Philips ISP1581 User manual

UM10016_3
ISP1581 Hi-Speed USB MPEG2 Encoder Reference Kit
Semiconductors Rev. 03.00 — 12 April 2004 User manual
Document information
Info Content
Keywords ISP1581, USB, universal serial bus, MPEG, peripheral controller
Abstract This document explains the use of the Philips ISP1581 Hi-Speed
Universal Serial Bus (USB) MPEG2 Encoder Reference demo board in
terms of jumper settings and connector pin assignments. A basic board
testing procedure is also provided.

Philips Semiconductors UM10016_3
ISP1581 Hi-Speed USB MPEG2 Encoder Reference Kit
© Koninklijke Philips Electronics N.V. 2004. All rights reserved.
User manual Rev. 03.00 — 12 April 2004 2 of 28
Revision history
Contact information
For additional information, please visit: http://www.semiconductors.philips.com/
For sales office addresses, please send an email to: [email protected]
Rev Date Description
3.0 April 2004 - Updated Section 2.
- Changed terminology from “interface device” to “peripheral controller”.
2.0 December 2003 Changed the power supply input voltage from 5 V to 12 V:
• Table 8-2
• Section 7.6
• Section 12.
1.0 January 2003 USB MPEG2 Encoder Reference Kit first release

Philips Semiconductors UM10016_3
ISP1581 Hi-Speed USB MPEG2 Encoder Reference Kit
© Koninklijke Philips Electronics N.V. 2004. All rights reserved.
User manual Rev. 03.00 — 12 April 2004 3 of 28
This is a legal agreement between you (either an individual or an entity) and Philips Semiconductors. By accepting
this product, you indicate your agreement to the disclaimer specified as follows:
DISCLAIMER
PRODUCT IS DEEMED ACCEPTED BY RECIPIENT. THE PRODUCT IS PROVIDED “AS IS” WITHOUT
WARRANTY OF ANY KIND. TO THE MAXIMUM EXTENT PERMITTED BY APPLICABLE LAW, PHILIPS
SEMICONDUCTORS FURTHER DISCLAIMS ALL WARRANTIES, INCLUDING WITHOUT LIMITATION ANY
IMPLIED WARRANTIES OF MERCHANT ABILITY, FITNESS FOR A PARTICULAR PURPOSE, AND
NONINFRINGEMENT. THE ENTIRE RISK ARISING OUT OF THE USE OR PERFORMANCE OF THE
PRODUCT AND DOCUMENTATION REMAINS WITH THE RECIPIENT. TO THE MAXIMUM EXTENT
PERMITTED BY APPLICABLE LAW, IN NO EVENT SHALL PHILIPS SEMICONDUCTORS OR ITS SUPPLIERS BE
LIABLE FOR ANY CONSEQUENTIAL, INCIDENTAL, DIRECT, INDIRECT, SPECIAL, PUNITIVE, OR OTHER
DAMAGES WHATSOEVER (INCLUDING, WITHOUT LIMITATION, DAMAGES FOR LOSS OF BUSINESS
PROFITS, BUSINESS INTERRUPTION, LOSS OF BUSINESS INFORMATION, OR OTHER PECUNIARY LOSS)
ARISING OUT OF THIS AGREEMENT OR THE USE OF OR INABILITY TO USE THE PRODUCT, EVEN IF
PHILIPS SEMICONDUCTORS HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES.

Philips Semiconductors UM10016_3
ISP1581 Hi-Speed USB MPEG2 Encoder Reference Kit
© Koninklijke Philips Electronics N.V. 2004. All rights reserved.
User manual Rev. 03.00 — 12 April 2004 4 of 28
Contents
1. Introduction...............................................................................................................................................................................6
2. System Requirements...............................................................................................................................................................6
3. Connection Diagram................................................................................................................................................................6
4. PCBA View.................................................................................................................................................................................7
5. Device Driver and Application Software.............................................................................................................................7
5.1. Introduction......................................................................................................................................................................7
5.2. Preparing for Software Installation...............................................................................................................................8
5.2.1. Installing the Device Driver..................................................................................................................................8
5.2.2. Installing the Decoder............................................................................................................................................8
5.3. Using the Application Software....................................................................................................................................9
5.3.1. Board Initialization..................................................................................................................................................9
5.3.2. Running the Application......................................................................................................................................11
6. Advanced Debugging Function.............................................................................................................................................12
6.1. Using Advanced Debugging Function........................................................................................................................12
6.2. Using the SAA7114 Button..........................................................................................................................................12
6.3. Using the SAA6752 Button..........................................................................................................................................13
6.4. Using the I2C Control Button.....................................................................................................................................13
6.5. Using the SW Reset Button........................................................................................................................................13
7. Hardware Description...........................................................................................................................................................14
7.1. Video-Input Interface....................................................................................................................................................14
7.2. Analog Audio-Input Interface......................................................................................................................................14
7.3. MPEG Stream (PS Stream) Output Interface...........................................................................................................14
7.4. I2C-Bus Interface............................................................................................................................................................14
7.5. USB Device Endpoints..................................................................................................................................................15
7.6. Power Supply..................................................................................................................................................................15
8. Connector Pin information...................................................................................................................................................15
9. Jumper and Test Points.........................................................................................................................................................16
10. LED Indicators....................................................................................................................................................................17
11. RESET Switches..................................................................................................................................................................17
12. Schematics............................................................................................................................................................................17
13. Bill of Materials...................................................................................................................................................................27
14. Known Issues......................................................................................................................................................................28
15. References...........................................................................................................................................................................28

Philips Semiconductors UM10016_3
ISP1581 Hi-Speed USB MPEG2 Encoder Reference Kit
© Koninklijke Philips Electronics N.V. 2004. All rights reserved.
User manual Rev. 03.00 — 12 April 2004 5 of 28
Microsoft and Windows are either registered trademarks or trademarks of Microsoft Corp. in the United States
and/or other countries. The names of actual companies and products mentioned herein may be the trademarks of
their respective owners. All other names, products, and trademarks are the property of their respective owners.

