CORAL PA ADA - Fujitsu · vog2 vob1 vob2 vovs1 vovs2 vohs1 vohs2 ro2[0..7] go2[0..7] bo2[0..7] dck2 csync2 vdacr2 vdacg2 vdacb2 ro1[0..7] go1[0..7] bo1[0..7] dck1 csync1 vdacr1 vdacg1

CORAL PA ADA

MB86296-ADA01 Rev. 1.0 September 2004

1.0

CORAL PA Adapter Board

Revision 1.0 Page 1

© 2003 Fujitsu Microelectronics Europe

MB86296-ADA01 Evaluation Board Manual

Page 2 of 26 Revision 1.0 © 2003 Fujitsu Microelectronics Europe

Revision Control Revision Number Date Description of changes

1.0 10/04/04 Official release


Revision 1.0 Page 3 of 26 © 2003 Fujitsu Microelectronics Europe

CONTENTS

1 Overview .................................................................................................. 4

2 Hardware Installation................................................................................ 4

3 System Components ................................................................................ 5

4 External Appearance ................................................................................ 6

5 Jumper Settings and LEDs ....................................................................... 7

6 Expansion Connectors.............................................................................10

7 Dual Display Mode of FPGA....................................................................13

8 Worldwide Headquarters and Disclaimer.................................................26



1 Overview This evaluation board is designed to evaluate and test the dual display functions of the Fujitsu MB86296 “Coral PA” graphic controller. You need the MB86296-EB01 evaluation board in your system to test the functions with the MB86296-ADA01 board. The evaluation board can be used in any 5V or 3.3V PCI system (PCI compliant V2.1).

2 Hardware Installation In order to install the MB86296-ADA01 evaluation board in your system, follow these instructions: 1. Make sure all jumpers are set to their default position (refer to “Jumper Settings”). 2. Power down your target system (PC or other PCI-environment) and insert the card. Note that

either 3.3V or 5V systems can be used. Level-converters allow to operate the evaluation board in a 5V environment, but the Coral P graphic controller has a 3.3V PCI-interface only.

3. Make sure that an MB86296-EB01 evaluation board is also in your system and the connection between both boards is correct. You need an 1:1 connection between MB86296-EB01_J200 and MB86296-ADA01_J50 and between MB86296-EB01_J207 and MB86296-ADA01_J25 (see the picture on the first page).

4. Restart your target system 5. Connect two VGA-monitors to the RGB-output connectors J300 and J301 on the MB86296-

ADA01 board to see the examples provided.



3 System Components Coral-PA Adapter Evaluation Card block diagram

Main components of the MB86296-ADA01 evaluation board are : � ALTERA FPGA (EPM3512AQ208-7) � LVDS Transmitters (DS90C385MTD) � DACs for Analog RGB Output (ADV7125) � Switching Logic for multiplexed Outputs

� VGA Output connectors � RGB analog input connector � Expansion Connector from Coral PA (4x 40pin JP) � Expansion Connector from FPGA (2x40pin JP)

� Configuration Jumper

RG

B

IN

RG

B 2

OU

T

AN

ALO

G S

IGN

AL

SW

ITC

HIN

G

FPGA

EPM3512

Triple Video DAC 2

ADV7125

Triple Video DAC 1

ADV7125

RGB2[0:7]

RGB1[0:7]

RG

B 1

OU

T

Coral Interface

RGB[0:7]

Sync Signals

LVDS Transmitter DS90C385

LVDS Transmitter DS90C385

RGB



4 External Appearance

Position of main external components and jumpers

3.3V net JP250

Expansion connector J75 J50

Expansion connector J1 J25

MODE Pins

JTAG Interface

LVDS Transmitters

FPGA Expansion Connector DAC#1 and DAC#2

RG

B

Ou

tpu

t 1

RG

B

Ou

tpu

t 2

RGB Input

RGB Output 2 JP102, JP103, JP411

RGB Output 1 J100, JP101, JP407



5 Jumper Settings This table gives an overview of the Jumpers on the Coral PA adapter board. Be sure to set all jumpers according to the function you want to use. Before inserting the Coral PA adapter board for the first time, make sure all jumpers are correctly set to their default positions. The default jumper position is for the multiplex mode (Two screens are multiplexed and output at digital output). The jumpers in this table are logically grouped according to the sheet in the evaluation board schematics.

Jumper Function Set Description Open Disable (default)

J400 Graphic/Video switch Closed Enable

1-2 DAC #1 Analog Outputs (default) JP407

RGB Output Switch SEL

2-3 Coral Analog Outputs

1-2 Coral Analog Output Override JP400

Green Output #1

2-3 Output Switch (use JP407) (default)


Red Output #1



Blue Output #1


1-2 Direct Coral HSYNC #1 line JP404

HYSNC #1 line driver

2-3 HSYNC #1 line driver (default)

1-2 Direct Coral VSYNC #1 line JP403

VSYNC #1 line driver

2-3 VSYNC #1 line driver (default)

Open Device enabled J401

Disable analogue switch for video output

closed Device disabled

Open Disable (default) J402

Graphic/Video switch Closed Enable

1-2 DAC #2 Analog Outputs (default) JP411

RGB Output Switch SEL

2-3 Coral Analog Outputs

1-2 Coral Analog Input Override JP409

Green Output #2




1-2 Coral Analog Input Override

JP408 Red Output #2


1-2 Coral Analog Input Override JP410

Blue Output #2


1-2 Direct Coral HSYNC #2 line JP406

HYSNC #2 line driver

2-3 HSYNC #2 line driver (default)

1-2 Direct Coral VSYNC #2 line JP405

VSYNC #2 line driver

2-3 VSYNC #2 line driver (default)

Open Device enabled J403

Disable analogue switch for video output

closed Device disabled

Closed Enable Power save mode J350

DAC #1 POWER SAVE

Open Disable Power save mode (default)

1-2 CSYNC DAC #1 enable JP351

DAC #1 CSYNC SELECT

2-3 CSYNC DAC #1 disable (default)

Closed Activate blanking J352

DAC #1 BLANK

Open Disable blanking (default)

