DAQ system EMB-OPT02 Manuel utilisateur

EMB-OPT02

User Manual

Version 1.0

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Information furnished by DAQ SYSTEM is believed to be accurate and reliable, However, no responsibility is assumed by DAQ SYSTEM for its use, nor

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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 e copied or reproduced without the prior

written consent.

EMB-OPT02 User’s Manual

Contents

1. EMB-OPT02 Introduction --------------------------------------------------------- 2

2. EMB-OPT02 Function ------------------------------------------------------------ 4

2-1 J1 Connector ----------------------------------------------------------------- 5

2-2 JP1 Connector --------------------------------------------------------------------- 7

2-3 SW1 Switch --------------------------------------------------------------------- 7

2-4 SW3 Switch -------------------------------------------------------------------- 8

2-5 CN1(SFP) Connector ---------------------------------------------------------------- 8

2-7 Fiber Cable -------------------------------------------------------------------- 10

Appendix

A-1 Board Size --------------------------------------------------------------- 12

A-2 Repair Regulations -------------------------------------------------------------- 13

EMB-OPT02 User’s Manual

1. EMB-OPT02 소개

The EMB-OPT02 board converts the parallel (D0..D47) data signal of the J1 connector into an optical

signal and outputs it.

[Figure 1-1] shows an example of using the EMB-OPT02 board, which converts the image signal from

the CameraLink camera into light and transmits it to the PCIe-OPT02 board, which is the light receiving

board. 1 Base Camera Link configuration is supported.

[Figure 1-1. EMB-OPT02와PCIe-OPT02 Connection]

Reference) The most important factor in selecting an optical cable is the communication distance.

A multimode cable provides a maximum transmission distance of 2Km, and a single-

mode cable basically provides a transmission distance depending on the type of

equipment. Communication using light basically uses 2Core. (RX-1 CORE, TX-1 CORE)

Therefore, be careful when connecting the board with a 2 core optical cable as shown

in the figure below.

EMB-OPT02 User’s Manual

Fiber Cable

Connection

Caution) Be careful not to twist the cable when connecting it to the SFP cage.

EMB-OPT02 User’s Manual

2. EMB-OPT02 Function

Each name and function description of EMB-OPT2 is as follows.

DAQ system

EMB-OPT02 Board

EMB-OPT02REV. A

CN1

JP1

www.daqsystem.com

1 2

SW3

3 4

D10

SW2

[그림 2-1. EMB-OPT01 Layout]

[Table 1. EMB-OPT02 main function description]

No.

Name

Description

Camera Link / DIO_IN0..47 Connector

U1, U3

1.2V, 1.8V, 3.3V Output

FPGA

CN1

SFP(Small Form Factor Pluggable) Connector

Serial Memory

JP1

12V Circular DC Jack

SW2

12V Power Switch

SW3

Connection mode selection switch

The LED shows the inner workings.

LED D5 : Detects Pclk (Pixel Clock) signal.

LED D6 : Detects Lval (Line Valid) signal.

LED D7 : Lights up when power is supplied to the board and initialization is completed.

LDE D8 : Detects Dval (Data Valid) signal.

LED D9 : Vsync (Vertical Sync.) /16 division signal

LED D10 Red is On when optical is connected.

LED D10 Green turns on when the optical channel (#0) horizontal sync signal (Hsync) is detected.

EMB-OPT02 User’s Manual

2-1 J1 Connector

The figure below shows the pin map of the J1 connector.

[Figure 2-2. EMB-OPT02 J1 Connector Pin-out]

[Table 2. J1 Connector]

No.