Philips Semiconductors UM10016_3
ISP1581 Hi-Speed USB MPEG2 Encoder Reference Kit
© Koninklijke Philips Electronics N.V. 2004. All rights reserved.
User manual Rev. 03.00 — 12 April 2004 6 of 28
1. Introduction
The Philips ISP1581 Hi-Speed Universal Serial Bus (USB) MPEG2 Encoder Reference Kit is a
development tool that consists of an MPEG2 encoder demo board, firmware source code for the
onboard microcontroller, and a complete set of documents. This kit guides you in how analog
video signals from various sources (S-Video or composite signal) are converted to digital video
signals, which are then compressed to an MPEG2 bitstream by the onboard MPEG2 encoder
chip. The bitstream is transferred to the PC through a high-speed USB pipe. This kit is very
suitable for video capture card applications and digital video (DV) applications.
This document explains the use of the demo board in terms of jumper settings and connector
pin assignments. A basic board testing procedure is also provided.
2. System Requirements
• Requires a PC with the following configurations:
o An 800 MHz Pentium III (or equivalent) CPU or faster
o A Video Graphics Adaptor (VGA) card with video resolution of 800 x 600 or greater
o A sound card
o A hard disk with 300 Mbytes or greater free space
o System memory size of 128 Mbytes or greater
o A Hi-Speed USB Host Controller
o Microsoft Visual C++.
• Operating system supported: Microsoft®Windows®2000 and Microsoft Windows XP.
3. Connection Diagram
To perform a functionality test, an Audio/Video (AV) source device is required. Its audio and
video output signals should be connected to the audio and video input jacks of the demo board,
respectively. See Figure 3-1.
USB
MPEG2 Encoder Demo Board
Computer
USB Cable
S-video In Cable
CVBS In Cable
Audio In cable
DC Power Supply In
Figure 3-1: Connection Block Diagram

Philips Semiconductors UM10016_3
ISP1581 Hi-Speed USB MPEG2 Encoder Reference Kit
© Koninklijke Philips Electronics N.V. 2004. All rights reserved.
User manual Rev. 03.00 — 12 April 2004 7 of 28
4. PCBAView
Figure 4-1 shows the printed circuit board (PCB) assembly of a USB MPEG2 Encoder reference
kit designed using the Philips ISP1581.
Figure 4-1: PCB Assembly
5. Device Driver andApplication Software
5.1. Introduction
The device driver and the application software are stored on a source diskette in
mpegtestsuite.zip. The source diskette contains the following files:
• mpegtestsuite.zip
• readme.txt
Unzip mpegtestsuite.zip, you will obtain the following directory structure:
• <drive>:\Application\
• <drive>:\Driver\
• <drive>:\InitFiles\
• <drive>:\Decoder\

Philips Semiconductors UM10016_3
ISP1581 Hi-Speed USB MPEG2 Encoder Reference Kit
© Koninklijke Philips Electronics N.V. 2004. All rights reserved.
User manual Rev. 03.00 — 12 April 2004 8 of 28
5.2. Preparing for Software Installation
Create a directory called “C:\philipsMpeg\”1, and move the following three unzipped directories
to this directory.
• <drive>:\Application\
• <drive>:\Driver\
• <drive>:\Decoder\
Copy files in directory “<drive>:\InitFiles\*.*” to directory “C:\philipsMpeg”. By default, the
application software searches initial files under directory C:\philipsMpeg and, therefore,
whenever the device is initialized, the application prompts for the current path of the file.
Note: Copy file MSVCRTD.DLL from the Application directory to the WINNT\System32\
directory, if the file is not present on your PC.
5.2.1. Installing the Device Driver
Connect the device to the system. When the system prompts for the INF file, redirect the
system to the C:\philipsMpeg\Driver directory and load the driver by using the INF file.
5.2.2. Installing the Decoder
To install the supplied decoder, run the “register.bat” DOS batch file. This file can be found in
directory C:\philipsMpeg\Decoder. The decoder consists of eight software components.
The contents of the register.bat batch file are:
• regsvr32 pim2null.ax
• regsvr32 mpgdec.ax
• regsvr32 mpeg2dmx.ax
• regsvr32 pva_dmx.ax
• regsvr32 mlcom.ax
• regsvr32 windivx.ax
• regsvr32 ball.ax
• regsvr32 mpg2splt.ax.
1It is strictly recommended to name the directory as philipsMpeg and must be located under the C drive.

Philips Semiconductors UM10016_3
ISP1581 Hi-Speed USB MPEG2 Encoder Reference Kit
© Koninklijke Philips Electronics N.V. 2004. All rights reserved.
User manual Rev. 03.00 — 12 April 2004 9 of 28
Figure 5-1: Contents of the register.bat Batch File
When running the DOS batch file, carefully check messages (see Figure 5-1) to ensure that all
components are successfully loaded.
5.3. Using the Application Software
This application software handles board initialization and MPEG2 stream transfer. Before running
this application, make sure that all the cables are connected and A/V sources are present. For
details on connection, see Section 8.
The initialization process is explained in the following sections.
5.3.1. Board Initialization
You can start the application software either by double-clicking the MPEG.exe1icon present in
the C:\PhilipsMPEG directory, or by double-clicking the MPEG.exe icon on your desktop if you
have already created a shortcut.
To initialize the board, select a proper TV standard under the Capture menu. For example:
Initialize PAL (see Figure 5-2) or Initialize NTSC (see Figure 5-3). S-Video is a default video
input source.
1In this document, items that you click or type are indicated in bold.

