BOPIXEL OPR407 Series Bedienungsanleitung

OPR407 Series DLP projector operating manual

Catalogue

一、 Precautions ......................................................................................................... 1

二、 Module Specifications ........................................................................................2

三、 Interfaces Introduction ......................................................................................5

3.1 Connectors Positions Introduction ....................................................................5

3.2 Interfaces Description ....................................................................................... 6

3.2.1 J1 Extended video interface ....................................................................6

3.2.2 J2 I2C Interface .......................................................................................7

3.2.3 J3 External I2C Enable Jumper .............................................................. 7

3.2.4 J4 Trigger Interface .................................................................................7

3.2.5 J10 12V Power Connector ...................................................................... 8

3.2.6 J11 Fan Connector .................................................................................. 8

3.2.7 J14 External Power Supply Connector ................................................... 8

3.2.8 J12 USB internal connector .................................................................... 8

四、 Instruction .......................................................................................................... 9

4.1 Product Description .......................................................................................... 9

4.2 Software and Documents .................................................................................. 9

4.2.1 Software .................................................................................................. 9

4.2.2 Reference Documents ............................................................................. 9

4.3 Software Installation ....................................................................................... 10

4.3.1 GUI software .........................................................................................10

4.3.2 Others ....................................................................................................11

4.4 Hardware connection ...................................................................................... 11

4.4.1 Driver Installation ................................................................................. 11

4.5 GUI Instruction ............................................................................................... 12

4.5.1 Connect module to computer ................................................................12

4.5.2 "Display" mode to test patterns and images ......................................... 13

4.5.3 "light control" mode to customize stripe patterns .................................17

4.5.4 Firmware programming ........................................................................ 24

4.5.5 Debug instructions ................................................................................ 25

4.6 DLP advanced control mode ...........................................................................26

4.6.1 Precise brightness control ..................................................................... 28

4.6.2 Build-in stripe patterns ..........................................................................31

4.7 Make a Batch file ............................................................................................ 33

4.8 Make Firmware ...............................................................................................38

五、Appendix .............................................................................................................43

5.1 DLP4710EVM-LC Firmware Release Notes ................................................. 43

5.2 "Internal Patterns" mode operation steps ........................................................44

5.3 How to Modify the Specifications of Test Patterns? ...................................... 51

六、FAQ ..................................................................................................................... 53

6.1 How to Program the DLPC3479? ................................................................... 53

6.2 What is a 1D pattern? ......................................................................................53

6.3 Why would you want to use a 1D pattern? ..................................................... 53

6.4 What is a pattern set? ...................................................................................... 54

6.5 How many patterns can be stored in each pattern set? ................................... 54

6.6 How to change frame rate of internal pattern?............................................... 54

6.7 Why is there a minimum pre-exposure dark time and post-exposure dark time

limit? ..................................................................................................................... 55

6.8 What actually happens in pre-exposure dark time and post-exposure dark time?

.............................................................................................................................. 55

6.9 What timings are supported by Internal pattern streaming mode? ................. 56

6.10 Do these minimum darkfield times have to be calculated? .......................... 56

七、Guarantee ........................................................................................................... 57

一、 Precautions

Please read all instruments before use, otherwise the product

may be damaged.

1) The optical module is in the device and the circuit board is exposed, so do not

drop it from a height.

2) This device contains high-precision optical components, so please do not

disassemble without authorization.

3) The module is powered by 12V power supply. A 12V, 10A or higher current

adapter is suitable. Otherwise, it may cause the adapter to overcurrent and power off

when the brightness is increased.

4) DMD flat cable connector has a limited service life, so it is not allowed to unplug

the cable without authorization.

5) It is strictly forbidden to Unplugging the DMD flat cable when the module is

power on condition. This will damage the DMD.

6) Please pay attention to anti-static measures before use. Static electricity will

cause damage to the main chips or DMD.

7) This module is turned on when it is powered on. If it does not work properly,

please contact us.

8) Note: The GUI software version is 2.2.0.6 in this document, and the

operating system is Win10 x64.

二、 Module Specifications

1) Module projection resolution: 1920 x 1080

2) Max frame speed of image input: 60Hz (2D and 3D) for 1080p

3) Internal storage frame rate: 1440Hz (1 bit) , 180Hz (8bit)

4) Integrated internal storage can store more than 1000 graphics.

5) Maximum Power: 100W

6) Support USB connection to official GUI control software, and external I2C and

SPI connection to control module and firmware programming

7) Support trigger input and output. 3.3V or 5V (default) power output is optional.

8) Support parallel or BT656 video input.

