ADV7604 Evaluation Board User Guide - Analog Devices...3.2.2 Getting Started with ADV Register Control Software The ADV Register Control software can be used to run example configuration

© 2010 Analog Devices, Inc. All rights reserved.

Pr. A June 2010 Analog Devices B.V. 1 of 27 - 1 -

ADV7604 Evaluation Board User Guide

June 2010

Pr. A



Table of Contents Table of Contents .......................................................................................................................... 2

1. Introduction .......................................................................................................................... 3

2. Evaluation Kit ....................................................................................................................... 3

3. Initial Configuration ............................................................................................................ 4

3.1 Hardware ...................................................................................................................... 4

3.2 Software ........................................................................................................................ 5

3.2.1 ATV Benchtop Installation .................................................................................... 5

3.2.2 Getting Started with ADV Register Control Software ....................................... 5

4. Using the Evaluation Platform ........................................................................................... 7

4.1 ADV7604 Evaluation Board Hardware .................................................................... 7

4.1.1 Connecting Input Video ........................................................................................ 8

4.1.2 EDID Configuration ............................................................................................... 8

4.1.3 Powerdown Mode EDID ........................................................................................ 9

4.2 Video Output Module............................................................................................... 10

4.3 Using Configuration Scripts .................................................................................... 10

4.4 Using Software Driver .............................................................................................. 11

4.5 Configuring the Motherboard ................................................................................. 11

5. Updating Files ..................................................................................................................... 12

5.1 Updating Scripts ........................................................................................................ 12

5.2 Updating Defaults ..................................................................................................... 12

6. Schematics ........................................................................................................................... 13

7. Layout .................................................................................................................................. 22



1. Introduction This User Guide is intended to provide application support for the ADV7604 evaluation

kit. It also provides details on the set up and manual configuration of the evaluation

board. Software drivers are available for this evaluation board - a separate user guide is

available for these software drivers.

2. Evaluation Kit Each ADV7604 evaluation kit consists of the following:

ADV7604 Evaluation Board

ATV Motherboard

Video Output Module

USB cable

7.5V DC power supply module

Evaluation kit CD



3. Initial Configuration

3.1 Hardware The ATV evaluation platform is comprised of three modules the ADV7604 evaluation

board, the ATV motherboard and the video output module. To assemble the evaluation

platform, plug the ADV7604 evaluation board into the Female AV Input connector of the

motherboard and plug the video output module into the Male AV Output connector of

the motherboard.

Connect the female connector of the 7.5V DC power supply module supplied with the

evaluation kit to the motherboard power connector, J18. Connect the USB cable supplied

with the evaluation kit to the motherboard USB connector, J12.

The evaluation platform should now resemble Figure 1.

To turn the evaluation platform on, flick motherboard power switch (S10) to position

light 2 3 seconds later. This indicates the eval platform is now ready to use.

Figure 1 – ATV Evaluation Platform



3.2 Software

3.2.1 ATV Benchtop Installation

All the files necessary to install the ATV Benchtop software are on the evaluation kit CD

supplied in the evaluation kit. To install the ATV Benchtop software from the evaluation

kit CD, please complete the following steps:

Copy the ATV Benchtop installer folder to the c:\ drive.

Follow the installation wizard to complete installation following the on screen

instructions including a restart if prompted.

Please note; to install the ATV Benchtop software, you need to be an administrator on the

PC the software is being installed on.

3.2.2 Getting Started with ADV Register Control Software

The ADV Register Control software can be used to run example configuration scripts on

the ATV Evaluation platform and adjust I2C register settings via USB. In order to launch

the ADV Register Control software from the ATV Benchtop, complete the following

steps:

Launch the ATV Benchtop from -> All

Programs -> Analog Devices -> ATV Benchtop -> ATV Benchtop). The ATV

Benchtop control panel as per Figure 2 will appear.

Figure 2 – ATV Benchtop Control

Select ADV Register Control from the ATV Benchtop control panel.

Select a script targeting the device on your evaluation platform (ADV7604 in this

case) from the ADV Register Program Configuration window as per Figure 3.



Figure 3 – ADV Register Program Configuration

Finally, the user can run configuration scripts, change individual bit values, check

STDI information and read user write logs from the ADV Register Control Panel

as per Figure 4.

Figure 4 – ADV Register Control Panel



4. Using the Evaluation Platform

4.1 ADV7604 Evaluation Board Hardware The following features of the ADV7604 evaluation board

Figure 5) should be noted

Input Video Connectors

4 x HDMI inputs

1 x Component input

1 x Graphic input

2 x D-type inputs (Japanese market only)

Jumpers

K7 and K8 (external EDID I2C access)

K6 and K9, K4 and K5, K1 and K2 (not stuffed external EDID I2C access)

SE_PIN

SE_PWR

Miscellaneous

168 pin male motherboard connector

Power LED (D1)

I2C header (P1)



Figure 5 – ADV7604 Evaluation Board

4.1.1 Connecting Input Video

To connect an input video source to the evaluation board, use a suitable cable and one of

the input video connectors outlined above. Do not use excessive force when connecting

or disconnecting the cables as this may result in damage to the evaluation board.

4.1.2 EDID Configuration

There are two EDID options available to user on the ADV7604 board an external

PROM on port D to which an EDID can be programmed or an internal EDID PROM

within the ADV7604.