Philips Semiconductors UM10016_3
ISP1581 Hi-Speed USB MPEG2 Encoder Reference Kit
© Koninklijke Philips Electronics N.V. 2004. All rights reserved.
User manual Rev. 03.00 — 12 April 2004 10 of 28
Figure 5-2: Selecting the Initialize PAL Command
Figure 5-3: Selecting the Initialize NTSC Command
During initialization, the default initial script files will be sent to the board through the USB cable.
You can also select the TV standard (PAL or NTSC) and video input source (S-Video or CVBS)
by clicking the appropriate option in the Video Standard1 group and the Video Source group,
respectively.
The application software can automatically detect the TV standard and video source, if the Auto
option is enabled in the Video Standard group and Video Source group.
1In this document, names of windows, dialog boxes and groups are indicated in italic.

Philips Semiconductors UM10016_3
ISP1581 Hi-Speed USB MPEG2 Encoder Reference Kit
© Koninklijke Philips Electronics N.V. 2004. All rights reserved.
User manual Rev. 03.00 — 12 April 2004 11 of 28
5.3.2. Running the Application
Using this application software, you can capture and preview the input A/V source. It also
provides advanced hardware debugging functions.
Preview
If you want to preview the input A/V source before storing it to the hard disk, use the Preview
function.
1. To launch the preview operation and activate an ActiveMovie Window, click the Start button
in the Preview group.
2. To terminate the preview operation, click the Stop button.
Capture
The Capture function can be used to capture the input A/V source and store this video signal in
MPEG2 format on the hard disk of your PC.
1. To start the capture operation, click the Start button in the Capture group.
2. The Open dialog box appears; see Figure 5-4. Enter a file name for the movie or select an
existing file, if you want to overwrite an existing file.
Figure 5-4: Open Dialog Box
3. Click Open. This will launch the capture operation.
4. To terminate the capture operation, click Stop.

Philips Semiconductors UM10016_3
ISP1581 Hi-Speed USB MPEG2 Encoder Reference Kit
© Koninklijke Philips Electronics N.V. 2004. All rights reserved.
User manual Rev. 03.00 — 12 April 2004 12 of 28
Playback
Once an MPEG2 file is stored on the hard disk of your PC, you can use the functions under
Playback to play the file.
6. Advanced Debugging Function
The application also provides a set of debugging functions for advanced user. It allows user using
these functions to directly access the internal registers of SAA7114 and SAA6752.
6.1. Using Advanced Debugging Function
To enable the advanced debugging function, select Debugging from the Tools menu; see Figure
6-1. This activates the buttons under the MPEG Device Control and Status group.
Figure 6-1: Selecting the Debugging Command
6.2. Using the SAA7114 Button
To directly access the internal registers of SAA7114, click SAA7114 in the MPEG Device Control
and Status group. This will open the SAA7114 Initialization dialog box for initializing SAA7114; see
Figure 6-2.
Figure 6-2: SAA7114 Initialization Dialog Box

Philips Semiconductors UM10016_3
ISP1581 Hi-Speed USB MPEG2 Encoder Reference Kit
© Koninklijke Philips Electronics N.V. 2004. All rights reserved.
User manual Rev. 03.00 — 12 April 2004 13 of 28
In the SAA7114 Initialization dialog box, click the Load button and select file SAA7114PAL.URG
(if you are using the PAL standard) or SAA7114NTSC_YC_020.URG (if you are using the NTSC
standard), to initialize the SAA7114 chip. Then click the Transfer button to send the initial
command to the chip. When the file transfer is complete, click OK.
6.3. Using the SAA6752 Button
To directly access the internal registers of SAA6752, choose SAA6752 in the MPEG Device
Control and Status group. This will open the SAA6752 Initialization dialog box for initializing
SAA6752. The procedure to initialize SAA6752 is similar to the SAA7114 initialization procedure
given in Section 6.2.
6.4. Using the I2C Control Button
The I2C control allows you to read data from and write data to the internal registers of SAA7114
and SAA6752. This operation is solely for advanced users having strong hardware background
who wish to perform low-level debugging of the hardware. For more details on the I2C control
operation, refer to the SAA6752 and SAA7114 datasheets–“SAA6752HS MPEG-2 video and MPEG-
audio/AC-3 audio encoder with multiplexer” and “SAA7114H PAL/NTSC/SECAM video decoder with
adaptive PAL/NTSC comb filter, VBI-data slicer and high performance scaler.” The general read and
write operations are given in Figure 6-3 and Figure 6-4, respectively.
Figure 6-3: Read Operation
Figure 6-4:Write Operation
6.5. Using the SW Reset Button
Another advanced function is issuing a reset command through the USB cable to the SAA7114
and SAA6752 chips on the board by using the SW Reset button.

