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DAQ system USB3-FRM22, User Manual

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USB3-FRM22 User’s Manual 

6 

2-3.    I/O Terminal Pin Map 

 

(1)

 

CN1 Connector 

When the PIN of the USB3.0 Standard Powered-B type connector of the board is viewed from 

the front where the cable is connected, it is as shown in [Figure 2-3]. 
   
 

USB B type

Connector

1

2

3

4

10

11

5

6

7

8

9

 

 

[Figure 2-3. CN1 Connector (USB3.0 Standard Powered-B type Front View)] 

 

[Table 1. USB3.0 Standard Powered-B Connector] 

No 

Name 

Description 

Remark 

1 

VBus 

+5V Power 

+5V Power 

2 

USB D- 

USB2.0 data (Negative) 

USB2.0 Signals 

3 

USB D+ 

USB2.0 data (Positive) 

USB2.0 Signals   

4 

GND 

Ground for Power Return 

USB Power GND 

5 

StdA_SSTX- 

Super Speed Transmitter 
(Negative) 

USB3.0 Signals 

6 

St 

Super Speed Transmitter 
(Positive) 

USB3.0 Signals 

7 

GND_DRAIN 

Ground for Signal Return 

USB Power GND 

8 

St 

Super Speed Receiver 
(Positive) 

USB3.0 Signals 

9 

StdA_SSRX- 

Super Speed Receiver   
(Negative) 

USB3.0 Signals 

10 

DPWR 

Power Provided by Device 

USB Power GND 

11 

DGND 

Ground return for DPWR 

USB Power GND 

 

 
 
 
 
 
 
 
 
 
 
 
 

Summary of Contents for USB3-FRM22

Page 1: ...ion 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 n...

Page 2: ... Connector 8 6 J11 Connector 9 7 J12 Connector 10 8 J13 Connector 11 9 J14 Connector 11 10 J15 Connector 12 11 SW1 Switch 13 12 SW3 Switch 13 2 4 Board Size 14 3 Sample Program 15 3 1 Description of Image Frame Functions 16 3 2 Description of Clock Functions 20 3 3 Description of Power Digital I O Functions 21 3 4 Description of I2C Read Write Functions 22 3 5 Description of Misc Functions 23 3 6 ...

Page 3: ...GPIO 4bit General GPIO 12bit User GPIO 12bit 3 3V GPIO 4bit User GPIO 8bit On board Memory 256MB DDR3 x2 Communication I2C SPI Simultaneously Use Max 4 Software OS Windows 2000 XP 7 8 10 32 64bit API Windows Client DLL API Development Windows Application by User Custom USB Device Firmware Custom Windows Client DLL Support Sample Program VC Please contact for C Environmental conditions Operating te...

Page 4: ...nterface signal of the sensor board to the PC in the USB3 0 Super Speed 5Gbps method Two signals of C PHY or D PHY can be selected and used The received signal is processed by the software application provided by the DAC system in the PC and displayed as an image Figure 1 1 shows an example of using the input board MIPI SENSOR C PHY or D PHY Figure 1 1 USB3 FRM22 Example Using ...

Page 5: ... Layout There are 6 important LEDs on the board and the description of each is as follows D7 Lights up when the board is configured and ready for operation D9 Lights up when connected via USB3 0 blinks D10 The Vertical Synchronization signal line Vsync is connected This is a mark to visually check Vsync D11 The Horizontal Synchronization signal line Hsync is connected This is a mark to visually ch...

Page 6: ... Pitch Male Header connector to connect to MIPI sensor board connector and 2x16 2 54mm Pitch Male Header connector J4 J5 to connect with our MIPI PWR02 power board For detailed connector signal specifications refer to Section 2 3 and Appendix A1 Figure 2 2 USB3 FRM22 Block Diagram The program of the FPGA core logic uses JTAG and functions to save the logic program in the FPGA Program Logic and dow...

Page 7: ... Connector No Name Description Remark 1 VBus 5V Power 5V Power 2 USB D USB2 0 data Negative USB2 0 Signals 3 USB D USB2 0 data Positive USB2 0 Signals 4 GND Ground for Power Return USB Power GND 5 StdA_SSTX Super Speed Transmitter Negative USB3 0 Signals 6 StdA_SSTX Super Speed Transmitter Positive USB3 0 Signals 7 GND_DRAIN Ground for Signal Return USB Power GND 8 StdA_SSRX Super Speed Receiver P...

Page 8: ...erial Data 10 C_L0_RXB or D_L0_RXN C_lane0_RX_B or D_lane0_RX_N C C Phy D D Phy 11 GND Ground 12 GND Ground 13 ENB Enable 14 C_L0_RXC or D_L1_RXP C_lane0_RX_C or D_lane1_RX_P C C Phy D D Phy 15 S_RESET Reset 16 C_L1_RXD or D_L1_RXN C_lane1_RX_D or D_lane1_RX_N C C Phy D D Phy 17 GND Ground 18 GND Ground 19 CNT0 Sensor General Purpose IO0 Using SDIO_xxx function 20 C_L2_RXA or D_L2_RXP C_lane2_RX_A...