Closed Enable Power save mode J351

DAC #2 POWER SAVE

Open Disable Power save mode (default)

1-2 CSYNC DAC #2 enable JP350

DAC #2 CSYNC SELECT

2-3 CSYNC DAC #2 disable (default)

Closed Activate blanking J353

DAC #2 BLANK

Open Disable blanking (default)

x INTA# 1-2 INT B# 3-4 INT C#

J251 (1-8)

Interrupt Select (all are open by default)

5-6 INT D# 7-8 PRSNT1#

J251 (9-12)

Board Power Indicator (all are open by default)

9-10 PRSNT2#

1-2 3V3 net disable JP250

Adapter 3.3V net enable

2-3 3.3V supply pins enabled (default)



1-2 I²C - SCL enable

JP500 FPGA I²C interface (all are open by default)

2-3 I²C - SDA enable

2 JTAG_TDI 4 JTAG_TMS 6 JTAG_TCK

J200

FPGA JTAG Interface

8 JTAG_TDO Closed: normal operation 1-2 MODE_0 3V3: FPGA Reset Closed: multiplex mode 3-4 MODE_1 3V3: parallel mode Closed: enable LVDS 1 5-6 MODE_2 3V3: disable LVDS 1 Closed: enable LVDS 2 7-8 MODE_3 3V3: disable LVDS 2

J201

Output Mode Switch (all are closed by default)

9-10 MODE_4 Reserved 1-2 VSYNC DAC #1 enable (default)

JP100

VSYNC #1 SEL 2-3 VSYNC Coral enable

1-2 HSYNC DAC #1 enable (default) J101

HSYNC #1 SEL

2-3 HSYNC Coral enable

1-2 HSYNC DAC #2 enable (default) JP102

HSYNC #2 SEL 2-3 Input HSYNC enable

1-2 VSYNC DAC #2 enable (default) JP103

VSYNC #2 SEL 2-3 Input VSYNC enable

Table 1 Jumper on the board

There are further some LED’s on the board what should show activity.

LED connected function LED250 5V voltage net If on, 5V voltage is available LED251 3.3V voltage net If on, 3.3V voltage is available LED252 12V voltage net If on, 12V voltage is available LED253 -12V voltage net If on, -12V voltage is available

Table 2 LEDs on the board



6 Expansion Connectors There are two expansion connectors available on the MB86296-ADA01 adapter-board, which must be attached, in order to make Coral PA output signals available for the adapter-board functionality. The physical locations in combination with the mirror-expansion connectors J75 and J1 allow a daughter-board design which can be mounted ontop of the adapter-board.

Adapter-board expansion and mirror-expansion connector J50 and J75

J50/J75



Adapter-board expansion and mirror-expansion connector J25 and J1

J25/J1



There are two FPGA output expansion connectors available on the MB86296-ADA01 adapter-board which can be used to adapt two displays. All signals are available to support two different digital displays.

FPGA expansion connectors for displays



7 Dual Display Mode of FPGA The Coral PA device can drive two connected displays individually. The displays should have the same resolution and can be attached to the Coral PA adapter-board either to the digital connectors J101 and J102 or to the VGA connectors J300 and J301. The adapter-board supports three different output modes from Coral PA. In Single Mode, the board outputs the same contents on RGB analog (J300) and RGB digital (J301) connector. In Dual Mode, two different display contents are connected on RGB analog and RGB digital output. In Multiplexed Mode, two different digital display contents are output. Both output streams are available on the digital and also on the VGA connectors. With this method, all kinds of dual display applications like rear-seat entertainment systems or dual monitor control units can be realized. In dual display mode, each layer can be programmed to appear in Display 1, 2 or both. With this method it is possible to duplicate contents (like a video picture), but also to have two individually composed pictures on the two displays.

Mode Function Setting Description 0

Operation Mode

0: Normal Operation 1: Reset

Normal Operation: FPGA works dependent on Mode 1. Reset: FPGA doesn't output signals if Mode 0 in Reset.

1

FPGA Mode

0: Multiplex Mode 1: Parallel Mode

Multiplex Mode: De-multiplex incoming signals Parallel Mode: Bypass de-multiplex logic

2

LVDS Transmitter #1

0: LVDS enable 1: LVDS disable

Enable/Disable LVDS transmitter #1 to connect LVDS interface display

3

LVDS Transmitter #2

0: LVDS enable 1: LVDS disable

Enable/Disable LVDS transmitter #2 to connect LVDS interface display

4

Reserved

Reserved

Reserved

1 2 3 4 5 6 7 8

A

B

C

D

87654321

D

C

B

A

1

Fujitsu Microelectronics Europe GmbHAm Siebenstein 6-1063303 Dreieich

12

Coral PA Adapter BoardProject Top Sheet 1.0

29.09.2004 10:45Coral PA Dual Display Board

Title

Size: Number:

Date:File:

Revision:

Sheet ofTime:A3

VOR1VOG1VOB1

VDACR1VDACG1VDACB1

CORALVOGCORALVOR

CORALVOB

VOVS1VOHS1

VOHSYNC1VOVSYNC1

VOR2VOG2VOB2

VDACR2VDACG2VDACB2

VIGVIR

VIB

VOVS2VOHS2

VOHSYNC2VOVSYNC2

CORALVORCORALVOGCORALVOB

GV1

RGB OUT SWITCHRGB OUT SWITCH.SCH

VOR1

VOR2

VOG1

VOG2

VOB1

VOB2

VOVS1

VOVS2

VOHS1

VOHS2

RO2[0..7]

GO2[0..7]

BO2[0..7]

DCK2CSYNC2

VDACR2VDACG2VDACB2

RO1[0..7]

GO1[0..7]

BO1[0..7]

DCK1CSYNC1

VDACR1VDACG1VDACB1

RGB OUT DACSRGB OUT DACS.SCH

VOR1VOG1VOB1

VOHS1VOVS1

VOR2VOG2VOB2

VOHS2VOVS2

VIRVIGVIB

VIHSVIVS

VIRVIGVIB

RGB CONNECTORSRGB CONNECTORS.SCH

VIRVIGVIB

PCI 3V3 OR 5V 32 BIT ConnectorPCI 3V3 OR 5V 32 BIT Connector.SCH

RO1[0..7]