Philips Semiconductors UM10016_3
ISP1581 Hi-Speed USB MPEG2 Encoder Reference Kit
© Koninklijke Philips Electronics N.V. 2004. All rights reserved.
User manual Rev. 03.00 — 12 April 2004 14 of 28
7. Hardware Description
This section briefly describes the hardware implementation of the MPEG2 encoder with
Hi-Speed USB solution in terms of functions and connections between various interfaces. A
functional block diagram of the reference design is given in Figure 7-1.
MPEG2
Encoder
Video Decoder
Audio Decoder
CPLD
ISP1581
P87C54S
I2C-Bus
I2C Slave
I2C Slave
I2C Master
YUV4.2.0/YUV4.2.2
S-Video
Input
Composite
Video Input
PS Stream
I2S
High-Speed USB
Analog Audio
Input
Video
Input
Figure 7-1: Functional Block Diagram of the USB MPEG2 Encoder Reference Kit
7.1. Video-Input Interface
The video-input interface consists of two analog inputs to connect Composite Video Bit Steam
(CVBS) and Luminance Chrominance (YC) sources to the board. A video-input processor (VIP)
SAA7114 is used on the board for video decoding and analog-to-digital conversion.
7.2. Analog Audio-Input Interface
The serial audio I2S ports are implemented on the board. These port can be provided with an
analog input source, using the audio bit-stream analog-to-digital converter DA1361TS for
generating the I2S signal.
7.3. MPEG Stream (PS Stream) Output Interface
The MPEG stream output port connects the SAA6752HS multiplexer to USB through a Complex
Programmable Logic Device (CPLD). The MPEG stream is set to the Data Expansion Bus
Interface (DEBI) slave mode. The output format is TTL. This interface also includes the data
request signal as SAA6752HS input and the data validated signal as SAA6752HS output.
7.4. I2C-Bus Interface
The P87C52X2 MCU is a bus master. It relays all I2C-Bus commands from the host to different
components on the board through the control pipe.

Philips Semiconductors UM10016_3
ISP1581 Hi-Speed USB MPEG2 Encoder Reference Kit
© Koninklijke Philips Electronics N.V. 2004. All rights reserved.
User manual Rev. 03.00 — 12 April 2004 15 of 28
7.5. USB Device Endpoints
In the USB environment, pipes or endpoints are used for transferring data and commands. Each
endpoint performs a task, such as, enumeration, configuration and vendor-specific device
requests handling, and data streaming signaling the host. See Table 7-1 for endpoint types.
Table 7-1: Endpoint Types
7.6. Power Supply
Figure 7-2: Polarity of the DC Power Supply Plug (Self-Powered Mode)
The demo board is designed to be self-powered. A DC power supply with 12 V, 1 amp is
required.
8. Connector Pin information
Table 8-1: CON5 In-System Programming Port
Table 8-2: CON3 DC Power Supply Input Port (DC Jack)
Table 8-3: CON6 USB Port
Endpoint Transfer Mode Direction
0 Control IN or OUT
1 Bulk IN
Pin Name Description
1 3V3D 3.3 V DC power supply
2 TDO Serial data output for all JTAG instructions and data registers
3 TCK JTAG test clock
4 TMS Mode input signal
5 TDI Serial data Input for all JTAG instructions and data registers
6 DGND Digital ground
Pin Name Description
1 12V VCC 12 V DC power supply input
2 DGND Digital ground
3 DGND Digital ground
Pin Name Description
1 VBUS VBUS is nominally +5 V at the source
2 USB D– Negative differential signal of USB
3 USB D+ Positive differential signal of USB
4 DGND Digital ground
5-6 SHIELD Shield ground
12 V

Philips Semiconductors UM10016_3
ISP1581 Hi-Speed USB MPEG2 Encoder Reference Kit
© Koninklijke Philips Electronics N.V. 2004. All rights reserved.
User manual Rev. 03.00 — 12 April 2004 16 of 28
Table 8-4: RCA1 USB Port
Table 8-5: RCA2 USB Port
Table 8-6: RCA3 USB Port
Table 8-7: CON1 S-Video Port
Table 8-8: CON7
Table 8-9: CON2
9. Jumper andTest Points
Table 9-1: JP1
Table 9-2: JP2
Table 9-3: JP3
Pin Name Description
1 LEFT Audio input (Left channel)
2 AGND Analog ground
Pin Name Description
1 RIGHT Audio input (Right channel)
2 AGND Analog ground
Pin Name Description
1 CVBS Composite video bit-stream input
2 AGND Analog ground
Pin Name Description
1 GND Analog ground
2 GND Analog ground
3 C Digital component video input (Chrominance)
4 Y Digital component video input (Luminance)
Pin Name Description
1-20 — Reserved
Pin Name Description
1-33 — Reserved
Pin Name Description
1 3V3D 3.3 V DC power supply
2 3V3D 3.3 V DC power supply
Pin Name Description
1 DGND Digital ground
3 DGND Digital ground
Pin Name Description
1 AGND Analog ground
2 AGND Analog ground

Philips Semiconductors UM10016_3
ISP1581 Hi-Speed USB MPEG2 Encoder Reference Kit
© Koninklijke Philips Electronics N.V. 2004. All rights reserved.
User manual Rev. 03.00 — 12 April 2004 17 of 28
Table 9-4: JP4
Table 9-5: JP5
Table 9-6: Solder Pad Jumper
10. LED Indicators
Table 10-1: LED Indicators
11. RESET Switches
Table 11-1: RESET Switches
12. Schematics
Pin Name Description
1 V2V5 2.5 V DC power supply
3 V2V5 2.5 V DC power supply
Pin Name Description
1 V5V 5 V DC power supply
3 V5V 5 V DC power supply
Name Description
PD1 to PD12, PD29 No connection (reserved)
PD30 to PD35, PD134 to
PD135 No connection (reserved)
PD51 DGND, shorted
PD52 AGND, shorted
No Name Description
1 PWR POWER ON indication
2 DACK MPEG2 bit stream transferring indication
3 HS USB Hi-Speed connection indication
No Name Description
1 SW2 MCU reset