4.1.2.1 Configuring the External EDID

To program the external PROM (U10) for port D, complete the following procedure:

Connect the PROM to the I2C bus by putting jumpers K7 and K8 into position B

Connect the evaluation platform to the as outlined in Section 3

D-terminal in

D-terminal in

Graphics in

Component in

Motherboard

Connector

HDMI in HDMI in HDMI in HDMI in



programmed

The EDID is now downloaded the external PROM. Reset the jumpers to position

A to use the external EDID

4.1.2.2 Configuring the Internal EDID

To program the internal PROM, complete the following procedure:

Disconnect the external EDID by removing jumpers K7 and K8

Select the EDID script from the Settings -> Scripts menu in the ADV Register

Control Panel

Note: the external EDID PROMs are not stuffed for ports A, B or C. If it is desired to stuff

these parts, please consult the evaluation board BOM for details of the required parts.

4.1.3 Powerdown Mode EDID

To evaluation the powerdown mode EDID, the evaluation board should be disconnected

from the powered ATV motherboard. A HDMI cable with an active source supplying 5V

to the HDMI 5V line should be connected.

The user can then determine whether they want the SPI PROM EDID replicated on ports

A, B, C and D or ports A, B, and C by inserting or removing the SE_PIN header

respectively.

The user can also disconnect the 5V supply from a source plugged into port D by

removing jumper SE_PWR.



4.2 Video Output Module The following features of the Video Output Module (Figure 6) should be noted

Output Video Connectors

1 x HDMI output

1 x Component output

1 x CVBS output

1 x S Video output

Figure 6 – Video Output Module

4.3 Using Configuration Scripts The evaluation platform is provided with a set of scripts to provide a fast and easy means

of configuring the system to process a wide variety of input video formats. Figure 4

illustrates how a specific script file can be accessed and selected from the ADV Register

Control Panel (e.g. Setting -> Scripts -> DESIRED CATEGORY -> DESIRED SCRIPT).

indication box. Register maps can be accessed from the ADV Register Control Panel by

clicking on the tabs across the screen below the standard toolbar (e.g. DEVICE 1,

DEVICE 2). The selected register map name is displayed when the tab is selected.

Component out

Motherboard

Connector

CVBS out

S Video out

HDMI out



4.4 Using Software Driver Some motherboards, by request, are supplied with application code already preloaded to

configure and run the ADV7604. The following explains the behaviour of the

motherboard interfaces when the application is running

LEDS

D2 and D4 are on

D5 flashes during loading of FPGA

D6, D7, D15 and D16 are on

MB_EN switch

Driver disabled with switch at position 0. ATV Benchtop may be used.

Driver enabled with switch at position 1. ATV Benchtop may not be used.

Push buttons

FPGA_RESET resets the FPGA and reloads the firmware

S2 S7 are not used

S9 resets the ADV7604 evaluation board with no handshaking to the application.

If this button is pressed, hot plug must be reasserted.

Serial interface

If a suitable serial terminal application is connected to the serial port of the ATV

motherboard (settings: 115200, 8 bit, none, 1, no flow control) the application

provides event and debug messages and allows I2C read and write commands.

4.5 Configuring the Motherboard The ATV Motherboard is a powerful tool which provides a wide variety of configuration

options to experienced users. For more in depth information on using the ATV

Motherboard, please consult the following document:

ATV_Motherboard_User_Guide.pdf, Revision 0.



5. Updating Files

interface. A script contain lists of I2C writes for each supported video mode. A default

contains details of the bits in each register map of the target device.

Analog Devices Inc. reserves the right to update any script or default as and when is

required. Should this be the case, please use the following procedure to update either a

script or a default.

Note: you may need administrative privileges on any machine you are about to undertake

these steps on.

5.1 Updating Scripts If provided with a new script, please use the following procedure:

Close ATV Benchtop

Open the Program Files folder on the c:/

Open the Analog Devices folder

Open the ATV Benchtop folder

Open the Setup_Files folder

Copy the new script file into this directory.

Restart ATV Benchtop

5.2 Updating Defaults If provided with a new default, please use the following procedure:

Close ATV Benchtop

Open the Program Files folder on the c:/

Open the Analog Devices folder

Open the ATV Benchtop folder

Open the Defaults folder

Copy the new default file into this directory.