GO1[0..7]

BO1[0..7]

RO2[0..7]

GO2[0..7]

BO2[0..7]

RES1

HSYNC1VSYNC1

DE1DCK1

CSYNC1

RES2

HSYNC2VSYNC2

DE2DCK2

CSYNC2

GV1

RO[0..7]

GO[0..7]

BO[0..7]

VOHSYNCVOVSYNC

VOCSYNC

VODPD

VOGRVSWVODOTCLK

RO1[0..7]

GO1[0..7]

BO1[0..7]

HSYNC1VSYNC1

DCK1DE1

RO2[0..7]

GO2[0..7]

BO2[0..7]

DE2

HSYNC2VSYNC2

DCK2

RO1[0..7]

GO1[0..7]

BO1[0..7]

DCK1

RO2[0..7]

GO2[0..7]

BO2[0..7]

DCK2

SDASCL

EPM3512AEPM3512A.SCH

DCK1DE1

VSYNC1HSYNC1

RES1

BO1[0..7]

GO1[0..7]

RO1[0..7]

DCK2DE2

VSYNC2HSYNC2

RES2

BO2[0..7]

GO2[0..7]

RO2[0..7]

PANEL LINKPANEL LINK.SCH

RO1[0..7]

GO1[0..7]

BO1[0..7]

RO2[0..7]

GO2[0..7]

BO2[0..7]

HSYNC1

HSYNC2

VSYNC1

VSYNC2

DCK1

DCK2

DE1

DE2

RES1

RES2

DE2

RO2[0..7]

GO2[0..7]

BO2[0..7]

VSYNC2HSYNC2

DCK2

CSYNC2

VIRVIGVIB

VIHSVIVS

VOVSYNC2VOHSYNC2

VOVSYNCVOHSYNC

VOVSYNC1VOHSYNC1

DE1

RO1[0..7]

GO1[0..7]

BO1[0..7]

VSYNC1HSYNC1

DCK1

CSYNC1

RO[0..7]

GO[0..7]

BO[0..7]

VOVSYNCVOHSYNC

FPGA OUT ConnectorFPGA OUT Connector.Sch

RO1[0..7]

GO1[0..7]

BO1[0..7]

RO2[0..7]

GO2[0..7]

BO2[0..7]

HSYNC1

HSYNC2

VSYNC1

VSYNC2

DCK1

DCK2

DE1

DE2

GPCON1GPCON0

VODOTCLK

VOGRVSW

VOHSYNCVOVSYNC

CORALVOGCORALVOR

CORALVOB

RGBIG[0..5]RGBIVS

RGBIHSRGBICLK

RGBIB[0..5]RGBIR[0..5]

EXP CONN 1EXP CONN 1.SCH

GPCON1GPCON0

VODOTCLKVOGRVSW

VOHSYNCVOVSYNC

CORALVOGCORALVOR

CORALVOB

RGBIG[0..5]

RGBIVSRGBIHS

RGBICLKRGBIB[0..5]

RGBIR[0..5]


SDA

RO[0..7]

GO[0..7]

BO[0..7]

VOCSYNC

VODPD

VODCLKI

SCL


SDA

RO[0..7]

GO[0..7]

BO[0..7]

VOCSYNCVODPDVODCLKI

SCL


RO1[0..7]

GO1[0..7]

BO1[0..7]

GO2[0..7]

BO2[0..7]

DCK1

DCK2

CSYNC1

CSYNC2

RO2[0..7]

1 2 3 4 5 6 7 8

A

B

C

D

87654321

D

C

B

A

2


12

Coral PA Adapter BoardRGB Out Switch 1.0


Title

Size: Number:

Date:File:

Revision:

Sheet ofTime:A3

VOR1

VOG1

VOB1

VOR1

VOG1

VOB1

VDACR1

VDACG1

VDACB1

VDACR1

VDACG1

VDACB1

CORALVOG

CORALVOR

CORALVOB

CORALVOG

CORALVOR

CORALVOB-12V

C409

100N

VC

C14

GN

D7

U403E

M74HC08RM13TR

5D

GND

GND

5D

VOGND

5D

VOUT 1VIN2

VIN3

NC 4

GN

D5

VIN6

VIN7 NC 8

U400L79L05ACD

GND GND

-5D

C401

1U

VOGND

C405

100N

VOGND

0603R401

10K5D

C406

100N

VOGND

C402

1U

VOGND

ABSEL1

1

2

3

JP402

MR

1_SE

L

1

2

3

JP400

MG

1_SE

L

1

2

3

JP401MB1_SEL

MROUT1

MGOUT1

MBOUT1

+ C40010U/16

J401RGBSW_PDN1

VOGNDVOVS1

VOHS1

VOVS1

VOHS1

VOHSYNC1

VOVSYNC1

VOHSYNC1

VOVSYNC1

A 1

B 2C3

U403A

M74HC08RM13TR

A 4

B 5C6

U403B

M74HC08RM13TR

1

2

3

JP404JUMPER 3 WAY SIL

1

2

3JP403JUMPER 3 WAY SIL

0603 R400

10K

3V3

VOGND

J400

ABSEL21

A OUT1

GN

D2

A IN1 3

A IN2 4

B IN 2 5

B IN 1 6

GN

D7

B OUT8

C OUT9

GN

D10

C IN 2 11

C IN 1 12

VEE13

POWDN 14

VCC15 A/B SEL 16

U401

EL4331C_2

1

2

3

JP407

AB

SEL1

VOR2

VOG2

VOB2

VOR2

VOG2

VOB2

VDACR2

VDACG2

VDACB2

VDACR2

VDACG2

VDACB2

VIG

VIR

VIB

VIG

VIR

VIB

VOGND

5D

-5D

C403

1U

VOGND

C407

100N

VOGND

0603R402

10K5D

C408

100N

VOGND

C404

1U

VOGND

ABSEL21

2

3

JP408

MR

21_S

EL

1

2

3

JP409

MG

2_SE

L

1

2

3

JP410

MB

2_SE

L

MROUT2

MGOUT2

MBOUT2

J403RGBSW_PDN2

VOGNDVOVS2

VOHS2

VOVS2

VOHS2

VOHSYNC2

VOVSYNC2

VOHSYNC2

VOVSYNC2A 12

B 13C11

U403D

M74HC08RM13TR

A 9

B 10C8

U403C

M74HC08RM13TR

1

2

3


1

2

3JP405JUMPER 3 WAY SIL

0603 R403

10K

3V3

VOGND

J402

ABSEL22

A OUT1

GN

D2

A IN1 3

A IN2 4

B IN 2 5

B IN 1 6

GN

D7

B OUT8

C OUT9

GN

D10

C IN 2 11

C IN 1 12

VEE13

POWDN 14

VCC15 A/B SEL 16

U402

EL4331C_2

1

2

3

JP411

AB

SEL2

GV1

GV1

1 2 3 4 5 6 7 8

A

B

C

D

87654321

D

C

B

A

3


12

Coral PA Adapter BoardRGB Out DACS 1.0


Title

Size: Number:

Date:File:

Revision:

Sheet ofTime:A3

0603R363

68R0603

R361

470R

RO2[0..7]

GO2[0..7]

BO2[0..7]

RO2[0..7]

GO2[0..7]

BO2[0..7]

VOGND

A3V3

DCK2

CSYNC2

VDACR2

VDACG2

VDACB2

+ C35110U/16

A3V3

C356100N

VOGND

C358100N

VOGND

C359

100N

VOGND

C357

100N

TP3511.235V VOBLK2

C36310N

VOGND

VDACR2

VDACG2

VDACB2

0603

R353

10K

A3V3

J353BLANK

VOGND

CSYNC2

DCK2

0603

R357

91R

0603

R358

91R

0603

R359

91R

VOGND VOGND VOGND

0603R352

10K

J351PSAVE

A3V3

VRF2

C36410N

VOGND VOGND

1

2

3

JP350

JUMPER 3 WAY SIL

VOGND

GN

D1

G0 3

G1 4

G2 5

G3 6

G4 7

G5 8

G6 9

G7 10

BLANK 11SYNC 12

VA

A13

GN

D2

GN

D14

B0 16

B1 17

B2 18

B3 19

B4 20

B5 21

B6 22

B7 23

VA

A30

CLK 24

GN

D25

GN

D15

/IOB27

IOB28

VA

A29

/IOG31

/IOR33

IOG32

IOR34

GN

D26

R0 41

R1 42

R2 43

R3 44

R4 45

R5 46

R6 47

R7 48

COMP35

VREF36

RSET37

POW SAVE38

GN

D39

GN

D40

U351

ADV7125KST140_2

A3V3

VOGND

0603R362

68R0603

R360

470R

RO10RO11RO12RO13RO14RO15RO16RO17

GO10GO11GO12GO13GO14GO15GO16GO17

BO10BO11BO12BO13BO14BO15BO16BO17

RO1[0..7]

GO1[0..7]

BO1[0..7]

RO1[0..7]

GO1[0..7]

BO1[0..7]

VOGND

A3V3

DCK1

CSYNC1

VDACR1

VDACG1

VDACB1

+ C35010U/16

3V3A

VOGND

A3V3

C352100N

VOGND

C353100N

VOGND

C354

100N

VOGND

C355

100N

TP3501.235V VOBLK1

C36110N

VOGND

VDACR1

VDACG1

VDACB1

0603

R351

10K

A3V3

J352BLANK

VOGND

CSYNC1

DCK1

0603

R354

91R

0603

R355

91R

0603

R356

91R

VOGND VOGND VOGND

0603R350

10K

J350PSAVE

A3V3

VRF1

FB350

BL01RN1-A62+ C36022U/25 C362

10N

VOGND VOGND

1

2

3

JP351

DISEN

VOGND

GN

D1

G0 3

G1 4

G2 5

G3 6

G4 7

G5 8

G6 9

G7 10

BLANK 11SYNC 12

VA

A13

GN

D2

GN

D14

B0 16

B1 17

B2 18

B3 19

B4 20

B5 21

B6 22

B7 23

VA

A30

CLK 24

GN

D25

GN

D15

/IOB27

IOB28

VA

A29

/IOG31

/IOR33

IOG32

IOR34

GN

D26

R0 41

R1 42

R2 43

R3 44

R4 45

R5 46

R6 47

R7 48

COMP35

VREF36

RSET37

POW SAVE38

GN

D39

GN

D40

U350

ADV7125KST140_2

A3V3

VOGND




1 2 3 4 5 6 7 8

A

B

C

D

87654321

D

C

B

A

4


12

Coral PA Adapter BoardRGB Out Connectors 1.0


Title

Size: Number:

Date:File:

Revision:

Sheet ofTime:A3

VCCHO VCCHO VCCHO L300

120N 5DVCCHO

VOR1R 1

G 2

B 3

NC4

GND 5

GND 6

GND 7

GND 8NC9

GND 10NC11

NC12

HSYNC 13

VSYNC 14

NC15

GND 16GND 17

J300RGB OUTPUT

VOGND

VOGND VOGND VOGND

C300

33P

C301

33P

VOGND

C302

33P

VOGND

VOG1

VOB1

VOHS1

VOVS1

ROUT1

BOUT1

GOUT1

HSO1

VSO1

0603R303

75R0603

R304

75R0603

R305

75R0603

R315

0R0603

R316

0R

VOR1

VOG1

VOB1

VOHS1

VOVS1

D30

0

LL41

48D

302

LL41

48

D30

4

LL41

48

D30

1

LL41

48D

303

LL41

48

D30

5

LL41

48

VCCHO VCCHO

VOGND VOGND

D30

6

LL41

48

D30

8

LL41

48

D30

7

LL41

48

D30

9

LL41

48

VOGND

VCCHO VCCHO VCCHO

VOR2R 1

G 2

B 3

NC4

GND 5

GND 6

GND 7

GND 8NC9

GND 10NC11

NC12

HSYNC 13

VSYNC 14

NC15

GND 16GND 17

J301RGB OUTPUT

VOGND VOGND VOGND VOGND

C303

33P

C304

33P

VOGND

C305

33P

VOGND

VOG2

VOB2

VOHS2

VOVS2

ROUT2

BOUT2

GOUT2

HSO2

VSO2

0603R306

75R0603

R307

75R0603

R308

75R0603

R317

0R0603

R318

0R

VOR2

VOG2

VOB2

VOHS2

VOVS2

D31

0

LL41

48D

311

LL41

48

D31

2

LL41

48

D31

6

LL41

48D

318

LL41

48

D32

0

LL41

48

VCCHO VCCHO

VOGND VOGND

D31

3

LL41

48

D31

4

LL41

48

D32

2

LL41

48

D32

4

LL41

48

VOGND

0603

R301

NF-0RC310

330P

GND GND

VCCHI VCCHI VCCHI L301

120N 5DVCCHI

VIR

VIGND

VIGND VIGND VIGND

0603 R312

75R

C306

33P

VIGND

0603 R313

75R

C307

33P

VIGNDVIGND

0603 R314

75R

C308

33P

VIGNDVIGND

VIG

VIB

VIHS

VIVS

RI

GI

BI

HSI

VSI

0603R309

75R0603

R310

75R0603

R311

75R0603

R319

0R0603

R320

0R

VIR

VIG

VIB

VIHS

VIVS

D31

5

LL41

48D

317

LL41

48

D31

9

LL41

48

D32

5

LL41

48D

326

LL41

48

D32

7

LL41

48

VCCHI VCCHI

VIGND VIGND

D32

1

LL41

48

D32

3

LL41

48

D32

8

LL41

48

D32

9

LL41

48

VIGND

FB302

BL01RN1

FB300

BL01RN1

FB301

BL01RN1

0603

R302

NF-0RC311

330P

GND GND

0603

R300

NF-0RC309

330P

GND GND

1 23 45 67 89 10

J302

HDR2X5

VIGND

1 2 3 4 5 6 7 8

A

B

C

D

87654321

D

C

B

A

5


12

Coral PA Adapter BoardPCI 32 Bit Connector 1.0


Title

Size: Number:

Date:File:

Revision:

Sheet ofTime:A3

3V3A

GND

5D

12V

-12V

GND

-12V B1

TCK B2

GND B3

TDO B4

5V B5

5V B6

INTB#B7

INTD#B8

PRSNT1#B9

RESERVED B10

PRSNT2#B11

RESERVED B14

GND B15

CLKB16

GND B17

REQ#B18

VIO B19

ADDR / DATA 31B20

ADDR / DATA 29B21

GND B22

ADDR / DATA 27B23

ADDR / DATA 25B24

3.3V B25

C / BE3#B26

ADDR / DATA 23B27

GND B28

ADDR / DATA 21B29

ADDR / DATA 19B30

3.3V B31

ADDR / DATA 17B32

C / BE2#B33

GND B34

IRDY#B35

3.3V B36

DEVSEL#B37

GND B38

LOCK#B39

PERR#B40

3.3V B41

SER#B42

3.3V B43

C / BE1#B44

ADDR / DATA 14B45

GND B46

ADDR / DATA 12B47

ADDR / DATA 10B48

M66 EN B49

ADDR / DATA 8B52

ADDR / DATA 7B53

3.3V B54

ADDR / DATA 5B55

ADDR / DATA 3B56

GND B57

ADDR / DATA 1B58

VIO B59

ACK64# B60

5V B61

5V B62

TRST# A1

12V A2

TMS A3TDI A4

5V A5

INTA#A6

INTC#A7

5V A8

RESERVED A9

VIO A10

RESERVED A11

RESERVED A14RST#A15

VIO A16

GNT#A17

GND A18

RESRVED A19

ADDR / DATA 30A20

3.3V A21

ADDR / DATA 28A22

ADDR / DATA 26A23

GND A24

ADDR / DATA 24A25

IDSELA26

3.3V A27

ADDR / DATA 22A28

ADDR / DATA 20A29

GND A30

ADDR / DATA 18A31

ADDR / DATA 16A32

3.3V A33

FRAME#A34

GND A35

TRDY#A36 GND A37

STOP#A38

3.3V A39

SDONEA40

SBO#A41

GND A42

PARA43

ADDR / DATA 15A44

3.3V A45

ADDR / DATA 13A46

ADDR / DATA 11A47

GND A48

ADDR / DATA 9A49

C / BE0#A52

3.3V A53

ADDR / DATA 6A54

ADDR / DATA 4A55

GND A56

ADDR / DATA 2A57

ADDR / DATA 0A58

VIO A59

REQ64# A60

5V A61

5V A62

J250

PCI-3V3 OR 5V-32BIT-EDGE

FD250

FIDUCIAL

FD252

FIDUCIAL

FD254

FIDUCIALFD251

FIDUCIAL

FD253

FIDUCIAL

FD255

FIDUCIAL

C251

100N

GND

C252

100N

GND

-12V 12V

H250

HOLE3.5MM-NPTH

IN+3

GN

D1

OU 2

U250LM1117DTX-3V3

+ C25010U/16

C253

100N

GND GND GND

LED250

RED

0603

R250

470R

GND

LED251

RED

0603

R251

360R

GND

LED252

RED

0603

R252

1K

GND

LED253RED

0603

R253

1K

GND

5D 3V3A 12V -12V

1

2

3

JP250

3V3 SOURCE SELECTPCI3V3

1 23 45 67 89 10

J251

HDR2X5

1 2 3 4 5 6 7 8

A

B

C

D

87654321

D

C

B

A

6


12

Coral PA Adapter BoardFPGA-EPM3512A 1.0


Title

Size: Number:

Date:File:

Revision:

Sheet ofTime:A3

GND_IO6

GND_IO14

GND_IO32

GND_IO40

GND_IO50

GND_IO51

GND_IO72

GND_IO84

GND_IO94

GND_IO108

GND_IO116

GND_IO134

GND_IO152

GND_IO158

GND_IO174

GND_IO200

VCC_IO5

VCC_IO23

VCC_IO41

VCC_IO63

VCC_IO85

VCC_IO105

VCC_IO107

VCC_IO125

VCC_IO143

VCC_IO165

VCC_IO191

VCC_IO207

VCC_INT74

VCC_INT83

VCC_INT179

VCC_INT186

GND_INT75

GND_INT82

GND_INT180

GND_INT185

IN/OE2/GCLK2181

IN/OE1183

IN/nGCLR182

IN/GCLK1184

A1 173A9 175

A11 / JTAG_TDI176

A14 177A16 178

B17 169B21 170

B25 171B27 172

C33 163

C37 164C41 166C43 167C46 168D

5715

9

D59

160

D62

161

D64

162

E67

153

E73

154

E75

155

E78

156

E80

157

F81

147

F83

148

F85

149

F91

150

F94

151

G99 141

G101 142G105144 G107145 G110146

H113 135H115 136H117 137H123 138H126 139H128 140

I131 129I133 130I137 131I142 132

I144 133

J145 122

J149 123J153 124J155 126

J158 / JTAG_TMS127

J160 128

K161 115K163 117K165 118K169 119K174 120K176 121

L177 109L181 110L185 111L187 112L190 113

L192 114

M19

310

1M

197

102

M20

110

3M

203

104

M20

610

6

N20

995

N21

396

N21

797

N21

998

N22

299

N22

410

0

O22

588

O22

789

O22

990

O23

391

O23

592

O24

093

P24179 P24580 P24981 P25486 P25687

Q25778 Q26177 Q26576 Q26773 Q27071 Q27270

R27369 R27568 R27767 R28166 R28365 R28864

S289

62

S293

61

S297

60

S299

59

S302

58

S304

57

T305

56

T309

55

T313

54

T315

53

T318

52

T320

49

U32

148

U32

547

U32

946

U33

145

U33

444

U33

643

V33

742

V34

139

V34

538

V35

037

V35236

W35335 W35734 W36133 W36331

W366 / JTAG_TCK30

W36829

X37128 X37327 X37726 X38225 X38424 Y38522 Y38721 Y38920

Y39519 Y39818 Y40017 Z40316 Z40515 Z40913 Z41112 Z41411

AA41710 AA4199 AA4218 AA4277 BB4354 BB4413 BB4432 BB4461 BB448 208

CC457 206

CC459 205

CC462 204

CC464 203

DD465 202

DD469 201

DD473 199

DD475 198

DD478 197

EE481 196

EE485 195

EE489 194

EE491 193

FF497 192

FF505 190

FF507 / JTAG_TDO189

FF510 188

FF512 187

U200

EPM3512A_208

GND

3V3A

RO10RO11RO12RO13RO14

RO15

RO16

RO17

GO10GO11GO12

GO13GO14GO15

GO16GO17

BO10

BO11BO12BO13BO14BO15

BO16BO17

RO20RO21RO22RO23RO24

RO25

RO26

RO27

GO20GO21GO22

GO23GO24GO25

GO26GO27

BO20

BO21BO22BO23BO24BO25

BO26BO27

RO1[0..7]

GO1[0..7]

BO1[0..7]

RO2[0..7]

GO2[0..7]

BO2[0..7]

RES1HSYNC1VSYNC1

DE1DCK1CSYNC1

RES2HSYNC2VSYNC2

DE2DCK2CSYNC2

GV1

RO[0..7]

GO[0..7]

BO[0..7]

VOHSYNCVOVSYNCVOCSYNCVODPD

VOGRVSW




VOHSYNCVOVSYNCVOCSYNCVODPD

VOGRVSW

RES1HSYNC1VSYNC1DE1DCK1CSYNC1

RES2HSYNC2VSYNC2DE2DCK2CSYNC2

GV1

RO1[0..7]

GO1[0..7]

BO1[0..7]

RO2[0..7]

GO2[0..7]

BO2[0..7]

RO[0..7]

GO[0..7]

BO[0..7]

12

34

56

78

910

J201

MODE_SW

GND

VODOTCLK VODOTCLK

1 23 45 67 89 10

J200

HDR2X5

GND GND

JT_TDIJT_TMSJT_TCKJT_TDO

1 23 45 6

JP500

HD3X2

SCLSDA

GND GND

SCLSDA

FSCLFSDA

1 2 3 4 5 6 7 8

A

B

C

D

87654321

D

C

B

A

7


12

Coral PA Adapter BoardLVDS Transmitter 1.0


Title

Size: Number:

Date:File:

Revision:

Sheet ofTime:A3

VC

C0

1

VC

C1

9

VC

C2

26

VC

C_P

LL34

VC

CO

44

GN

D5

GN

D13

GN

D21

GN

D29

GN

D53

GN

D_P

LL33

GN

D_P

LL35

GNDO 36GNDO 43GNDO 49

TXIN5_R72

TXIN6_R53

TXIN7_G04

TXIN8_G16

TXIN9_G27

TXIN10_G68

TXIN11_G710

TXIN12_G311

TXIN13_G412

TXIN14_G514

TXIN15_B015

TXIN16_B616

TXIN17_B718

TXIN18_B119

TXIN19_B220

TXIN20_B322

TXIN21_B423

TXIN22_B524

TXIN23_RES25

TXIN24_HSYNC27

TXIN25_VSYNC28

TXIN26_EN30

TXIN27_R650

TXIN0_R051

TXIN1_R152

TXIN2_R254

TXIN3_R355

TXIN4_R456

R_FB 17PWRDN 32

TXCLKIN31

TXOUT_3 + 37TXOUT_3 - 38

TXCLK + 39TXCLK - 40




U150

DS90C385AMT

GND

FB150

BL01RN1-A62

GNDO_1

1 23 45 67 89 10

11 1213 14

J150

HDR2X7

GNDO_1

DCK1DE1

VSYNC1HSYNC1

RES1

BO1[0..7]

GO1[0..7]

RO1[0..7]

