DAQ system MIPI-ADP03 User manual

MIPI-ADP03
User Manual
Version 1.1
ⓒ2005 DAQ SYSTEM Co., Ltd. All rights reserved.
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All other trademarks or intellectual property mentioned herein belongs to their respective owners.
Information furnished by DAQ SYSTEM is believed to be accurate and reliable, However, no responsibility is assumed by DAQ SYSTEM for its use, nor
for any infringements of patents or other rights of third parties which may result from its use. No license is granted by implication or otherwise under
any patent or copyrights of DAQ SYSTEM.
The information in this document is subject to change without notice and no part of this document may be copied or reproduced without the prior
written consent.

MIPI-ADP03 User’s Manual
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Contents
1. MIPI-ADP03 Introduction -------------------------------------------------------- 2
2. MIPI-ADP03 Function -------------------------------------------------------------- 9
2-1 J2 Connector ------------------------------------------------------------------------------ 10
2-2 J4 Connector --------------------------------------------------------------------------------- 10
2-3 J5 Connector ------------------------------------------------------------------------ 11
2-4 J6 Connector --------------------------------------------------------------------------------- 12
2-5 J9/J10 Connector ---------------------------------------------------------------------------- 14
2-6 SW1 ------------------------------------------------------------------------ 14
Appendix
A-1 Board Size ----------------------------------------------------------------------------------- 15
A-2 Repair Regulations ------------------------------------------------------------------------ 16

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1. MIPI-ADP03 Introduction
MIPI-ADP03 board is a function of transferring to the USB-DIO01 board after being converted into
parallel signals received from the MIPI serial signal through MIPI SENSOR. The maximum transmission
speed is about 1.2Gbps/Lane.
MIPI-SENSOR01 MIPI-ADP03 USB3-DIO01
Image FPGA
CORE
M
I
P
I
MIPI
Sensor Serial to
Parallel
4 Lane
USB3.0
[Figure 1-1. MIP-ADP03 Connection]

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The block diagram of MIPI-ADP03 is in Figure 1-2. All functions are controlled by the FPGA, and also,
the power received from USB3-DIO01 supply to MIPI sensor board.
32bit Data
Hsync
Vsync
4Lane Data
MIPI-ADP01 USB3-DIO01
FPGA Core Logic
(MIPI to Parallel)
LVDS
Repeater
Clock
#0
#1
#2
#3
I2C
MCLK
MIPI Sensor
Upto 800MHZ
Power
5V
Power
(5V, 3.3V)
MIPI SENSOR
P.S) I2C : Sensor Setting or Lane Information (from USB3-DIO01 to MIPI sensor)
MCLK : Variable Clock 1 ~ 68MHz
I2C
MCLK
Enable
Reset
[Figure 1-2. MIPI-ADP03 Block Diagram]
The USB3-DIO01 can be communicated with the MIPI sensor through I2C as like [Figure 1-2]. Also,
it can be controlled the FPGA of MIPI-ADP03 via I2C.

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Some of the features of the I2C-related and USB3-DIO01 sensor INI files, they are as follows: This
will be described with reference to the USB3-DIO01 sample program.
(We have been promoting integration of Input/Output function, so the sample program may be
changed.)
The part of blue circle shows a value that MIPI sensor initialization file. It can be read in “INI read”.
This initialization file is different for each sensor, there are Slave ID and Address and Data between
[REGISTER] and [END] command.
The initialization file will be read all at once at “INI read” button. You can be written an address and
data one by one in part of red circle (I2C Read/Write part). In this case, sensor address should be
used to a Slave ID. It is fixed to 0x3c.

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Example 1) OV5640(5M).ini File Structure
[REGISTER]
Slave 0x3C //change slave ID as Sensor
SLEEP 100
0x3103 0x11
0x3008 0x82
0x3008 0x42
0x3103 0x03
0x3017 0x00
0x3018 0x00
0x3034 0x1a
0x3035 0x12
0x3036 0x69
0x3037 0x13
0x3108 0x01
0x3630 0x36
0x3631 0x0e
0x3632 0xe2
…………….
0x501f 0x03
0x440e 0x00
0x4837 0x16
0x5000 0x06
0x5001 0x00
0x3a0f 0x36
0x3a10 0x2e
0x3a1b 0x38
0x3a1e 0x2c
0x3a11 0x70
0x3a1f 0x18
0x3008 0x02
[END]
Note) The SLAVE ADDRESS should be represented 7bit in the above ***. Ini files.
For example, if slave address is 0x40, this value is 0x20 that shifted one bit to the right.

