DG01 


"name" sz: LQ049 

Type Dword: 6 







WBL Dword: 60 

WBF Dword: 74 


Bpp Dword: 8 





Page 103

Sharp LQ064D341 


"name" sz: LQ64D341 

Type Dword: 6 








WBF Dword: 33 


Bpp Dword: 8 





Page 104

Sharp LQ104V1DG11 


"name" sz: LQ104V1DG11 

Type Dword: 6 








WBF Dword: 32 


Bpp Dword: 8 





Page 105

3.3.13 Toshiba 

LTM08C351 


"name" sz: LTM08C351 

Type Dword: 6 







WBF Dword: 28 


Bpp Dword: 8 





Page 106

LTM10C210 


"name" sz: LTM10C210 

Type Dword: 6 







WBF Dword: 40 


Bpp Dword: 8 





HPC Dword 640 

Page 107

3.3.14 Wintek 

Wintek WM-G3224Y 

WM-G3224V 


"name" sz: WMG3224 

Type Dword: 0 






WBL Dword: 0 

WBF Dword: 0 


Bpp Dword: 1 





Page 108

4 Display Driver under NetDCU3/Linux 


When using Linux, the basic display settings are done in the 

boot monitor program PPCBoot. Linux then reads back the 

settings from the hardware and configures itself accordingly. 

To set a display, the autoboot process has to be interrupted by 

pressing a key. This brings up a command prompt of 

PPCBoot. There are five commands to set, test and query the 

display settings. 

lcdlist 

Gives a list of all known displays. You can give the name of a 

manufacturer as argument then only displays of this manufacturer 

will be listed. 

The first column contains the index in the list, so this may not 

be contiguous if you select a manufacturer. Don't rely too 

much on this index as the list might be resorted in the future 

when new entries are added. 

The list entry on index 0 is a special dummy display with name 

"OFF" and resolution 0 x 0, which simply deactivates the display 

output and redirects stdout to the serial port. 

lcdinfo 

Shows the settings for a display entry. You can specify the 

display by giving an index in the display list or by giving the 

name. Examples: 

lcdinfo 5 shows settings of display #5 

lcdinfo SX14Q001 shows settings of display 

SX14Q001 (name is case sensitive) 

Page 109

If you don't specify an argument at all, lcdinfo reports the current 

settings which may be modified with lcdset. 

lcdset 

Sets new parameters. The command can take two different 

forms. You can either give a single number or display name as 

an argument, which will activate the appropriate display list 

entry. Examples: 

lcdset 5 set display #5 

lcdset SX14Q001 set display SX14Q001 

Or you can give all the hardware parameters as param=value 

pairs. In this case the parameters are directly set in the hardware 

registers and take effect immediately. For example the 

full settings for a display can look like this (all in one line): 

lcdset manu=CoolDisplaysLtd 

name=WowPanel5.7inch xres=320 yres=240 

width=115 height=86 contr=210 xadd=0 

clkp=0 oep=0 hsp=1 vsp=1 dp=1 bpix=3 

lbw=0 splt=0 clor=1 tft=1 wbl=47 wbf=5 

vpw=2 lcdac=0 df=12 

The manufacturer and name entries must not contain blanks 

and are currently limited to 15 characters each. Parameters 

not given remain unchanged. 

Remark: setting xres or yres to 0 switches the display output 

off. This can also be done by setting display entry 0 as this is 

always a special "OFF" entry. So giving the command 

or 

lcdset 0 

lcdset OFF 

Page 110

always deactivates the display and returns output to the serial 

line. 

lcdclear 

Clear the display (fill with background colour) 

lcdtest 

Show a test pattern with different colours on the display. Note 

the marker in each corner, which can be used to check for 

correct display parameters. When the setting is correct then all 

four markers should be completely visible and no additional 

pixels should be outside the indicated region. 

4.2 Environment Variables For LCD Settings 

lcd_panel 

If this environment variable is set, its contents are activated at 

start-up by implicitly executing the command 

lcdset $lcd_panel 

and thus automatically selecting the display on each start-up. 