TXO1_0TXO1_1

TXO1_2TXO1_3

TXO1_4TXO1_5

TXO1_6TXO1_7

TXO1_8TXO1_9

TXO1_10TXO1_11

TXO1_0TXO1_1TXO1_2TXO1_3TXO1_4TXO1_5 TXO1_6

TXO1_7TXO1_8TXO1_9TXO1_10TXO1_11RO10

RO11RO12RO13RO14RO15RO16RO17



RO1[0..7]

GO1[0..7]

BO1[0..7]

RES1HSYNC1VSYNC1DE1DCK1

VC

C0

1

VC

C1

9

VC

C2

26

VC

C_P

LL34

VC

CO

44

GN

D5

GN

D13

GN

D21

GN

D29

GN

D53

GN

D_P

LL33

GN

D_P

LL35

GNDO 36GNDO 43GNDO 49

TXIN5_R72

TXIN6_R53

TXIN7_G04

TXIN8_G16

TXIN9_G27

TXIN10_G68

TXIN11_G710

TXIN12_G311

TXIN13_G412

TXIN14_G514

TXIN15_B015

TXIN16_B616

TXIN17_B718

TXIN18_B119

TXIN19_B220

TXIN20_B322

TXIN21_B423

TXIN22_B524

TXIN23_RES25

TXIN24_HSYNC27

TXIN25_VSYNC28

TXIN26_EN30

TXIN27_R650

TXIN0_R051

TXIN1_R152

TXIN2_R254

TXIN3_R355

TXIN4_R456

R_FB 17PWRDN 32

TXCLKIN31


TXCLK + 39TXCLK - 40




U151

DS90C385AMT

GND

FB151

BL01RN1-A62

GNDO_2

1 23 45 67 89 10

11 1213 14

J151

HDR2X7

GNDO_2

DCK2DE2

VSYNC2HSYNC2

RES2

BO2[0..7]

GO2[0..7]

RO2[0..7]

GND

C156100N

GND

C157100N

GND

C154100N

GND

C155100N

3V3A

RO1[0..7]

GO1[0..7]

BO1[0..7]

RES2HSYNC2VSYNC2DE2DCK2

GND

C152100N

GND

C153100N

GND

C150100N

GND

C151100N

3V3A

TXO2_0TXO2_1

TXO2_2TXO2_3

TXO2_4TXO2_5

TXO2_6TXO2_7

TXO2_8TXO2_9

TXO2_10TXO2_11

TXO2_0TXO2_1TXO2_2TXO2_3TXO2_4TXO2_5 TXO2_6

TXO2_7TXO2_8TXO2_9TXO2_10TXO2_11RO20

RO21RO22RO23RO24RO25RO26RO27



1 2 3 4 5 6 7 8

A

B

C

D

87654321

D

C

B

A

8


12

Coral PA Adapter BoardFPGA Out Connector 1.0


Title

Size: Number:

Date:File:

Revision:

Sheet ofTime:A3

DCK2HSYNC2VSYNC2

RO2[0..7]

GO2[0..7]

BO2[0..7]

DE2

RO2[0..7]

GO2[0..7]

BO2[0..7]

VSYNC2HSYNC2

DCK2

CSYNC2

DE2CSYNC2

I/O1

I/O2

I/O3

I/O4

I/O5

I/O6

I/O7

I/O8

I/O9

I/O10

I/O11

I/O12

I/O13

I/O14

I/O15

I/O16

I/O17

I/O18

I/O19

I/O20

I/O21

I/O22

I/O23

I/O24

I/O25

I/O26

I/O27

I/O28

I/O29

I/O30

I/O31

I/O32

I/O33

I/O34

I/O35

I/O36

I/O37

I/O38

I/O39

I/O40

J102

EXP HDR 2 X 20




3V3A

5D5D

GND

3V3A12V

VIRVIGVIB

VIHSVIVS

1

2

3


1

2

3


VOVSYNC2

VOHSYNC2

1

2

3


1

2

3


VOVSYNC

VOHSYNC

VOVSYNC1

VOHSYNC1

DCK1HSYNC1VSYNC1

RO1[0..7]

GO1[0..7]

BO1[0..7]

DE1

RO1[0..7]

GO1[0..7]

BO1[0..7]

VSYNC1HSYNC1

DCK1

CSYNC1

DE1CSYNC1

I/O1

I/O2

I/O3

I/O4

I/O5

I/O6

I/O7

I/O8

I/O9

I/O10

I/O11

I/O12

I/O13

I/O14

I/O15

I/O16

I/O17

I/O18

I/O19

I/O20

I/O21

I/O22

I/O23

I/O24

I/O25

I/O26

I/O27

I/O28

I/O29

I/O30

I/O31

I/O32

I/O33

I/O34

I/O35

I/O36

I/O37

I/O38

I/O39

I/O40

J101

EXP HDR 2 X 20

3V3A

5D5D

GND

3V3A12V




1 23 45 67 89 10

J100

HDR2X5

5D

GND

VIRVIGVIGVIBVIHSVIVS

VIRVIGVIGVIBVIHSVIVS

VOVSYNC

VOVSYNC1

VOVSYNC2

VOHSYNC

VOHSYNC1

VOHSYNC2

1 2 3 4 5 6 7 8

A

B

C

D

87654321

D

C

B

A

9


12

Coral PA Adapter BoardEXP Connector 1 1.0


Title

Size: Number:

Date:File:

Revision:

Sheet ofTime:A3

VOVSYNCVOHSYNC

VOGRVSW

VODOTCLK

GPCON1GPCON0

CORALVOGCORALVORCORALVOB

VODOTCLK

VOGRVSW

VOHSYNCVOVSYNC


GPCON0GPCON1

RGBIG[0..5] RGBIG[0..5]