1 1
2 2
3 3
4 4
5 5
6 6
7 7
8 8
D D C C B B A A
Ti tle
Nu mb er Re vis io nSize
A3
Date: 2003-12-02 Sheet of Fil e: C:\D ocu ment s an d Sett in gs\ ..\D1 4-MCU-1_ 12 V_V CC.schDrawn By:
USB_MCU
DG ND
1
Vcc(5. 0)
2
AG ND
3
VccA(3.3)(Reg)
4
D-
5
D+
6
RPU
7
RREF
8
MODE 1
9
RESET
10
EOT
11
DREQ
12
DA CK
13
DI O R
14
DI O W
15
INTRQ
16
CS1
17
CS0
18
BUS_ CO NF/D A0
19
MO DE 0/ DA 1
20
DA 2
21
RE ADY/I ORD Y
22
DG ND
23
Vcc(3.3)
24
CS
25
(R/W)RD
26
DS / WR
27
INT
28
ALE/A0
29
AD 0
30
AD 1
31
AD 2
32
AD3 33 AD4 34 AD5 35
DGND 36
Vcc(3. 3) 37
AD6 38 AD7 39
DA TA0 40 DA TA1 41
DGND 42
Vcc(3. 3) 43
DA TA2 44 DA TA3 45 DA TA4 46 DA TA5 47 DA TA6 48
DAT A7 49
DAT A8 50
DAT A9 51
DAT A1 0 52
DAT A1 1 53
DAT A1 2 54
DAT A1 3 55
DAT A1 4 56
DAT A1 5 57
Vcc(3.3) 58
XTA L2 59
XTA L1 60
DG ND 61
WAKE UP 62
SUSPEND 63
Vcc(3.3) 64
ISP 158 1 U5
EOT DREQ DACK DIO W
CS
(R/W)/RD
DS/ WR
INT
ALE /A 0
AD0
AD1
AD2
AD3 AD4 AD5 AD6 AD7
DA TA0 DA TA1 DA TA2 DA TA3 DA TA4 DA TA5 DA TA6
DAT A7
DAT A8
DAT A9
DAT A1 0
DAT A1 1
DAT A1 2
DAT A1 3
DAT A1 4
DAT A1 5
WAKEUP SUSPEND 1K5 R2
12K0 , 0.1 % R3
12MHz Y3
22p C6 22p C7
+5v 1
D- 2
D+ 3
GND 4
SHIELD 5 SHEILD 6
USB CON6
1uF C1
.1 C2
5K 6 R4
.1
C11
.1 C8
.1 C9 .1 C10
.1 C5
DGND
DGND
DGND
DGND
DGND
DG ND
DGND
0. 47 C31
GND
0. 47 C29
47 0u F/ 50 V
C28
22 0u F/ 20 v
DC2 7
PD52 PD51
DACK
4K 7 R26
VCC
BC858B Q9
LED
DACK
DGND
200 R25
DGND
DGND
DGND
DGND
DGND
IN5401
D4
BLM11
L1 VBU S
USB_RES
GND
0. 04, 1%,1 /2 W
Rsense16
3904Q4
3904 Q5
220K R10
1K R11
220K R13
15K R12
GND
VBU S
OUT
1
FB3/5
2
REF
4V+ 5
CS 6
EXT 7
GND 8
SHDN
3
MAX1 626 U6
MMSF3PO2HD
Q1
GND
VCC
CDRH125-220 L2
AGND
A
1K2
M BRS3 40T 3
D1
220u F/10 v DC2 1
GND
GND
1. 5K R24
GND
VCC
.1 C20
1. 5K R23
1K R22
VCC
22 0u F/ 10 v DC2 3
GND
GND
VCC
.1 C22
VCC
VCC
VCC
VCC
0. 04, 1%,1 /2 W
Rsense18
VCC
OUT
1
FB3/5
2
REF
4V+ 5
CS 6
EX T 7
GND 8
SHDN
3
MAX1 62 7 U8
VCC VCC
G
G
DD S
S
MMSF3PO2HD
Q3
VCC
GND
CDRH125-220 L4
MBRS340T3
D3
LED PWR
220u F/10 v DC2 6
DGND
GND
200 R15
GND .1
C25
22K R14
20K,1 % R19 21 .5K ,1% R20
220p C24
GND
CLK_IN
DAT A0
DAT A1
DAT A2
DAT A3
DAT A4
DAT A5
DAT A6
DAT A7
DAT A8
DATA9 DATA1 0 DATA1 1
V5V
DATA1 2 DATA1 3 DATA1 4 DATA1 5
1
2
3
4
5
6
JTAGI CON5
TDI
TMS
TCK
TDO
EN
1
GND
2O/P 3
Vcc 4
48MHz
X1
PDO VAL PDIDS
DACK
DRE Q
DGND
.1 C17
.1 C19
TCK TMS TDI
ENDAT0
10uF
C3
ENDAT1
.1 C4
ENDAT2
0R0 R1
ENDAT3
V2V5
EN DAT 4
VCC
EN DAT 5 EN DAT 6 EN DAT 7 PDO VAL PDIDS
I/O /GCK3
1
I/O
2
I/O
3
GND
4
I/O
5
I/O
6
I/O
7
I/O
8
TDI
9
TMS
10
TCK
11
I/O
12
I/O
13
I/O
14
VCC I NT 3. 3V
15
I/O
16
GND
17
I/O
18
I/O
19
I/O
20
I/O
21
I/O
22
I/O 23
TD O 24
GND 25
VCCIO2.5V/ 3.3V 26
I/O 27 I/O 28 I/O 29 I/O 30 I/O 31 I/O 32
I/O/GSR 33
I/O/ GT S2 34
VCC I NT 3. 3V 35
I/O/ GT S1 36
I/O 37
I/O 38
I/O 39
I/O 40
I/O 41
I/O 42
I/ O/ GC K1 43
I/ O/ GC K2 44
XC9 572 XL-1 0- VQ 44 U4
33R R21
DM A_ STA RT
DGND
DGND
DGND
DGND
DGND
DGND
.1 C18
TD O
.1 C16
DI OW
CS
AD0 AD1 AD2 AD3 AD4 AD5 AD6 AD7
USB_RES
INT (R/W)/RD DS/ WR ALE/A 0
15k R8
SUSPEND WAK EUP HS_ STAT US
510 R9
DG ND
DGND
15k R5
uC RES SW2
DGND
24MHz Y4
22p C12 22p C13
DGND
RES_OV
DGND
3K 3 R7
3K 3 R6
RES_EM
EO T DMA_ START
LED
HS
HIRF
SIO-C SIO-D
VCC
VCC
VCC
VCC
SCL SDA
RST
10
RXD/P3.0 11 INT0/P3.2 14 INT1/P3.3 15
T0 /P3. 4/C MP R- 16
T1 /P3. 5/CMP1+ 17
EA / V PP
35 XTAL1 21
VSS
22
P0.0/AD0
43
P0.1/AD1
42
P0.2/AD2
41
P0.3/AD3
40
P0.4/AD4
39
P0.5/AD5
38
P0.6/AD6
37
P0.7/AD7
36
NC
1
NC
12 NC 23
NC 34
T2 /P1. 0/C MP 0+
2
T2EX/ P1.1 /CMP0-
3
P1.2/ECI
4
P1.3/CMP0/CEX0
5
P1.4/CMP1/CEX1
6
P1.5/CMP2/CEX2
7
P1.6/CMP3/CEX3
8
P1.7/CEX4
9P2.0/A8 24
P2.1/A9 25
P2.2/A10 26 P2.3/A11 27 P2.4/A12 28 P2.5/A13 29 P2.6/A14 30 P2.7/A15 31
ALE/PROG 33
TX D/P3 . 1 13
WR /P3 .6/ CM P2+ 18
RD/P3.7/CMP3+ 19
PSEN 32
XTAL2 20
VCC 44
87C 54 U3
.1 C15
4. 7uF C14
12V V CC 1
DGND 2 DGND 3
12V D C IN CON3
1 2
CON2 JP2
1 2
CON2 JP3
AGND DGND
V5V
V2V5VCC
GND
Vi n
3
AD J
1
+Vout 2
LM117 U7
GND
.1 C30
1 2
CON2 JP1
1 2
CON2 JP4
1 2
CON2 JP5
Desig n C hange Notice: 1.For U3: Usin g pin 15 of U3 as RES_EM s ignal. Pin26 o f U3 disconnected. 2.Add two comp onets R16 and C21. Connencted R16, C21 to RE_EM sign al. 3.For PD51: Shor t two pads of PD51. 4.For PD52: Shor t two pads of PD52.
13K R16
0. 1uF C21
RES_EM
DGND
VCC