OPR407 series (DLP4710)

Type OPR407185 OPR407700 OPR407100 OPR407185S

Working

distance

0185 450 300 700 1200 300 100

02000 100 185 450

Screen size

（TYP）

140*79 604*340 1054*593 158*128*92

Depth of

focus

（TYP）

-55~+100 -200~+300 -500~+500 -30~+40

Throw

Ratio 1.32 1.16 0.94 1.32

Precision

um 73 315 549 73

Mode Orthographic projector Scheimpflug/Tilt

structure

Dimension

mm 127*73*47 132*73*47 127*73*47 130*78*55

Distortion <0.5%

Resolution 1920*1080

Uniformity

JBMA >90%

Contrast 500:1

Light

source RGB LED

OPR407185 Dimension OPR407185 Dimension

OPR40718S schematic diagram

OPR407185S Screen size

三、 Interfaces Introduction

The connector location and pin 1 location are marked in the image above. Pin 1

is marked with a triangle on the circuit board, please pay attention to the comparison.

3.1 Connectors Positions Introduction

Connector Matching plug type Description

J1 AXT650124 Extended video interface

J2 51021-0600 I2C interface

J3 2.0mm Jumper I2C enable

J4 51021-0800 Trigger interface

J5 AXT680124 DMD flat cable

J6 87439-1000 Red LED output

J7 87439-1000 Green LED output

J8 87439-1000 Blue LED output

J10 43645-0200 12V Power supply

J11 51021-0400 12V Power for fan

J14 51021-0400 12V, 5V, 3.3V power supply

J12 51021-0400 USB interface internal connector

J11 USB type C USB interface

3.2 Interfaces Description

3.2.1 J1 Extended video interface

Pin Definition Description Pin Definition Description

1 PDATA21 Video Signal

Input

50 PDATA22 Video Signal Input

2 PDATA20 49 PDATA23

3 PDATA19 48 GND

4 PDATA18 47 PCLK Video Signal

control

5 PDATA17 46 DATEN_CM

6 PDATA16 45 VSYNC_WE

7 GND 44 HSYNC_CS

8 PDATA15 Video Signal

Input

43 PDM_CVS_T

9 PDATA14 42 3DR_D

10 PDATA13 41 E_SCL External I2C

interface

11 PDATA12 40 E_SDA

12 PDATA11 39 EX_I2C_OE pull up 3.3V to

enable external I2C

13 PDATA10 38 EXT_CLK External SPI

interface

14 PDATA9 37 EXT_MOSI

15 PDATA8 36 EXT_MISO

16 GND 35 EXT_CSZ

17 PDATA7 Video Signal

Input

34 EXT_PROJ_O

pull up 3.3V to

power on the DLP

18 PDATA6 33 MCU_ACK I2C reply sent by

MCU

19 PDATA5 32 MCU_REQ I2C request sent by

GUI

20 PDATA4 31 GND

21 PDATA3 30 S_HOST_IRQ Slave reports error

22 PDATA2 29 M_HOST_IR

Master reports error

23 PDATA1 28 SPI_BUS_SE External SPI

L channel switching

24 PDATA0 Video Signal

Input

27 EXT_SPI_EN External SPI

Enable

25 GND 26 GND

3.2.2 J2 I2C Interface

It has the same function as the J1 flat cable, and use a general connector, which

is convenient for customers to use.

Pin Definition Description

1 E_SCL External I2C bus clock

2 E_SDA External I2C bus data

3 EX_I2C_OE External I2C bus is enabled. After the voltage is pulled up to

3.3V, the external I2C is enable, and the USB to I2C channel is

closed.

4 NC

5 EXT_PROJ_ON The voltage is pulled up to 3.3V to turn on, and the 0V voltage is

used to turn off.

6 GND Signal Ground

3.2.3 J3 External I2C Enable Jumper

It is used to force enable the external I2C interface. Connecting the jumper can

enable external I2C interface, and then connection with GUI software using USB will

be disabled.

3.2.4 J4 Trigger Interface

Pin Definition Description

1 GND Signal Ground

2 PWR_SEL Trigger signal level power supply. 3.3V or 5V can be

available (using different resistors)

3 PATTERN_R

Pattern_ready signal defined by GUI

4 TRIG_OUT2 Trigger output 2 defined by GUI, open-drain output,

pulled up to 5V with a 1k resistor

5 TRIG_IN Trigger input defined by GUI, with optocoupler

isolation, 3.3V~24V compatible

6 EXT_T5

7 TRIG_OUT1 Trigger output 1 defined by GUI，open-drain output,

pulled up to 5V with a 1k resistor

8 NC

3.2.5 J10 12V Power Connector

Pin Definition Description

1 12V Power 12V Power Input. Voltage reaching 15V will trigger

overvoltage protection

2 GND Signal Ground

3.2.6 J11 Fan Connector

Pin Definition Description

1 GND Signal ground

2 12V 12V power supply for fan

3 NC

4 NC

3.2.7 J14 External Power Supply Connector

Pin Definition Description

1 GND Signal ground

2 12V 12V power supply for fan

3 5V 5V power supply

4 3.3V 3.3V power supply

3.2.8 J12 USB internal connector

Pin Definition Description

1 GND Ground

2 DP Signal positive

3 DN Signal negative

4 VBUS USB power input

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