Page 9: ...N C_lane1_RX_B or D_CLK_RX_N C C Phy D D Phy 35 MCLK Master Clock 36 C_L1_RXC C_lane2_RX_C C C Phy 37 GND Ground 38 GND Ground 39 SP4 SENSOR Power 40 SP5 SENSOR Power 3 J2 Connector It is a connector used as SPI Serial Peripheral Interface Figure 2 5 J5 Connecter Top View Table 3 J2 Connecter Description No Name Description 1 F_SPI_SCK Serial Clock 2 F_SPI_SSN Slave Select 3 F_SPI_MISO Master Inpu...

Page 10: ... 1 GND Ground 2 GND Ground 3 SP0 SENSOR Power 0 9 4 1V 4 SP1 SENSOR Power 0 9 4 1V 5 SP2 SENSOR Power 0 9 4 1V 6 SP3 SENSOR Power 0 9 4 1V 7 GND Ground 8 GND Ground 9 SCL Serial Clock 3 3V 10 SDA Serial Data 3 3V 11 PWR_SCL Power Serial Clock 3 3V 12 PWR_SDA Power Serial Data 3 3V 13 AD_SCL AD Converter Serial Clock 3 3V 14 AD_SDA AD Converter Serial Data 3 3V 15 GND Ground 16 GND Ground 17 OS_SCL...

Page 11: ... User Defined Power 0 9 4 1V 5 GND Ground 6 GND Ground 7 SPI_SCK Serial Clock 3 3V 8 SPI_MOSI Master Output Slave Input 3 3V 9 SPI_EN Slave Select 3 3V 10 SPI_MISO Master Input Slave Output 3 3V 11 5V_IN 5V Power 12 V_IO2 IO2 Power 13 GPIO0 General Purpose IO0 Using PWR_DIO_xxx function 14 GPIO1 General Purpose IO1 Using PWR_DIO_xxx function 15 GPIO2 General Purpose IO2 Using PWR_DIO_xxx function ...

Page 12: ...3_xxx function 8 U3_GPIO1 User General Purpose IO1 Using DIO33_xxx function 9 U3_GPIO2 User General Purpose IO2 Using DIO33_xxx function 10 U3_GPIO3 User General Purpose IO3 Using DIO33_xxx function 11 U_GPIO0 User General Purpose IO0 Using DIO_xxx function 12 U_GPIO1 User General Purpose IO1 Using DIO_xxx function 13 U_GPIO2 User General Purpose IO2 Using DIO_xxx function 14 U_GPIO3 User General ...

Page 13: ...ng PWR_DIO_xxx function 4 GPIO9 General Purpose IO9 Using PWR_DIO_xxx function 5 GPIO10 General Purpose IO10 Using PWR_DIO_xxx function 6 GPIO11 General Purpose IO11 Using PWR_DIO_xxx function 7 GND Ground 8 GND Ground 9 5V_IN 5V Power 5V 10 5V_IN 5V Power 5V 11 5V_IN 5V Power 5V 12 5V_IN 5V Power 5V 13 GND Ground 14 GND Ground 15 VCC12_WALL 12V Adaptor Power 12V 16 VCC12_WALL 12V Adaptor Power 12...

Page 14: ...4 SDA Serial Data 3 3V 5 PWR_SCL_FU Power Serial Clock 3 3V 6 PWR_SDA_FU Power Serial Data 3 3V 7 AD_SCL_FU AD Converter Serial Clock 3 3V 8 AD_SDA_FU AD Converter Serial Data 3 3V 9 OS_SCL_FU Open Short Serial Clock 3 3V 10 OS_SDA_FU Open Short Serial Data 3 3V 11 GND Ground 12 GND Ground 13 VCC12_WALL 12V Adaptor Power 12V 14 VCC12_WALL 12V Adaptor Power 12V 15 GPIO8 General Purpose IO8 1 5 3 3V...

Page 15: ...SPI_MISO_CON Master Input Slave Output 3 3V 7 GND Ground 8 5V_IN 5V Power 5V 9 V_IO2 IO2 Power V_IO2 Power 10 GND Ground 11 GPIO0 General Purpose IO0 1 5 3 3V 12 GPIO1 General Purpose IO1 1 5 3 3V 13 GPIO2 General Purpose IO2 1 5 3 3V 14 GPIO3 General Purpose IO3 1 5 3 3V 15 GPIO4 General Purpose IO4 1 5 3 3V 16 GPIO5 General Purpose IO5 1 5 3 3V 17 GPIO6 General Purpose IO6 1 5 3 3V 18 GPIO7 Gene...

Page 16: ... USB3 FRM20 boards simultaneously in one system PC Classification of each board can be set through a 2 pin DIP switch in the board 1 ON SW3 2 Figure 2 12 SW3 Switch Top View 표 10 SW3 PIN OUT Description 1 2 Description OFF OFF Board No 0 ON OFF Board No 1 OFF ON Board No 2 ON ON Board No 3 ...