1 1
2 2
3 3
4 4
5 5
6 6
D D C C B B A A
Title
Nu mber Re vis ionSize
C
Dat e: 20 03 -12- 0 2 She et of File: C:\Documents and Settings\..\EMPRESS.SchDrawn By:
.1 C109
.1
C110
.1C111
10 p C122 10 p C123
.1
C130
.1 C126 .1 C127
.1
C131
.1 C128
.1
C133
.1 C129
DGN D
27 00 0MHz Y2
0R0
R101
OUTPUT
SDRAM
SD1 SCK1 WS1
FS256
VIPDQ HREF VREF FID VIPCLK
PDIDS
HIR F
.1
C132
DGN D
ENDAT0 ENDAT1 ENDAT2 ENDAT3 ENDAT4 ENDAT5 ENDAT6 ENDAT7 DQ0 DQ1 DQ2 DQ3 DQ4 DQ5 DQ6 DQ7 DQ8 DQ9 DQ10 DQ11 DQ12 DQ13 DQ14 DQ15
DQ[0..15]
SDA0
SDA1
SDA2
SDA3
SDA4
SDA5
SDA6
SDA7
SDA8
SDA9
SDA10
SDA11
SDA12
SDA13
SDA[0..1 3]
PAD5 PAD6
PAD7
2K 2
R102
PDOV AL
VD D 1
DQ 0 2
VD DQ
3
DQ 1 4 DQ 2 5
VSSQ
6
DQ 3 7 DQ 4 8
VD DQ
9
DQ 5 10 DQ 6 11
VSSQ
12
DQ 7 13
VD D 14
LDQM
15
WE_
16
CAS_
17
RAS_
18
CS_
19
BA0
20
BA1
21
A1 0/A P
22
A0
23
A1
24
A2
25
A3
26
VD D 27
VSS 28
A4
29
A5
30
A6
31
A7
32
A8
33
A9
34
A1 1
35
n.c.
36
CKE
37
CLK
38
UD QM
39
n.c ./ RFU
40 VSS 41
DQ 8 42
VD DQ 43
DQ 9 44
DQ 10 45
VSSQ 46
DQ 11 47 DQ 12 48
VD DQ 49
DQ 13 50 DQ 14 51
VSSQ 52
DQ 15 53
VSS 54
K4 S641 63 2D- T C/ L80U2
DGND
22p C101
DGN D
SDA0 SDA1 SDA2 SDA3 SDA4 SDA5 SDA6 SDA7 SDA8 SDA9 SDA1 0 SDA1 1 SDA1 2 SDA1 3 CTRL0 CTRL1 CTRL2 CTRL3 CTRL4 CTRL5 CTRL6 CTRL7
DQ0 DQ1 DQ2 DQ3 DQ4 DQ5 DQ6 DQ7 DQ8 DQ9 DQ10 DQ11 DQ12 DQ13 DQ14 DQ15
DGND
VD Dp
5
VD Dp
29
VD Dp
39
VD Dp
49
VDDp
57
VDDp
67
VDDp
81
VDDp
91
VDDp
101
VD Dp 109 VD Dp 119 VD Dp 133 VD Dp 143 VD Dp 153
VDDp 161
VDDp 171
VDDp 185
VDDp 195
VDDp 205
VD Dco
27
VD Dco
28
VDDco
79
VDDco
80
VD Dco 13 1 VD Dco 13 2
VDDco 183
VDDi 184
VD Dos z 12 8
PC AddrSel
47
SDA 145
res2 155 res3 154
res4 208
Tes t2 14 4 Tes t1 14 2 Tes t0 14 1
CLKOUT 140
TRSTN 139
TMS 13 5
TDI 13 4
SM_CS3N 197
SM_WEN 172
SM_OEN 15 8
SM_D15 196
SM_D14 193
SM_D13 191
SM_D12 188
SM_D11 186
SM_D10 179
SM_D9 17 7
SM_D8 17 4
SM_D7 17 3
SM_D6 17 5
SM_D5 17 8
SM_D4 18 0
SM_D3 18 7
SM_D2 18 9
SM_D1 19 2
SM_D0 19 4
SM_A17 207
SM_A16 204
SM_A15 202
SM_A14 17 0
SM_A13 168
SM_A12 165
SM_A11 163
SM_A10 160
SM_A9 15 9
SM_A8 16 2
SM_A7 16 4
SM_A6 16 7
SM_A5 16 9
SM_A4 19 8
SM_A3 19 9
SM_A2 20 1
SM_A1 20 3
SM_A0 20 6
H_IRF 156
Tx D 152 RxD 151
CTSN 150 RTSN 149
RESETIN 14 7
SD_CSN