Name

Description

Remark

3.3V

3.3V Power

12V

12V Power

DIO_IN0

Digital In/Out Data 0

DIO_IN1

Digital In/Out Data 1

DIO_IN2

Digital In/Out Data 2

DIO_IN3

Digital In/Out Data 3

DIO_IN4

Digital In/Out Data 4

DIO_IN5

Digital In/Out Data 5

DIO_IN6

Digital In/Out Data 6

DIO_IN7

Digital In/Out Data 7

DIO_IN8

Digital In/Out Data 8

DIO_IN9

Digital In/Out Data 9

DIO_IN10

Digital In/Out Data 10

DIO_IN11

Digital In/Out Data 11

DIO_IN12

Digital In/Out Data 12

DIO_IN13

Digital In/Out Data 13

DIO_IN14

Digital In/Out Data 14

DIO_IN15

Digital In/Out Data 15

DIO_IN16

Digital In/Out Data 16

DIO_IN17

Digital In/Out Data 17

DIO_IN18

Digital In/Out Data 18

DIO_IN18

Digital In/Out Data 19

DIO_IN20

Digital In/Out Data 20

DIO_IN21

Digital In/Out Data 21

DIO_IN22

Digital In/Out Data 22

DIO_IN23

Digital In/Out Data 23

Ground

EMB-OPT02 User’s Manual

DIO_IN24

Digital In/Out 24

DIO_IN25

Digital In/Out 25

DIO_IN26

Digital In/Out 26

DIO_IN27

Digital In/Out 27

DIO_IN28

Digital In/Out 28

DIO_IN29

Digital In/Out 29

DIO_IN30

Digital In/Out 30

DIO_IN31

Digital In/Out 31

DIO_IN32

GPIO00

DIO_IN33

GPIO01

DIO_IN34

GPIO02

DIO_IN35

GPIO03

DIO_IN36

GPIO04

DIO_IN37

GPIO05

DIO_IN38

GPIO06

DIO_IN39

GPIO07

DIO_IN40

GPIO08

DIO_IN41

GPIO09

DIO_IN42

GPIO10

DIO_IN43

GPIO11

DIO_IN44

GPIO12

DIO_IN45

GPIO13

DIO_IN46

GPIO14

DIO_IN47

GPIO15

Ground

LVAL

Line Valid

FVAL

Frame Valid

DVAL

Data Valid

PCLK

Pixel Clock

Ground

CC_D0

Camera Control output 0

CC_D1

Camera Control output 1

CC_D2

Camera Control output 2

CC_D3

Camera Control output 3

Ground

DTX

Serial to Frame grabber-

DRX

Serial to Camera+

EMB-OPT02 User’s Manual

I2C_SDA

I2C Serial Data

I2C_SCL

I2C Serial Clock

2-2 JP1 Connector

This is an external 12V DC Jack power connector. (HR10-7R-6S-RA)

[Figure 2-3. Rated power]

2-3 SW1 Switch

It is an option select switch.

SWITCH 3

OFF : Vsync

ON : Reverse Vsync

SWITCH 4

OFF : Dval Use

ON : Dval not use

SWITCH #2, #4 ~ #8 : Reserved

EMB-OPT02 User’s Manual

2-4 SW3 Switch

It is a 12V DV external power switch.

+12V

V_IN_12V

SW_T_SPOT

[Figure 2-4. SW3]

2-5 CN1(SFP) Connector

In the case of EMB-OPT02, an SFP (Small Form Factor Pluggable) connector is used as a

Fiber-Transmission Transceiver device. The SFP transceiver is designed to support various optical

transmissions such as SONET, Gigabit Ethernet, and Fiber Channel. It supports hot-pluggable

transceiver and can be connected to network device motherboard with fiber or copper

networking cable.

SFP is connected to the module that connects to the cage and connector, and there are Tx

(Transceiver) and Rx (Receiver) together.

[Figure 2-5. SFP & SFP Cage]

EMB-OPT02 User’s Manual

[Table 3. CN1 SFP Connector]

No.

Name

Description

Remark

VeeT

Transmitter Ground

TxFault

Transmitter Fault

TxDisable

Transmitter Disable

SDA

Serial Interface Data Line

SCL

Serial Interface Clock

MOD-ABS

Module Absent, connected to VeeT or VeeR

RS0

Rx Rate Select

Open or Low = 2.125 or 4.25 Gb/s Fibre Channel (Low

Bandwidth)

High = 8.5 Gb/s Fibre Channel (High Bandwidth)

LOS

When high, indicates received optical power below

worst-case receiver sensitivity.

RS1

Tx Rate Select

Open or Low = 2.125 or 4.25 Gb/s Fibre Channel (Low

Bandwidth)

High = 8.5 Gb/s Fibre Channel (High Bandwidth)

VeeR

Receiver Ground

VeeR

Receiver Ground

RD-

Receiver Data

RD+

Receiver Inverted Data

VeeR

Receiver Ground

VccR

Receiver Power(3.3V)

VccT

Transmitter Power(3.3V)

VeeT

Transmitter Ground

TD+

Transmitter Data

TD-

Transmitter Inverted Data

VeeT

Transmitter Ground

(Note) For detailed specifications, refer to the Camera Link standard document.

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