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When you want to control the FPGA of MIPI-ADP03, Slave Address will be fixed to 0x14. The MIPI
control signals that you want have to be written the data to the corresponding address register.
Example 2) When the FPGA controls, SLAVE ADDRESS(7bit) is fixed to 0x14.
Register Address
Address Data
0x12 : 0x01 : Virtual Channel On
0x00 : Virtual Channel Off
0x1D : 0x03 : MIPI 4 Lane
0x01 : MIPI 2 Lane
0x00: MIPI 1 Lane
0x3D : It determines the GPIO In or Out direction.
“0”: Output
“1”: Input
0x3E : S_RESET, ENB, CNT0,1,2,3 Control of J5 Connector (Refer to [Table 1])
bit0 : S_RESET
bit1 : ENB
bit4 : CNT0
bit5 : CNT1
bit6 : CNT2
bit7 : CNT3
0x3F : Read a bit on the set. (Read Only)
Reading order as bit7..bit0.
0x40 : Operates when High (default).
Bit 0 : Whether or not to use VIO
Bit 1 : Whether or not to use I2C
0x41 : setting VIO
(Used for conflicted prevention between address(0x20) and sensor address)
Bit 0 : LTC1668 Address Default : Law (0x20)
When conflict Address High (0x22)
0x20 : VIO(J10) Level Setting (When AD1 = High, change 0x22)
EX) In case of 3.3V
Data = Vref/1024 = 3.3 / 1024 = 0.00322
3.3V - 1.25V(Ref) / 0.00322 = 636.12121212 = 0x27C

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Address Command Data(7-0) Data(1-0)
20 00 7C 02
I2C Read / Write block is composed of a function associated with the transmission of the I2C
(1) “Init”Button
It will initiate the resources for the I2C system.
(2) “Write”Button
Transmit the data through I2C for control to MIPI or CMOS camera.
For example, if you are using our own MIPI-SENSOR03
On the first screen, write (reset to sensor)
MIPI 4lane is used when data 0x03 is written to Address 1d.
MIPI 2lane is used when data 0x01 is written to Address 1d.
MIPI 1lane is used when data 0x00 is written to Address 1d.
(3) “Read”Button
Receive the data through I2C.
(4) “Reset”Button
There is Initialization resource of I2C system.
(5) “Slave ID “: Slave Address
“Address “: Slave Register Address

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“Len.”: Address Value(Length)
“Data Len :”: Data Value(Length)
“Data :”: Data that will transmit
(6) “Reset” Button
Re-initialize the resources of the I2C system.
(6) “Virtual Channel” Button : How to use the I2C Reae/Write box is as follows.
In the sample program, you can click “Virtual Channel” item without I2C setting.
Device Open -> Device Init -> S-Read( Ini File Read) -> Virtual Channel(checkbox) ->
Init -> Get Res -> Start.

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2. MIPI-ADP03 Function
MIPI-ADP03 names and functions of each are described below.
DAQ system
MIPI-ADP03 Board
J6
J3
SW1
U10
U1
MIPI-ADP03
REV. A
U15
www.daqsystem.com
U6
U8
U11
U9
U12
D1
D2 D3
D5
J4
U14
J10
J5
U13
U3
5V
SP0
SP1
SP2
SP3
SP4
SP5
SEN_VIN
U4
U5
U7
J1
J9
J2
GND
U2
U16
D7 D8
D9 D10
No.
Name
Description
1
U1, U3, U14
1.0V, 1.8V, 3.3V
2
U4
Low Voltage Level Translator
3
U6, U8, U9, U11, U12
Differential Translator/Repeater
4
U10
FPGA
5
U15, U18
Voltage Level Translator
6
J1
JPEG Header
7
J2
12V (J6 Pin 45 connection)
8
J3
External Power Connector (12V)
9
J4
Sensor Power Selection Jumper
10
J5
MIPI Board Connection Connector (For MIPI signals)
11
J6
USB3-DIO01 Connection Connector (For Parallel signals)
12
J9, J10
Selection VIO
13
SW1
3.3V Reset Switch