82
SD_CKE
76 SD_RASN
75 SD_CLK
74 SD_CASN
73
SD_WEN
71
EXTCLK 12 3
XTALO 12 7
XTALI 126
SDATA
2
SCLK
3
SWS1
4
SDATA2
6
SCLK2
7
SWS2
8
ACLK
9
YU V0
12
YU V1
13
YU V2
14
YU V3
15
YU V4
16
YU V5
17
YU V6
18
YU V7
19
IDQ
11
HSYN C
21
VSYN C
22
FID
23
VCLK1
24
VCLK2
30
PDO1
37 PDO0 36
PDO2
38
PDO3
40
PDO4
41
PDO5
42
PDO6
43
PDO7
45
PDOAV
31
PDIDS
32
PDOSYNC
33
PDIOCLK
46
PDOVAL
35
SD_ DQ0
50
SD_ DQ1
52
SD_DQ2
55
SD_DQ3
58
SD_DQ4
60
SD_DQ5
63
SD_DQ6
65
SD_DQ7
68
SD_DQ8
66
SD_DQ10
61
SD_DQ11
59
SD_DQ12
56
SD_DQ13
54
SD_ DQ1 4
51
SD_ DQ1 5
48
SD_DQ16
104
SD_ DQ1 7 10 7 SD_ DQ1 8 11 0 SD_ DQ1 9 11 2 SD_ DQ2 0 11 5 SD_ DQ2 1 11 7 SD_ DQ2 2 12 0 SD_ DQ2 3 12 2 SD_ DQ2 4 12 1 SD_ DQ2 5 11 8 SD_ DQ2 6 11 6 SD_ DQ2 7 11 3 SD_ DQ2 8 11 1 SD_ DQ2 9 10 8 SD_ DQ3 0 10 6
SD_DQ31
103
SD_A0
94
SD_A1
97
SD_A2
99 SD_A3
98
SD_A4
95
SD_A5
93
SD_A6
90
SD_A7
88
SD_A8
85 SD_A9
84 SD _A 13
83
SD _A 10
92
SD _A 11
87
SD _A 12
89
VSSp
1
VSSp
10
VSSp
20
VSSp
34
VSSp
44
VSSp
53
VSSp
62
VSSp
72
VSSp
86
VSSp
96
VSSp 10 5 VSSp 11 4 VSSp 12 4 VSSp 13 8 VSSp 14 8
VSSp 15 7
VSSp 16 6
VSSp 17 6
VSSp 19 0
VSSp 20 0
VSSco
25
VSSco
26
VSSco
77
VSScos
78
VSSco 12 9 VSSco 13 0
VSSco 182
VSSis 181
VSSosz 125
SAA6 75 2HS
EMPR ESS
TD O 137
TCLK 13 6
SCL 146
SD_DQM0
70 SD_DQM1
69
SD_DQM3
100
SD_DQM2
102
SD_DQ9
64
EMPRESS03
U1
CTRL0
CTRL1
CTRL2
CTRL3
CTRL4
CTRL5
CTRL6
CTRL7
SDA SCL
SYSCLK
PAD8
RES_EM
DGN D
DGN D DGN D
DGN D
VCC
DGND
DGN D DGN D
DGN D
DGND
DGND
DGN D
DGND
DGN D
DGN D
DGND DGND
DGND
DGN D
DGN DDGNDDGN D
DGN D
DGN DDGND
VCC VCC
VCC
VCC VCC
VCC VCC
VCC
VCC VCC
VCC VCC
VCC
VCCVCC VC C VCCVCC
V2V5
.1 C114
.1 C115
.1
C116
.1
C117
.1 C119
.1 C112
.1 C113
V2 V5 .1
C118
V2V5
.1 C125
V2V5
.1
C124
.1 C121 .1 C120
VCC
VCC
VCC
.1C104 .1C105 .1C106 .1C107
.1 C103
.1 C102
.1C108
V0 V1 V2 V3 V4 V5 V6 V7
PDOV AL
VIPDQ VIPCLK
VCC
DGN D
VIPCLK
VIP DQ
FID VREF HREF
VREF HREF
1 2 3 4 5 6 7 8 9
10 11 12 13 14 15 16 17 18 19 20
DF17 C -20D S
CON7
PD12 PD11 PD10 PD29 PD9 PD8 PD6 PD7 PD3 PD5 PD4 PD1 PD2
VIPDQ VIPCLK VREF HREF FID
V0 V1 V2 V3 V4 V5 V6 V7
V[0..7]
SIO-C SIO-D RES_OV
2K 2 R156
SYSCLK
DGN D
VCC
PAD10 PAD11 PAD12
Design Change Notice: 1, For R101 : Re move R 101 .