As with the normal lcdset command, the value can be a predefined 

display by giving a simple number or display name from 

the list, or a user defined display by directly giving all the required 

param=value pairs. Examples: 

setenv lcd_panel 5 

setenv lcd_panel SX14Q001 

setenv lcd_panel manu=CoolDisplaysLtd 

name=WowPanel5.7inch xres=320 yres=240 

width=115 height=86 contr=210 xadd=0 

clkp=0 oep=0 hsp=1 vsp=1 dp=1 bpix=3 

lbw=0 splt=0 clor=1 tft=1 wbl=47 wbf=5 

vpw=2 lcdac=0 df=12 

Page 111

stdout 

The stdout variable defines where the output of commands will 

appear. Possible values are: 

setenv stdout serial Output goes to serial line 

setenv stdout lcd Output goes to display 

bootargs 

By using the commands and environment variables above, the 

boot monitor program knows all the display settings. But also 

the display driver of Linux itself needs this information. Fortunately 

most of the parameters can be auto-detected in Linux 

by reading back the hardware registers. But there are a few 

exceptions. So for example the contrast voltage for STN and 

CSTN displays cannot be auto-detected as this value is not 

available in any hardware register. 

These values have to be provided to the kernel by hand via 

additional boot arguments. Example: 

setenv bootargs video=mpc823:contr=220 

The involved values that probably have to be set via boot arguments 

are: contr, xadd. However, the contrast voltage can 

also be set within Linux with a corresponding lcdset command 

line tool and xadd is only required on very few displays (e.g. 

the Sharp LQ057Q3DC02), so usually the setting of additional 

boot arguments is not necessary. 

Page 112

5 Display Driver under DCUL7/DAISY 


The settings for the display on a DCUL7 are done in the 

CONFIG structure. Usually there is a file for each specific setting 

which contains the appropriate CONFIG definition. This 

file is simply included near the beginning of the .DSF-File. 

5.2 Example 

Example for Kyocera KCS057 display: 

/* Script-File for __DCUL7__ */ 

#include "l7kcs057.dsf" 

#pragma UseSysFonts 

#pragma Alignment PixelPixel 

RECTANGLE: ... 

{ 

... 

} 

... 

If there is a specific file for a display missing and there is no 

file for a compatible display, then the settings can also be 

done by hand. This means the parameters in the CONFIG 

struct have to be set individually. 

The values however are totally compatible with the values 

given in the WindowsCE section. So if there is already a definition 

available there, the DCUL7 can be configured with exactly 

the same values for Name, Type, Config, Columns, HPC, 

Page 113

Rows, Width, Height, WBL, WBF, VsyncWidth, Bpp, LCDClk, 

and Msignal. 

#pragma ByteOrder Motorola 

Config: DCU_L7 

{ 

Org: $0200000 

Data: $01c0000 

Battery: $0000 

Const: $0000 

CRam: 262144 

VRam: 768 

Mode: Com1: Com 

Baud= 19200 

Parity= None 

Data= 8 

Stop= 1 

RtsCts= 0 

XonXoff= 0 

Mode: Com2: Printer 

X: 320 

Y: 240 

// Parameters for PPC823 LCD controller 

Name: "Kyocera KCS057" 

Type: 4 

Config: 116 

Columns: 320 

Rows: 240 

Width: 115 

Height: 86 

WBL: 0 

WBF: 0 

VSyncWidth: 0 

Bpp: 8 

LCDClk: 6600000 

MSignal: 0 

// End of parameters for PPC823 controller 

... 