Restart ATV Benchtop



6. Schematics

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R28

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11

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VCC_5V

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RXB_0P

RXB_1N

RXB_1P

RXB_2N

RXB_2P

RXB_1N

RXB_1P

RXB_2N

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RXB_1P

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RXB_0P

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47K

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1N

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2N

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3/W

P4

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8VCC

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K7

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SD

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C8

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R70

47K

R81

Not

Insert

ed

1TD

MS_D

ATA2+

2TD

MS_SH

LD

23

TD

MS_D

ATA2-

4TD

MS_D

ATA_1+

5TD

MS_SH

LD

16

TD

MS_D

ATA_1-

7TD

MS_D

ATA0+

8TD

MS_SH

LD

09

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MS_D

ATA0-

10

TD

MS_CLK+

11

TD

MS_CLK_SH

LD

12

TD

MS_CLK-

13

CEC

14

RESERVED

15

DD

C_SCL

16

DD

C_SD

A17

DD

C/C

EC_G

ND

18

DD

C_+

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HO

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35

IN4

10

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7O

UT3

6O

UT4

8

GN

D

3

GN

DU15

RCLAM

P0524P

1IN

12

N/C

3IN

2

6O

UT1

55V/N

C4

OU

T2

7

GND

U12

RCLAM

P0504P

1IN

12

IN2

4IN

35

IN4

10

OU

T1

9O

UT2

7O

UT3

6O

UT4

8

GN

D

3

GN

DU9

RCLAM

P0524P

1TD

MS_D

ATA2+

2TD

MS_SH

LD

23

TD

MS_D

ATA2-

4TD

MS_D

ATA_1+

5TD

MS_SH

LD

16

TD

MS_D

ATA_1-

7TD

MS_D

ATA0+

8TD

MS_SH

LD

09

TD

MS_D

ATA0-

10

TD

MS_CLK+

11

TD

MS_CLK_SH

LD

12

TD

MS_CLK-

13

CEC

14

RESERVED

15

DD

C_SCL

16

DD

C_SD

A17

DD

C/C

EC_G

ND

18

DD

C_+

5V

19

HO

TPLU

G_D

ET

J2H

DM

I_19_PIN

R65

1KH

DM

I_D

_5V

1IN

12

IN2

4IN

35

IN4

10

OU

T1

9O

UT2

7O

UT3

6O

UT4

8

GN

D

3

GN

DU8

RCLAM

P0524P

1IN

12

N/C

3IN

2

6O

UT1

55V/N

C4

OU

T2

7

GND

U5

RCLAM

P0504P

1IN

12

IN2

4IN

35

IN4

10

OU

T1

9O

UT2

7O

UT3

6O

UT4

8

GN

D

3

GN

DU4

RCLAM

P0524P

G

SD

Q13

BSS123LT1

G

SD

Q6

BSS123LT1

R75

47K

R76

47K

1N

C1

2N

C2

3/W

P4

VSS

5SD

A

6SCL

7VCLK

8VCC

U27

24LCS22A

BA

K1

BA

K2

C61

Not

Insert

ed

HD

MI_

C_5V

DD

CC_SD

A

DD

CC_SCL

VCC_5V

HPD

3

HPD

4

ED

ID_PW

RED

ID_PW

R

SCL

SD

A

VCC_5V

DD

CD

_SCL

DD

CD

_SD

A

DD

CD

_SCL

DD

CD

_SD

A

HD

MI_

D_5V

GN

D

GN

D

HPD

3H

DM

I_C_5V

HPD

3

DD

CC_SD

A

DD

CC_SCL

RXC_CN

RXC_CP

RXC_0N

RXC_0P

RXC_CN

RXC_CP

RXC_0N

RXC_0P

RXC_1N

RXC_1P

RXC_2N

RXC_2P

RXC_1N

RXC_1P

RXC_2N

RXC_2P

GN

D

CEC3

RXC_2P

RXC_2N

RXC_1P

RXC_1N

RXC_0P

RXC_0N

RXC_CP

RXC_CN

DD

CC_SCL

DD

CC_SD

A

GN

D

GN

D

HPD

4H

DM

I_D

_5V

HPD

4

DD

CD

_SD

A

DD

CD

_SCL

RXD

_CN

RXD

_CP

RXD

_0N

RXD

_0P

RXD

_CN

RXD

_CP

RXD

_0N

RXD

_0P

RXD

_1N

RXD

_1P

RXD

_2N

RXD

_2P

RXD

_1N

RXD

_1P

RXD

_2N

RXD

_2P

GN

D

CEC4

RXD

_2P

RXD

_2N

RXD

_1P

RXD

_1N

RXD

_0P

RXD

_0N

RXD

_CP

RXD

_CN

DD

CD

_SCL

DD

CD

_SD

A

GN

D

GN

D

GN

DG

ND

HPD

3H

DM

I_C_5V

GN

D

HPD

C

HPD

4H

DM

I_D

_5V

GN

D

HPD

D

GN

D

GN

D

ED

ID_PW

R

GN

D

ED

ID_PW

R

GN

D

SCL

SD

A

DD

CC_SCL

DD

CC_SD

A

CEC3

CEC4



DD

C T

o 1

68-P

in C

onnecto

r Level Tra

nsla

tion

CEC T

o 1

68-P

in C

onnecto

r

G

SD

Q16

BSS123LT1

R16

4K7

G

SD

Q19

BSS123LT1

R32

4K7

R53

27K

R56

0r

R59

0r

R60

0r

CEC

R2

0r

3K

21

AU

24

MA3X704A

VCC_3V3

DD

CA_SD

A_CO

ND

DCA_SD

A_CO

N_5V

VCC_3V3

VCC_3V3

DD

CA_SCL_CO

N_5V

DD