Page 17: ...2 User s Manual 16 2 4 Board Size The external dimensions of the board are as follows For detailed dimensions please ask the person in charge Top View 10 7 1 6 3 0 15 5 Right Side View 110 80 11 3 0 8 53 100 70 ...

Page 18: ...board must be installed first The sample program is provided in the form of a source so that the API provided to use the board can be briefly tested so the user can modify and use it Figure 3 1 Sample Program Execution Screen To use the sample program above an API Application Programming Interface is required API is provided in the form of DLL and import library and header file are required to com...

Page 19: ...ile contents Read the sensor initialization file saved as S Read and click Go The video comes out automatically Check resolution with Get Res Click the Start Stop toggle button to stop the video 3 1 Description of Image Frame Functions 1 Device Open button Start the device on the selected board 2 Board selection In case of multiple USB3 0 boards 4 board numbers 0 3 are assigned 3 Ver button The bo...

Page 20: ...ing example the address_data size is 16_8 which is an address 2 byte data 1 byte structure Ex OV13850_4224x3136 ini file structure MISC Various types of Miscellaneous settings can be made 5V_Power 1 IO_Power 1 SEN_Reset 1 SEN_Enable 1 COMBO_MODE 1 D Phy DATA_BITS 3 32bits MCLK 24 END SENSOR_POWER Sensor power 0 9 4 1V can be set SP0 4 0 SP1 4 0 SP2 4 0 SP3 4 0 SP4 0 SP5 0 END REGISTER Other sensor...

Page 21: ...n case of error LVDS Check Error is displayed 11 Flush button Initialize the LVDS buffer 12 Skip Freeze the screen F R Shows the number of frames shown on the screen Suc Shows the number of successful image transmission To be added Fail Shows the number of failed image transmission To be added 13 Once button Press the Toggle button to show the screen once 14 Err button Line CRC error is read to PC...

Page 22: ...not saved on the board you have to wait until the saving is complete Use after freeze the screen 16 Save button It is used when saving frame image data read from PC as binary file file 17 View button It starts image transfer 18 Start Stop toggle button You can start and stop image transfer with the Start and stop Toggle buttons ...

Page 23: ...e 3rd byte is skipped 20 Get Res button It shows the image resolution 21 Read ID button It shows MIPI Iㅇ 22 Full Scr It displays the screen in its original resolution size Pause Freeze the screen Rolling Update image data without using the GetFrame function RB Swap Red and blue signal values are interchanged 3 2 Description of Clock Functions 1 PGM Clk toggle You can select the frequency range of ...

Page 24: ...ctions 1 Set VIO button Set by specifying the sensor voltage value 2 Digital I O User Sensor User3 3 PWR User Sensor User 3 3V PWR GPIO Selection User GPIO J12 Connector 11 18 U_GPIO0 7 Sensor GPIO J1 Connector CNT0 3 3 3V GPIO J12 Connector 7 10 U3_GPIO0 3 PWR GPIO J11 Connector 13 18 J12 Connector 3 4 J13 Connector 3 6 P_GPIO0 11 3 Set Dir button Set whether to use each GPIO port as an input or ...

Page 25: ...esources of the I2C system 5 Slave ID Slave ID Address Slave Register Address Len Address Value Size Data Len Data Value Size Addr Buf toggle When selected it is used in SYS mode and address buffer is used instead of address Data Data you want to transfer The above values are variables used for I2C Read or I2C Write 6 P B On or P B Off button Turns the setting On Off according to the SP Sensor Pow...

Page 26: ... Low Sensor Enable Set the Enable output of the sensor to High or Low MCLK Off Turns the master clock output On Off EPROM I2C Change the address of USB3 EPROM to avoid collision with sensor I2C PWR I2C Turns I2C output of Power board On Off To be added later 1 FAN Speed FAN speed 0 255 can be controlled 2 OS SPI Send button It sends data to SPI Serial Peripheral Interface Send Bytes Specifies the ...

Page 27: ...n checked CRC Check CRC Check On Off When checked check Sum 2Bytes data is added at each end of Frame or Line according to the selection of Frame Check Frame Check Line CRC FRAME CRC Check Conversion The line can be selected in the Edit Box at the top of Frame Check CRC Value Shows CRC value when checking CRC CRC ERROR Shows the number of CRC errors when checking CRC CRC OK Shows the number of CRC...

Page 28: ... during the warranty period repairs will be charged in the following cases Failure or damage caused by use without following the user s manual Breakdown or damage caused by customer s negligence during product transportation after purchase Failure or damage due to natural phenomena such as fire earthquake flood lightning pollution or power supply exceeding the recommended range Failure or damage c...

Page 29: ...USB3 FRM22 User s Manual 28 MEMO Contact Point Web sit https www daqsystem com Email postmaster daqsystem com ...

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