12V

I/O1

I/O2

I/O3

I/O4

I/O5

I/O6

I/O7

I/O8

I/O9

I/O10

I/O11

I/O12

I/O13

I/O14

I/O15

I/O16

I/O17

I/O18

I/O19

I/O20

I/O21

I/O22

I/O23

I/O24

I/O25

I/O26

I/O27

I/O28

I/O29

I/O30

I/O31

I/O32

I/O33

I/O34

I/O35

I/O36

I/O37

I/O38

I/O39

I/O40

J75

EXP HDR 2 X 20

RGBIR0RGBIR1RGBIR2RGBIR3RGBIR4RGBIR5

RGBIB0RGBIB1RGBIB2RGBIB3RGBIB4RGBIB5

RGBIVSRGBIHS

RGBICLK RGBICLKRGBIVSRGBIHS

RGBIB[0..5] RGBIB[0..5]

RGBIR[0..5]

RGBIR[0..5]

3V3A5D

-12V

GND

RGBIG0RGBIG1RGBIG2RGBIG3RGBIG4RGBIG5

1 2 3 4 5 6 7 8

A

B

C

D

87654321

D

C

B

A

10


12



Title

Size: Number:

Date:File:

Revision:

Sheet ofTime:A3

VOVSYNCVOHSYNC

VOGRVSW

VODOTCLK

GPCON1GPCON0


VODOTCLK

VOGRVSW

VOHSYNCVOVSYNC


GPCON0GPCON1

RGBIG[0..5] RGBIG[0..5]

12V

I/O1

I/O2

I/O3

I/O4

I/O5

I/O6

I/O7

I/O8

I/O9

I/O10

I/O11

I/O12

I/O13

I/O14

I/O15

I/O16

I/O17

I/O18

I/O19

I/O20

I/O21

I/O22

I/O23

I/O24

I/O25

I/O26

I/O27

I/O28

I/O29

I/O30

I/O31

I/O32

I/O33

I/O34

I/O35

I/O36

I/O37

I/O38

I/O39

I/O40

J50

EXP HDR 2 X 20

RGBIR0RGBIR1RGBIR2RGBIR3RGBIR4RGBIR5

RGBIB0RGBIB1RGBIB2RGBIB3RGBIB4RGBIB5

RGBIVSRGBIHS

RGBICLK RGBICLKRGBIVSRGBIHS

RGBIB[0..5] RGBIB[0..5]

RGBIR[0..5] RGBIR[0..5]

3V3A5D

-12V

GND

RGBIG0RGBIG1RGBIG2RGBIG3RGBIG4RGBIG5

1 2 3 4 5 6 7 8

A

B

C

D

87654321

D

C

B

A

11


12



Title

Size: Number:

Date:File:

Revision:

Sheet ofTime:A3

VODCLKIVODPDVOCSYNC

RO[0..7]

GO[0..7]

BO[0..7]

SDA

RO[0..7]

GO[0..7]

BO[0..7]

VOCSYNCVODPD

VODCLKI

SCL

SDASCL

I/O1

I/O2

I/O3

I/O4

I/O5

I/O6

I/O7

I/O8

I/O9

I/O10

I/O11

I/O12

I/O13

I/O14

I/O15

I/O16

I/O17

I/O18

I/O19

I/O20

I/O21

I/O22

I/O23

I/O24

I/O25

I/O26

I/O27

I/O28

I/O29

I/O30

I/O31

I/O32

I/O33

I/O34

I/O35

I/O36

I/O37

I/O38

I/O39

I/O40

J25

EXP HDR 2 X 20




3V3A

5D5D

GND

3V3A12V

1 2 3 4 5 6 7 8

A

B

C

D

87654321

D

C

B

A

12


12



Title

Size: Number:

Date:File:

Revision:

Sheet ofTime:A3

VODCLKIVODPDVOCSYNC

RO[0..7]

GO[0..7]

BO[0..7]

SDA

RO[0..7]

GO[0..7]

BO[0..7]

VOCSYNCVODPD

VODCLKI

SCL

SDASCL

I/O1

I/O2

I/O3

I/O4

I/O5

I/O6

I/O7

I/O8

I/O9

I/O10

I/O11

I/O12

I/O13

I/O14

I/O15

I/O16

I/O17

I/O18

I/O19

I/O20

I/O21

I/O22

I/O23

I/O24

I/O25

I/O26

I/O27

I/O28

I/O29

I/O30

I/O31

I/O32

I/O33

I/O34

I/O35

I/O36

I/O37

I/O38

I/O39

I/O40

J1

EXP HDR 2 X 20




3V3A

5D5D

GND

3V3A12V



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The contents of this document are subject to change without notice. Customers are advised to consult with FUJITSU sales representatives before ordering. The information and circuit diagrams in this document are presented as examples of semiconductor device applications, and are not intended to be incorporated in devices for actual use. Also, FUJITSU is unable to assume responsibility for infringement of any patent rights or other rights of third parties arising from the use of this information or circuit diagrams. No license is granted by implication or otherwise under any patent or patent rights of Fujitsu Microelectronics GmbH. FUJITSU semiconductor devices are intended for use in standard applications (computers, office automation and other office equipment, industrial, communications and measurement equipment, personal or household devices, etc.). CAUTION: Customers considering the use of our products in special applications where failure or abnormal operation may directly affect human lives or cause physical injury or property damage, or where extremely high levels of reliability are demanded (such as aerospace systems, atomic energy controls, sea floor repeaters, vehicle operating controls, medical devices for life support, etc.) are requested to consult with FUJITSU sales representatives before such use. The company will not be responsible for damages arising from such use without prior approval. Any semiconductor devices have inherently a certain rate of failure. You must protect against injury, damage or loss from such failures by incorporating safety design measures into your facility and equipment such as redundancy, fire protection, and prevention of over-current levels and other abnormal operating conditions. If any products described in this document represent goods or technologies subject to certain restrictions on export under the Foreign Exchange and Foreign Trade Control Law of Japan, the prior authorisation by Japanese government should be required for export of those products from Japan.

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CORAL PA ADA - Fujitsu · vog2 vob1 vob2 vovs1 vovs2 vohs1 vohs2 ro2[0..7] go2[0..7] bo2[0..7] dck2 csync2 vdacr2 vdacg2 vdacb2 ro1[0..7] go1[0..7] bo1[0..7] dck1 csync1 vdacr1 vdacg1