CA_SCL_CO

N

VCC_3V3

CEC3

CEC2

CEC1

VCC_3V3

760X_CEC

CEC4



AD

V7604 P

ow

er

AD

V7604 G

round

AD

V7604 D

igital I/

O

ED

ID E

EPRO

M

VCC

GN

D

SO

CS

SCK

SI

Tra

ce im

pedance t

o b

e 4

7 o

hm

s

as c

lose a

s p

ossib

le t

o U

1Series t

erm

ination r

esis

tors

to b

e p

laced

LLC

HS

VS/F

IELD

DE

INT1

INT2

EXT_CLAM

P

FB_O

UT

R_SYN

C

BAN

K 0

H11

AG

ND

H12

AG

ND

J11

AG

ND

J12

AG

ND

J17

AG

ND

J18

AG

ND

K11

AG

ND

L11

AG

ND

M11

AG

ND

M17

AG

ND

M18

AG

ND

R14

AG

ND

R17

AG

ND

R18

AG

ND

T14

AG

ND

U14

AG

ND

V14

AG

ND

V18

AG

ND

A1

DG

ND

A6

DG

ND

A18

DG

ND

C5

DG

ND

C8

DG

ND

C9

DG

ND

C10

DG

ND

C13

DG

ND

C14

DG

ND

C15

DG

ND

C16

DG

ND

D9

DG

ND

E15

DG

ND

E16

DG

ND

F15

DG

ND

F18

DG

ND

G7

DG

ND

G8

DG

ND

G9

DG

ND

G10

DG

ND

H7

DG

ND

H8

DG

ND

H9

DG

ND

H10

DG

ND

J1D

GN

DJ2

DG

ND

J8D

GN

DJ9

DG

ND

J10

DG

ND

K9

DG

ND

K10

DG

ND

L9

DG

ND

L10

DG

ND

M2

DG

ND

M3

DG

ND

M4

DG

ND

M9

DG

ND

M10

DG

ND

R3

DG

ND

R4

DG

ND

R10

DG

ND

T3

DG

ND

T4

DG

ND

T10

DG

ND

U6

DG

ND

U10

DG

ND

V1

DG

ND

V6

DG

ND

V10

DG

ND

U1-A

AD

V7604

BAN

K 1

H16

AVD

DJ1

6AVD

DK12

AVD

DK15

AVD

DK16

AVD

DL12

AVD

DM

12

AVD

DP15

AVD

DP16

AVD

DU

16

AVD

DU

17

AVD

D

C4

CVD

DD

8CVD

DD

11

CVD

DF16

CVD

D

J7D

VD

DK7

DVD

DK8

DVD

DL7

DVD

DL8

DVD

DM

7D

VD

DM

8D

VD

D

N2

DVD

DIO

N3

DVD

DIO

N4

DVD

DIO

R6

DVD

DIO

R9

DVD

DIO

T6

DVD

DIO

T9

DVD

DIO

G11

PVD

DG

12

PVD

D

A11

TVD

DA16

TVD

DA17

TVD

DB6

TVD

DB11

TVD

DB16

TVD

DC2

TVD

DC3

TVD

DC6

TVD

DC7

TVD

DC11

TVD

DC12

TVD

DD

16

TVD

DF17

TVD

D

U1-B

AD

V7604

BAN

K 2

G2

P0

G1

P1

H2

P2

F1

HS

H1

P3

K1

P4

K2

P5

L1

P6

L2

P7

M1

P8

N1

P9

P1

P10

P2

P11

R1

P12

R2

P13

T1

P14

T2

P15

U1

P16

U2

P17

V2

P18

U3

P19

V3

P20

U4

P21

V4

P22

U5

P23

V5

P24

U7

P26

V7

P27

U8

DCLKIN

U9

P28

V9

P29

V11

P30

U11

P31

V12

P32

U12

P33

V13

P34

U13

P35

F3

EP_M

ISO

F4

EP_M

OSI

G3

EP_CS

G4

EP_SCK

R5

SCL

T5

P25

R7

INT1

T7

SD

A

T8

SYN

C_O

UT/I

NT2

E1

DE

F2

VS_FIE

LD

E2

CEC

R12

SH

ARED

_ED

ID

T12

AVLIN

K

R8

CLAM

PIN

V8

LLC

C1

PW

RD

NB

T11

RESETB

H3

RAW

_VSYN

CH

4RAW

_SYN

C

G17

TEST1

G18

TEST2

R11

FB_O

UT

U1-C

AD

V7604

1CS

2SO

3W

P

4VSS

5SI

6SCK

7H

OLD

8VCC

U18

25LC040A

R83

0r

R63

0r

- D

O N

OT S

TU

FF

P2-1

P2-2

P2-3

P2-4

P2-5

P2-6

R9

1K

T1

T0

R10

10k

R77

10k

R12

20k5

SE_PIN

R13

0r

- D

O N

OT S

TU

FF

R15

0r

- D

O N

OT S

TU

FF

DCLKIN

R_VSYN

C

J4-1

J4-2

J4-3

J4-4

J4-5

J4-6

R95

47r

R17

47r

R5-A

75r

R5-B

75r

R5-C

75r

R5-D

75r

R6-A

75r

R6-B

75r

R6-C

75r

R6-D

75r

R7-A

75r

R7-B

75r

R7-C

75r

R7-D

75r

R8-A

75r

R8-B

75r

R8-C

75r

R8-D

75r

R82-A

75r

R82-B

75r

R82-C

75r

R82-D

75r

R100-A

75r

R100-B

75r

R100-C

75r

R100-D

75r

R115-A

75r

R115-B

75r

R115-C

75r

R115-D

75r

R118-A

75r

R118-B

75r

R118-C

75r

R118-D

75r

R119-A

75r

R119-B

75r

R119-C

75r

R119-D

75r

R4-D

75r

R4-B

75r

R4-C

75r

R4-A

75r

R78-D

75r

R78-B

75r

R78-A

75r

R78-C

75r

Y_M

UX_O

UT

DCLKIN

CLAM

PIN

FBO

UT

GN

D

RAW

_VSYN

C

DCLKIN

760X_CEC

760X_AVLIN

K

GN

DFPG

A_CEC

FPG

A_AVLIN

K

PW

RD

NB

GN

DG

ND

EEPRO

M_SCK

EEPRO

M_SO

EEPRO

M_CS

EEPRO

M_SI

EEPRO

M_SI

EEPRO

M_SCK

EEPRO

M_SO

EEPRO

M_CS

DVD

DIO

_3V3

GN

D

DVD

DIO

_3V3

GN

D

EEPRO

M_CS

EEPRO

M_SO

EEPRO

M_SI

EEPRO

M_SCK

GN

D

DVD

DIO

_3V3

SD

ASCL

DVD

DIO

_3V3

TVD

D_3V3 PVD

D_1V8

DVD

D_1V8CVD

D_1V8

AVD

D_1V8

GN

DG

ND

GN

DG

ND

RAW

_SYN

C

FBO

UT

AD

V760X_SYN

C_O

UT_IN

T2

CLAM

PIN

AD

V760X_IN

T1

AD

V760X_D

EAD

V760X_VS_FIE

LD

AD

V760X_H

S

DEC_LLC

AD

V760X_D

ATA[0

0:3

5]