} 

Page 114

Index 

Display Connections 

Ampire 

AG-640480CFTCW........................................................2, 3 

Arima Display Corporation 

MC57T01E ............................................................ 4, 14, 15 

Emerging Display Technologies 

ER32F10NCW ...................................................................8 

EW32F00FLW .........................................................5, 6, 62 

Hitachi 

LMG5278............................................................. 17, 63, 64 

LMG69XX........................................................................12 

PDP FPF42C10660UE-21 ...............................................20 

SC09Q002-A .............................................................10, 11 

SP10Q001.......................................................................12 

SP14Q001.......................................................................13 

SX19V001-Z1 ..................................................................16 

TX31D30VC1CAA ...........................................................18 

Kyocera 

KCG047QV1AA-A21........................................................27 

KCG057QV1D*-*1 ...........................................................27 

KCG062HV1AA-A21........................................................27 

KCG072VG2AA-*26.........................................................27 

KCS 057QV1BS-G20.......................................................26 

KCS3224ASTT-X1...........................................................26 

KHS038AA1AJ-L99 .........................................................24 

KRS025EV0AB-B26 ........................................................23 

KRS038AALBB-B32 ........................................................25 

Nanya 

LTBHB_357_2 .............................................................9, 29 

NEC 

NL3224BC35-20 ........................................................30, 36 

NL6448BC20-08 ..............................................................32 

NL6448BC33-46 ..............................................................32 

NL8060BC31-17 ..............................................................34 

Philips LG

LP064V1....................................................................40, 42 

LTE042T-4500-A .............................................................38 

Planar 

EL320.240.36-HB ............................................................44 

Powertip 

PG320240WRM-HNNIA3.................................................45 

Sharp 

LQ038Q5DR01................................................................46 

LQ049B5DG01 ................................................................48 

LQ057Q3DC02................................................................50 

LQ10D345 .......................................................................54 

LQ12S31 .........................................................................56 

LQ64D341 .......................................................................52 

Toshiba 

LTM08C351.....................................................................58 

LTM10C210.....................................................................60 

LCD-Display Driver under DCUL7/DAISY 

CONFIG ...........................................................................114 

Example ..........................................................................113 

LCD-Display Driver under NetDCU3/Linux 

Commands 

lcdclear..........................................................................111 

lcdinfo............................................................................109 

lcdlist .............................................................................109 

lcdset.............................................................................110 

lcdtest............................................................................111 

Environment Variables 

bootargs ........................................................................112 

lcd_panel .......................................................................111 

stdout ............................................................................112 

LCD-Display Driver under Windows CE 

Ampire 

AG-640480CFTCW..........................................................75 

Arima Display Corporation 

MC57T01E ......................................................................76 

Emerging Display Technologies 

ER32F10NCW .................................................................69 

EW32F00FLW ..................................................... 77, 78, 79

Hitachi 

LMG5278XUFC ...............................................................85 

LMG5320XUFC ...............................................................70 

LMG69xx .................................................................83, 108 

PDP FPF42C10660UE-21 ...............................................87 

SC09Q002.......................................................................80 

SP10Q001.................................................................81, 82 

SP14Q001............................................................... 83, 108 

SX19V001-Z1 ..................................................................84 

TX31D30VC1CAA ...........................................................86 

Kyocera 

KCB072VG2AA-*26.........................................................91 

KCG047QV1AA-A21........................................................69 

KCG057QV1D*-*1 ...........................................................69 

KCG062HV1AA-A21........................................................90 

KCS038AA1AJ-G21.........................................................89 

KCS3224 ASTT-X1 .........................................................69 

KHS038AA1AJ-L99 .........................................................89 

KRS025EV0AB-B26 ........................................................88 

KRS038AALBB-B32 ........................................................89 

Nanya 

LTBHB_357_2 .................................................................92 

NEC 

NL3224BC35-20 ..............................................................93 

NL6448BC20-08 ..............................................................94 

NL6448BC33-46 ..............................................................94 

NL8060BC31-17 ..............................................................95 

Philips LG 

LP064V1....................................................................98, 99 

LTE042-4500-A .........................................................96, 97 

Planar 

EL320.240.36-HB ..........................................................100 

Powertip 

PG320240WRM-HNNIA3...............................................101 

Register Config..................................................................68 

Register Type ....................................................................68 

Registry Parameters ..........................................................66 

Sharp

LQ038Q5DR01..............................................................102 

LQ049B5DG01 ..............................................................103 

LQ057Q3DC02................................................................74 

LQ104V1DG11 ..............................................................105 

LQ12S31 .........................................................................73 

LQ64D341 .....................................................................104 

Toshiba 

LTM08C351...................................................................106 

LTM10C210...................................................................107

NetDCU3/DCUL7 - F&S Elektronik Systeme GmbH.

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