1 1
2 2
3 3
4 4
5 5
6 6
D D C C B B A A
Ti tl e
Nu mbe r Re vi si onSize
B
Date: 2003-12-02 Sheet of Fil e: C :\ Docu me nt s a n d S ett in gs \..\ Vi deoI n .sch Dr awn By:
VDD6 1
TDO 2
TDI 3
XTOUT
4
VXSS
5
XTAL 6
XT ALI 7
VXDD 8
VSSA2
9
AI2 4
10
AI2 3
12
AI2 D
13
AI2 2
14
VSSA1
15
AI2 1
16
AI1 2
18
AI1 1
20
AI1 D
19
CE
27
VSSA0
24
DGND
21
VSS0
26
VSS1
38
VSS2
50
VSS3
63
VSS4
76
VSS5
88
VSS6
100
LLC
28
LLC2
29
RESON
30
RTS0
34
RTS1
35
RTCO
36
TEST0
44
TEST1
73
TEST2
74
XPD0
90 XPD1
89 XPD2
87 XPD3
86 XPD4
85 XPD5
84 XPD6
82 XPD7
81
XRH
92
XRV
91
XRDY
96
XDQ
95
XCLK
94
XTRI
80
ASCLK 39
AL RCL K 40
AMXCL K 41
AMCLK 37
IGPH 53 IGPV 52
IGP1 49 IGP0 48
ITRI 47
IDQ 46
ICLK 45
ITRDY 42
IPD0 62 IPD1 61 IPD2 60 IPD3 59 IPD4 57 IPD5 56 IPD6 55 IPD7 54
AOUT 22
SDA 32
SCL 31
VDDIIC 33
TEST3 77
TEST4 78
TEST5 79
HPD0 72
HPD1 71
HPD2 70
HPD3 69
HPD4 67
HPD5 66
HPD6 65
HPD7 64
VDDC0 43
VDDC1 58
VDDC2 83
VDD2 51
VDD3 68
VDD4 75
VDD5 93
VDD0 25
VDDA0 23
VDDA1 17
VDDA2 11
TRSTN 97
TCK 98
TMS 99
SAA7 11 4 U9
CVBS IN RCA3
AGND
AG ND
18R R73
56R R50
47n C67
GND 1 GND 2
Y3 C4
Y/C IN CON1
18R R69
56R R70 56R R68
18R R71
47n C68 47n C69
47n C63 47n C71
AGND
AGND AGND
AGND
RES_EM
AG ND DG ND
DGND
3K 3 R67
3K3 R66
3K3 R65
FID
24 .5 76M H Z Y1
1nC72
10 p C75
10p C76
10uH L5
DG ND
3K3 R54 3K3 R55
DG ND
VIPCLK VIPD Q
VREF HREF
V0 V1 V2 V3 V4 V5 V6 V7
V0
V1
V2
V3
V4
V5
V6
V7
V[ 0 ..7 ]
SCL SDA
DGND
.1 C52
.1 C51
.1 C50
CVBS_in
10K
R53
10K
R64
VDDA 16
VSSA 15
FSEL 14
DA TAO 13
WS 12
BCK 11
VSSD 10
VDDD 9
SYSCLK
8PWON 7SFOR 6Vrefp 5Vrefn 4VIN R 3Vref 2VIN L 1
UDA1360TSU1 0
47RR59
47K
R60
10 R R63
1R
R61
10R R62
47K R58
.1
C60
AGND
DG ND
AG ND
DGND
.1 C55
.1 C57
FS256
.1 C54
1R R57
SCK1 WS1 SD1
1R R56
AG ND
AGND AGND
47uF DC5 9
47uF C53
47uF DC6 1
47uF DC 6 2
47uF
DC5 8 47uF
C56
LE FT RCA1 RIGHT RCA2
DG ND
AG ND
AGND
V5 V
VCC
VCC
VCC
VCC
VCC
VCC
SCL
SDA
SCL
SDA
PD33
PD32
PD34
BS107
Q7
BS107
Q6
3K3 R51 3K3 R72
PD31PD30
VCC
AGND
.1 C82
3n9 C83
BLM11 L10
PD35
AGND
VCC VA A
VA A
10uF C81
.1 C86 .1 C85 .1 C84
1A1 2A2 3A3 4A4 5A5 6A6 7A7 8A8 9A9
10 A1 0 11 A1 1 12 A1 2 13 A1 3 14 A1 4 15 A1 5 16 A1 6 17 C1 18 C2 19 C3 20 C4 21 C5 22 C6 23 C7 24 C8 25 C9 26 C10 27 C11 28 C12 29 C13 30 C14 31 C15 32 C16 33 C17
DIN 416 12 - B- 4 76 075 CON2
PD135
PD134
2K 2 R157
DGND
Design Change Notice: 1, For Q6,7: Remove Q6 and Q7.