AD

V760X_D

ATA00

AD

V760X_D

ATA01

AD

V760X_D

ATA02

AD

V760X_D

ATA03

AD

V760X_D

ATA04

AD

V760X_D

ATA05

AD

V760X_D

ATA06

AD

V760X_D

ATA07

AD

V760X_D

ATA08

AD

V760X_D

ATA09

AD

V760X_D

ATA10

AD

V760X_D

ATA11

AD

V760X_D

ATA12

AD

V760X_D

ATA13

AD

V760X_D

ATA14

AD

V760X_D

ATA15

AD

V760X_D

ATA16

AD

V760X_D

ATA17

AD

V760X_D

ATA18

AD

V760X_D

ATA19

AD

V760X_D

ATA20

AD

V760X_D

ATA21

AD

V760X_D

ATA22

AD

V760X_D

ATA23

AD

V760X_D

ATA24

AD

V760X_D

ATA25

AD

V760X_D

ATA26

AD

V760X_D

ATA27

AD

V760X_D

ATA28

AD

V760X_D

ATA29

AD

V760X_D

ATA30

AD

V760X_D

ATA31

AD

V760X_D

ATA32

AD

V760X_D

ATA33

AD

V760X_D

ATA34

AD

V760X_D

ATA35

V_RESET



AD

V7604 N

o C

onnects

AD

V7604 A

udio

AD

V7604 H

DM

I

AD

V7604 A

nalo

g I

/O

Pla

ce b

uff

er

as c

lose a

s p

ossib

le t

o p

in N

13

Y_M

UX_O

UT

C1

47pF

C4

47pF

Y2 28.6

363M

Hz

C5

0.1

uF

C6

0.1

uF

R18

499r

TRI4

R21

56K

TRI5

TRI1

D16

1V8

TRI2

TRI3

T10

T9

R23

56k

TRI6

R25

62k

D19

5V

MCLK

SCLK

LRCLK

SPD

IFI2

S0

I2S1

I2S2

I2S3

R26

Not

Insert

ed

R50

Not

Insert

ed

3+

4-

1

2

-V

5+

V

U11

AD

8061ART

YM

UX

R34

150k

R39

150k

R41

130k

R42

130k

R44

130k

R45

62k

R46

130k

R47

56k

R49

62k

R51

62k

R116

62k

D18

5V

D21

5V

D20

5V

D12

1V8

D15

1V8

D14

1V8

D13

1V8

D17

1V8

C7

0.1

uF

C9

10nF

C11

10uF

XTAL

R93 Not

Insert

ed

R154

0r

C12

Not

Insert

ed

R96

150k

R97

130k

J15

BAN

K 3

H15

XTALP

J15

XTALN

V15

AIN

1V16

AIN

2V17

AIN

3U

18

AIN

4T17

AIN

5

P18

AIN

7

T18

AIN

6

N17

AIN

8N

18

AIN

9L18

AIN

10

K17

AIN

11

K18

AIN

12

L17

SYN

C4

P17

SYN

C3

T16

SYN

C2

U15

SYN

C1

H17

REFN

H18

REFP

M15

TRI5

M16

TRI6

N15

TRI3

N16

TRI4

R16

TRI2

T15

TRI1

L15

TRI8

/VS_IN

2

L16

TRI7

/HS_IN

2

R13

HS_IN

1T13

VS_IN

1

R15

Y_M

UX_O

UT

U1-D

AD

V7604

BAN

K 4

D17

RXA_0+

D18

RXA_0-

C17

RXA_1+

C18

RXA_1-

B17

RXA_2+

B18

RXA_2-

E17

RXA_C+

E18

RXA_C-

D15

DD

CA_SD

AD

14

DD

CA_SCL

D3

RXA_5V

B14

RXB_0+

A14

RXB_0-

B13

RXD

_1+

A13

RXB_1-

B12

RXB_2+

A12

RXB_2-

B15

RXB_C+

A15

RXB_C-

D12

DD

CB_SD

AD

13

DD

CB_SCL

D2

RXB_5V

B9

RXC_0+

A9

RXC_0-

B8

RXC_1+

A8

RXC_1-

B7

RXC_2+

A7

RXC_2-

B10

RXC_C+

A10

RXC_C-

D6

DD

CC_SD

AD

7D

DCC_SCL

D1

RXC_5V

B4

RXD

_0+

A4

RXD

_0-

B3

RXD

_1+

A3

RXD

_1-

B2

RXD

_2+

A2

RXD

_2-

B5

RXD

_C+

A5

RXD

_C-

D4

DD

CD

_SD

AD

5D

DCD

_SCL

B1

RXD

_5V

D10

RTERM

U1-E

AD

V7604

BAN

K 5

J3M

CLKO

UT

K4

SCLK