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LED is also to check for internal operations.
LED D1 turns on when power 3.3V is applied to the board.
LED D5 turns on when power is applied to the board and the initialization ends up.
LED D7 turns on when MIPI signal detects.
LED D8 turns on when data enable signal detects. (Data Enable)
LED D9 turns on when vertical synchronization signal detects. (Vertical Sync)
LED D10 turns on when the horizontal synchronization signal detects. (Horizontal Sync).
2-1 J2 Connector
When J2 jumper connection, 12V power supply receive from the USB3-DIO01 (Rev E) board.
(From J6 #45 pin)
2-2 J4 Connector
J4 connector is used to supply power to the sensor from outside of the MIPI. It is connected
by a 5V line and the jumper next to the time of product shipment.
SEN_VIN determines the levels (1.8 ~ 3.3V) of the SCL / SDA / S_RESET / CNT0 ~ 3 / MCLK
signal. (See J6 connector description)
Note) In the case SEN_VIN, prohibited more 3.3V
J4
SP0
SP1
SP2
SP3
SP4
SP5
SEN_VIN
GND
[Figure 2-1. J4 Connector (Top View)]

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2-3 J5 Connector
It is connected to the MIPI SENSOR board, signals are as follows.
1
2
3
4
95
6 8
7
10
11
12
13
14 20 24
2321
22
19
18
17
16
15
J5
26
25 27
28
29
30 36 40
3937
38
35
34
33
32
31
[Figure 2-2. J5 Connector (Top View)]
[Table 1. J5 Connector Description]
No.
Name
Description
Remark
1
SP0
User Defined Power
Connected SP0 of J4
2
SP1
User Defined Power
Connected SP1 of J4
3
SP2
User Defined Power
Connected SP2 of J4
4
SP3
User Defined Power
Connected SP3 of J4
5
GND
Ground
6
GND
Ground
7
SCL
Serial Clock
8
DATAP_0
MIPI 1 Lane Positive
9
SDA
Serial Data
10
DATAN_0
MIPI 1 Lane Negative
11
GND
Ground
12
GND
Ground
13
ENB
Enable
14
DATAP_1
MIPI 2 Lane Positive
15
S_RESET
Reset
16
DATAN_1
MIPI 2 Lane Negative
17
GND
Ground
18
GND
Ground
19
CNT0
Control 0
20
DATAP_2
MIPI 3 Lane Positive
21
CNT1
Control 1
22
DATAN_2
MIPI 3 Lane Negative
23
GND
Ground
24
GND
Ground
25
CNT2
Control 2
26
DATAP_3
MIPI 4 Lane Positive
27
CNT3
Control 3

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28
DATAN_3
MIPI 4 Lane Negative
29
GND
Ground
30
GND
Ground
31
GND
Ground
32
CLKP
MIPI Clock Positive
33
GND
Ground
34
CLKN
MIPI Clock Negative
35
MCLK
Master Clock
36
GND
Ground
37
GND
Ground
38
GND
Ground
39
SP4
User Defined Power
Connected SP4 of J4
40
SP5
User Defined Power
Connected SP5 of J4
2-4 J6 Connector
The following figure shows the external input and output board of J6 connector pin map. It is
used to the Image Control Signlas (Hsync, Vsync, Data Enable, Clock).
1
2
3
4
95
6 8
7
10
11
12
13
14 20 24
2321
22
19
18
17
16
15
J6
26
25 27
28
29
30 36 40
3937
38
35
34
33
32
31
46 50
4947
48
45
44
43
42
41
[Figure 2-3. J6 Connector (Top View)]
[Table 2. J6 Connector Description]
No.
Name
Description
Remark
1
+3.3V
+3.3V Power
2
+5V
+5V Power
3
DIO_0
Digital Input/Output 0
4
DIO_1
Digital Input/Output 1
5
DIO_2
Digital Input/Output 2
6
DIO_3
Digital Input/Output 3
7
DIO_4
Digital Input/Output 4
8
DIO_5
Digital Input/Output 5
9
DIO_6
Digital Input/Output 6
10
DIO_7
Digital Input/Output 7
11
DIO_8
Digital Input/Output 8
12
DIO_9
Digital Input/Output 9