K3

LRCLK

J4SPD

IFP3

I2S0

P4

I2S1

L4

I2S2

L3

I2S3

U1-F

AD

V7604

BAN

K 6

E3

NC

E4

NC

G15

NC

G16

NC

U1-G

AD

V7604

R98

560R

R99

560R

R3-A

75r

R3-B

75r

R3-C

75r

R3-D

75r

R24-A

75r

R24-B

75r

R24-C

75r

R24-D

75r

GN

D

SYN

C4

AD

V760X_H

S_IN

1AD

V760X_VS_IN

1

SYN

C1

HD

MI_

D_5V

HD

MI_

C_5V

HD

MI_

B_5V

HD

MI_

A_5V

DD

CD

_SCL

DD

CD

_SD

ARXD

_CN

RXD

_CP

RXD

_2N

RXD

_2P

RXD

_1N

RXD

_1P

RXD

_0N

RXD

_0P

DD

CC_SCL

DD

CC_SD

ARXC_CN

RXC_CP

RXC_2N

RXC_2P

RXC_1N

RXC_1P

RXC_0N

RXC_0P

GN

D

GN

D

DATA_LIN

E2_2

DATA_LIN

E1_2

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

VCC_5V

VCC_5V

GN

D

Y_M

UX_O

UT

GN

D

AD

V760X_VS_IN

1

AD

V760X_H

S_IN

1

SYN

C3

SYN

C2 G

ND

GR_B_IN

GR_R_IN

GR_G

_IN

GN

D

DATA_LIN

E3_2

GN

D

GN

D

GN

D

GN

D

GN

D

DATA_LIN

E3_1

DATA_LIN

E2_1

DATA_LIN

E1_1

GN

D

GN

D

PB2_IN

PR2_IN

Y2_IN

PB1_IN

PR1_IN

Y1_IN

PB3_IN

PR3_IN

Y3_IN

GN

D

GN

D

GN

D

AD

V760X_I2

S3

AD

V760X_I2

S2

AD

V760X_I2

S1

AD

V760X_I2

S0

AD

V760X_SPD

IFAD

V760X_LRCLK

AD

V760X_SCLK

AD

V760X_M

CLKO

UT

RXB_CN

RXB_CP

RXB_2N

RXB_2P

RXB_1N

RXB_1P

RXB_0N

RXB_0P

DD

CB_SD

AD

DCB_SCL

DD

CA_SD

AD

DCA_SCL

RXA_CN

RXA_CP

RXA_2N

RXA_2P

RXA_1N

RXA_1P

RXA_0N

RXA_0P



I2C A

ddre

ss =

0xE8

Board

Identification B

us E

xpander

Reset

Circuitry

I2C S

plitt

er

U6 D

ecoupling

I2C H

eader

SCL

SD

A

RESET

GN

D

VCC

168-P

in C

onnecto

r

N/C

U29 D

ecoupling

1IN

T

2A1

3RESET

4IO

_0.0

5IO

_0.1

6IO

_0.2

7IO

_0.3

8IO

_0.4

9IO

_0.5

10

IO_0.6

11

IO_0.7

12

VSS

13

IO_1.0

14

IO_1.1

15

IO_1.2

16

IO_1.3

17

IO_1.4

18

IO_1.5

19

IO_1.6

20

IO_1.7

21

A0

22

SCL

23

SD

A

24

VD

D

U16

PCA9539

R54

4K7

R57

4K7

C43

0.1

uF

C45

10nF

R14

4K7

+C54

4.7

uF

S1

R72

4K7

C62

0.1

uF

C63

10nF

SCL

SD

A

RESET

P1-2

P1-3

P1-4

P1-5

P1-6

1A

2B

3G

ND

5VCC

4Y U

6

NC7S08

R67

0r

R94

Not

Insert

ed

R89

0r

R92

0r

J9-A

1J9

-A2

J9-A

3J9

-A4

J9-A

5J9

-A6

J9-A

7J9

-A8

J9-A

9J9

-A10

J9-A

11

J9-A

12

J9-A

13

J9-A

14

J9-A

15

J9-A

16

J9-A

17

J9-A

18

J9-A

19

J9-A

20

J9-A

21

J9-A

22

J9-A

23

J9-A

24

J9-A

25

J9-A

26

J9-A

27

J9-A

28

J9-A

29

J9-A

31

J9-A

30

J9-A

32

J9-A

33

J9-A

34

J9-A

35

J9-A

36

J9-A

37

J9-A

38

J9-A

39

J9-A

40

J9-B

40

J9-A

42

J9-B

1J9

-B2

J9-B

3J9

-B4

J9-B

5J9

-B6

J9-B

7J9

-B8

J9-B

9J9

-B10

J9-B

11

J9-B

12

J9-B

13

J9-B

14

J9-B

15

J9-B

16

J9-B

17

J9-B

18

J9-B

19

J9-B

20

J9-B

21

J9-B

22

J9-B

23

J9-B

24

J9-B

25

J9-B

26

J9-B

27

J9-B

28

J9-B

29

J9-B

30

J9-B

31

J9-B

32

J9-B

33

J9-B

34

J9-B

35

J9-B

36

J9-B

37

J9-B

38

J9-B

39

J9-A

41

J9-B

41

J9-B

42

J9-C

1J9

-C2

J9-C

3J9

-C4

J9-C

5J9

-C6

J9-C

7J9

-D6

J9-D

7J9

-D8

J9-D

9

J9-C

12

J9-C

13

J9-C

14

J9-C

15

J9-C

16

J9-C

17

J9-C

18

J9-C

19

J9-C

20

J9-C

21

J9-C

22

J9-C

23

J9-C

24

J9-C

25

J9-C

26

J9-C

27

J9-D

28

J9-C

29

J9-C

30

J9-C

31

J9-C

32

J9-C

33

J9-C

34

J9-C

35

J9-C

36

J9-C

37

J9-C

38

J9-C

39

J9-C

40

J9-C

41

J9-C

42

J9-D

1J9

-D2

J9-D

3J9

-D4

J9-D

5

J9-C

8J9

-C9

J9-C

10

J9-C

11

J9-D

10

J9-D

11

J9-D

12

J9-D

13

J9-D

14

J9-D

15

J9-D

16

J9-D

17

J9-D

18

J9-D

19

J9-D

20

J9-D

21

J9-D

22

J9-D

23

J9-D

24

J9-D

25

J9-D

26

J9-D

27

J9-C

28

J9-D

29

J9-D

30

J9-D

31

J9-D

32

J9-D

33

J9-D

34

J9-D

35

J9-D

36

J9-D

37

J9-D

38

J9-D

39

J9-D

40

J9-D

41

J9-D

42

P1-1

R52

4K7

V_RESET

1A

2B

3G

ND

5VCC

4Y

U28

NC7S08

C80

0.1

uF

C84

10nF

R66

0r

R69

Not

Insert

ed

R43

47K

VCC_3V3

VCC_3V3

RESET

VCC_3V3

VCC_3V3

GN

D

SD

A

SCL

RESET

GN

D

VCC_3V3

VCC_3V3

SD

A

SCL

GN

DG

ND

VCC_3V3

GN

D

SD

A

SCL

RESET

GN

D

VCC_3V3

DVD

DIO

_3V3

GN

D

AD

V760X_D

ATA08

AD

V760X_D

ATA09

AD

V760X_D

ATA27

AD

V760X_D

ATA25

AD

V760X_D

ATA24

AD

V760X_D

ATA21

AD

V760X_D

ATA22

AD

V760X_D

ATA13

AD

V760X_D

ATA12

AD

V760X_D

ATA35

AD

V760X_D

ATA34

AD

V760X_D

ATA33

AD

V760X_D

ATA32

AD

V760X_D

ATA31

AD

V760X_D

ATA30

AD

V760X_D

ATA29

AD

V760X_D

ATA28

AD

V760X_D

ATA26

AD

V760X_D

ATA23

AD

V760X_D

ATA20

AD

V760X_D

ATA19

AD

V760X_D

ATA18

AD

V760X_D

ATA17

AD

V760X_D

ATA16

AD

V760X_D

ATA15

AD

V760X_D

ATA14

AD

V760X_D

ATA11

AD

V760X_D

ATA10

AD

V760X_D

ATA07

AD

V760X_D

ATA06

AD

V760X_D

ATA05

AD

V760X_D

ATA04

AD

V760X_D

ATA03

AD

V760X_D

ATA02

AD

V760X_D

ATA01

AD

V760X_D

ATA00

HPD

D

RAW

_VSYN

C

FPG

A_AVLIN

K

GN

DG

ND

GN

D

RAW

_SYN

CFBO

UT

CLAM

PIN

DCLKIN

AVI_

GPO

_01_PLU

G_IN

S_D

ET2

AVI_

GPO

_O

O_PLU

G_IN

S_D

ET1

SCL

SD

A

RESET

FPG

A_CEC

HPD

CH

PD

BH

PD

A

DD

CA_SD

A_CO

ND

DCA_SCL_CO

N

AD

V760X_SCLK

AD

V760X_LRCLK

AD

V760X_M

CLKO

UT

AD

V760X_I2

S0

AD

V760X_I2

S1

AD

V760X_I2

S2

AD

V760X_I2

S3

AD

V760X_SPD

IF

AD

V760X_SYN

C_O

UT_IN

T2

AD

V760X_IN

T1

DEC_LLC

AD

V760X_D

EAD

V760X_VS_FIE

LD

AD

V760X_H

SAVIO

_PO

WER_7.5

VAVIO

_PO

WER_7.5

V

AD

V760X_D

ATA[0

0:3

5]