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13
DIO_10
Digital Input/Output 10
14
DIO_11
Digital Input/Output 11
15
DIO_12
Digital Input/Output 12
16
DIO_13
Digital Input/Output 13
17
DIO_14
Digital Input/Output 14
18
DIO_15
Digital Input/Output 15
19
GND
Ground
20
GND
Ground
21
DIO_16
Digital Input/Output 16
22
DIO_17
Digital Input/Output 17
23
DIO_18
Digital Input/Output 18
24
DIO_19
Digital Input/Output 19
25
DIO_20
Digital Input/Output 20
26
DIO_21
Digital Input/Output 21
27
DIO_22
Digital Input/Output 22
28
DIO_23
Digital Input/Output 23
29
DIO_24
Digital Input/Output 24
30
DIO_25
Digital Input/Output 25
31
DIO_26
Digital Input/Output 26
32
DIO_27
Digital Input/Output 27
33
DIO_28
Digital Input/Output 28
34
DIO_29
Digital Input/Output 29
35
DIO_30
Digital Input/Output 30
36
DIO_31
Digital Input/Output 31
37
DIO_32
Digital Input/Output 32
PCLK(Pixel Clock)
38
DIO_33
Digital Input/Output 33
Vsync
39
DIO_34
Digital Input/Output 34
Hsync
40
DIO_35
Digital Input/Output 35
DE(Data Enable)
41
DIO_36
Digital Input/Output 36
42
DIO_37
Digital Input/Output 37
43
DIO_38
Digital Input/Output 38
44
DIO_39
Digital Input/Output 39
45
REV1
Reserved 1
12V
46
U_SDA
Serial Data
SDA
47
REV0
Reserved 0
MCLK(Master Clock)
48
U_SCL
Serail Clock
SCL
49
GND
Ground
50
GND
Ground
Note) No connection 12V(Pin #45) under USB3-DIO01 Rev C.

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2-5 J9/J10 Connector
When you connect J9, 1.8V is connected to SEN_VIN. At this time, if the pin 2-3 connect at
J10, SENSOR control signals became the level 1.8V (mclk, control, enc, reset).
VIO of J10 is an option for power settings from internal. When 1..2 connection, I2C can control
with the DIO board.
J10
1
2
3
VIO
VIO_SEN_VIN
SEN_VIN 1
2
1.8V
J9
[Figure 2-4. J9/J10 Connector (Top View)]
2-6 SW1
It is 3.3V Power Reset Switch (Low Active).
Ground
SW_RST SW1
[Figure 2-5. SW1 switch]

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Appendix
A-1 Board Size
The external sizes of the board are as follows.
< Top View >
3.8
3.8
88.9
76.2
7.1
3.8
12.4

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A-2 Repair Regulations
Thank you for purchasing a DAQSYSTEM product. Please refer to the following regarding
Customer Service regulated by DAQSYSTEM.
(1) Read the user manual and follow the instructions before using the DAQSYSTEM product.
(2) When returning the product to be repaired, please write down the symptoms of the failure and
send it to the head office.
(3) All DAQSYSTEM products have a 1-year warranty.
-. Warranty period counts from the date the product is shipped from DAQSYSTEM.
-. Peripherals and third-party products not manufactured by DAQSYSTEM are covered by the
manufacturer's warranty..
-. If you need repairs, please contact the Contact Point below..
(4) Even during the warranty period, repairs are charged in the following cases..
①Failure or damage caused by use without following the user's manual
②Failure or damage caused by customer's negligence during product transportation after
purchase
③Failure or damage caused by natural phenomena such as fire, earthquake, flood, lightning,
pollution, or power supply exceeding the recommended range
④Failure or damage caused by inappropriate storage environment (e.g. high temperature, high
humidity, volatile chemicals, etc.)
⑤Breakdown or damage due to unreasonable repair or modification
⑥Products whose serial number has been changed or removed intentionally
⑦If DAQSYSTEM determines that it is the customer's fault for other reasons
(5) Shipping costs for returning the repaired product to DAQSYSTEM are the responsibility of the
customer.
(6) The manufacturer is not responsible for any problems caused by misuse, regardless of our
warranty terms.

MIPI-ADP03 User’s Manual
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MEMO
Contact Point
Web sit : https://www.daqsystem.com
Email : [e-mail]