DVD

DIO

_3V3

VCC_3V3

GN

D

GN

D

VCC_3V3

V_RESET

FPG

A_V_RESET

FPG

A_V_RESET



Mis

c 5

V

centr

e is +

ve

Dis

trib

ute

aro

und t

he b

oard

Gro

und T

est

Poin

ts 1

Gro

und T

est

Poin

ts 2

Locate

clo

se t

o p

ow

er

regula

tors

Genera

l Pow

er

Regs

ED

ID H

DM

I Pow

er

AVD

D_1V8 P

ow

er

Supply

CVD

D_1V8 P

ow

er

Supply

DVD

D_1V8 P

ow

er

Supply

PVD

D_1V8 P

ow

er

Supply

DVD

DIO

_3V3 P

ow

er

Supply

TVD

D_3V3 P

ow

er

Supply

3V3 P

ow

er

Supply

Section

1V8 P

ow

er

Supply

Section

Mis

c 3

V3

Inte

rnal

resis

tor

Locate

clo

se t

o L

LC p

in

Gro

und T

est

Poin

ts 3

1IN

2

GN

D

3O

UT

F8 EM

C_FIL

TER

3IN

1

GN

D

2O

UT

U7

AD

P3338-3

.3V

+C116

220uF

+C124

33uF

VCC3V3

VCC_5V

+C122

33uF

+C115

220uF

1IN

2

GN

D

3O

UT

F4 EM

C_FIL

TER

3IN

1

GN

D

2O

UT

U17

AD

P3338-5

V

D50

J14-2

J14-1

GND1

GND2

GND3

GND4

GND5

GND6

GND7

GND8

1IN

2

GN

D

3O

UT

F1 EM

C_FIL

TER

+C69

220uF

+C71

33uFAVD

D

1IN

2

GN

D

3O

UT

F3 EM

C_FIL

TER

4.7

nF

+C75

33uFCVD

D

1IN

2

GN

D

3O

UT

F5 EM

C_FIL

TER

+C76

220uF

+C77

33uFDVD

D

1IN

2

GN

D

3O

UT

F6 EM

C_FIL

TER

+C78

220uF

+C79

33uF

DVD

DIO

1IN

2

GN

D

3O

UT

F7 EM

C_FIL

TER

+C83

33uFPVD

D

1IN

2

GN

D

3O

UT

F9 EM

C_FIL

TER

+C90

33uFTVD

D

SE_PW

R n/a

R22

10K

+C2

1000uF

+C3

22uF

1EN

2VIN

3G

ND

4VO

UT

5AD

J/EFU2

NCP5662D

S18R4G

R48

100K

C125

470nF

D4

D5

D6

D2

C73

0.1

uF

C81

0.1

uF

C88

0.1

uF

C118

0.1

uF

C159

0.1

uF

C161

0.1

uF

1EN

2VIN

3G

ND

4VO

UT

5AD

J/EFU3

NCP5662D

S33R4G

D1

G

S

D

Q20

BSS84LT1G

R80

10K

R86

20K

R87

100K

D3

GND9

PW

RD

NB

R1 100K

12

L1

330U

H

D7

VCC_3V3

NO

N_D

UT_PO

WER

NO

N_D

UT_PO

WER

VCC_5V

AVIO

_PO

WER_7.5

V

GN

D

GN

DG

ND

GN

DG

ND

GN

D

GN

DG

ND

AVD

D_1V8

GN

DG

ND

CVD

D_1V8

DVD

D_1V8

GN

DG

ND

GN

D

GN

DG

ND

GN

D

DVD

DIO

_3V3

PVD

D_1V8

GN

DG

ND

GN

DG

ND

TVD

D_3V3

HD

MI_

D_5V

1V8_EN

1V8_EN

HD

MI_

C_5V

HD

MI_

B_5V

HD

MI_

A_5V

GN

D

GN

D

GN

D

PW

RD

NB

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

D

GN

DG

ND

GN

DG

ND

GN

D

GN

D

GN

DG

ND

GN

DG

ND

GN

D

VCC_5V

ED

ID_PW

R



DVD

DIO

Decoupling

PVD

D D

ecoupling

DVD

D D

ecoupling

CVD

D D

ecoupling

AVD

D D

ecoupling

TVD

D D

ecoupling

7 p

ins

2 p

ins

11 p

ins

14 p

ins

4 p

ins

7 p

ins

C29

0.1

uF

C31

0.1

uF

C104

0.1

uF

C101

0.1

uF

C34

0.1

uF

C36

0.1

uF

C60

0.1

uF

C64

0.1

uF

C67

0.1

uF

C89

0.1

uF

C82

0.1

uF

C110

0.1

uF

C112

0.1

uF

C123

0.1

uF

C126

0.1

uF

C140

0.1

uF

C150

0.1

uF

C169

0.1

uF

C172

0.1

uF

C174

0.1

uF

C13

220pF

C14

220pF

C19

220pF

C24

220pF

C30

220pF

C32

220pF

C33

220pF

C35

220pF

C37

220pF

C39

220pF

C40

220pF

C41

220pF

C44

220pF

C46

220pF

C47

220pF

C49

220pF

C50

220pF

C51

220pF

C52

220pF

C55

220pF

C56

220pF

C53

220pF

C57

220pF

C65

220pF

C66

220pF

C68

220pF

C70

220pF

DVD

DIO

_3V3

GN

D

PVD

D_1V8

GN

D

DVD

D_1V8

GN

D

CVD

D_1V8

AVD

D_1V8

GN

D

GN

D

TVD

D_3V3

GN

D

TVD

D_3V3

GN

D

DVD

DIO

_3V3

GN

D

GN

D

AVD

D_1V8

GN

D

DVD

D_1V8

PVD

D_1V8

GN

D

CVD

D_1V8

GN

D



7. Layout



OLE_LINK1OLE_LINK2

Documents

ADV7604 Evaluation Board User Guide - Analog Devices...3.2.2 Getting Started with ADV Register Control Software The ADV Register Control software can be used to run example configuration