background image

 

FLI R

 

ADK  

Ge tt in g S ta rt ed  

The information contained herein does not contain technology as  

defined by EAR,15 CFR772, is publicly available, and therefore  

not subject to EAR. 

3)

 

Turn on high immunity mode (HIM), configure HV_SRC on deserializer: 

des: write val 0xE8 to reg 0xB06

 

4)

 

Turn on CLINK on serializer side (forward channel enabled) 

ser: write val 0x43 to reg 0x404

 

5)

 

Turn off deserializer local I2C ACK (because we don’t need i

t anymore because forward 

channel from serializer is now working) 

des: write val 0x0 to reg 0xB0D

 

6)

 

Turn on Parallel video mode on serializer (may be different for MIPI) (configures forward 

channel to be run from  Boson’s PCLK)

 

ser: write val 0xF7 to reg 0x07

 

7)

 

Switch from CLINK mode to SEREN mode on serializer 

(Now running off Boson’s PCLK)

 

ser: write val 0x83 to reg 0x404

 

8)

 

Change from GMSL1 to GMSL2 mode on serializer (we lose communication to the serializer 

after doing this until deserializer is converted to GMSL2 as well) (upgrade remote side first) 

ser: write val 0x91 to reg 0x06

 

9)

 

Change from GMSL1 to GMSL2 mode on deserializer (LOCK will be indicated after the link 
comes back up) 

des: write val 0xDF to reg 0x06

 

 

Note: The GMSL 2 configuration on serializer will be lost on power cycle, if running a GMSL 

1 camera in a GMSL 2 configuration you need to implement this process each time. 

 

4.3

 

GMSL SerDes Data Transmission 

The Boson core of the ADK is wired to the Maxim Serializer as shown in Table 2.  
 

 

Table 2: The Boson and Maxim 9295A pin correlation. 

Boson 

MAX9295A 

Data bit 0 

D2P, Pin 19 

Data bit 1 

D2N, Pin 20 

Data bit 2 

MFP5, Pin 21 

Data bit 3 

MFP6, Pin 22 

Data bit 4 

D3P, Pin 23 

Data bit 5 

D3N, Pin 24 

Data bit 6 

D0P, Pin 25 

Data bit 7 

D0N, Pin 26 

Vsync 

MFP3, Pin 17 

Hsync 

MFP4, Pin 18 

PCLK 

MFP0, Pin 2 

External 

Sync 

MFP7, Pin 31 

 

Summary of Contents for ADK

Page 1: ...15 CFR772 is publicly available and therefore not subject to EAR 1 Getting Started guide for the FLIR ADK with USB GMSL and Ethernet Connector Options Document Number 102 2013 105 Version 130 Issue Date 2019 FLIR Systems OEM Emerging 6769 Hollister Avenue Goleta CA 93117 Phone 1 805 964 9797 www flir com ...

Page 2: ...he Boson ethernet ADK to the computer 5 2 2 Ubuntu Installation 5 2 2 1 Robot Operating System 6 2 3 Windows Installation 7 3 GMSL Getting Started 7 3 1 NVIDIA Drive Systems 8 3 2 Upgrading the GMSL Serializer to GMSL 2 8 3 3 GMSL SerDes Data Transmission 9 3 4 Sending Commands to the ADK over i2C 10 3 5 Sample I2C Functions for Teensy SOC 11 3 6 Data Format and Boson Settings for GMSL 1 13 3 7 In...

Page 3: ...uding USB Ethernet GMSL accessory board for communication video streaming and hardware synchronization 1 4 BACKGROUND The FLIR ADK comes in three variants USB output GMSL output and GMSL output with a converter for GMSL to Ethernet This document describes how to get each version up and imaging 2 USB Getting Started The USB option for the ADK ships with a Boson connected by USB for video and comman...

Page 4: ... with the camera plugged into the computer The port that shows up with the camera plugged in is the camera s comport With the camera s comport known open the BosonGUI software and select the camera s comport in the Port selection dropdown in the lower right corner of the BosonGUI software To start video streaming just click the start video capture button in the upper right corner of the BosonGUI s...

Page 5: ...reakout box The Colors correspond to the GPIO cable that came with the ADK Color Pin Function Description Green 1 VExt Camera Input Power Black 2 Not Connected Red 3 Not Connected White 4 Not Connected Blue 5 Not Connected Brown 6 GND Camera Power Ground 3 2 Ubuntu Installation We ve tested the installation on Ubuntu 16 04 1 Download the appropriate version of Spinnaker SDK from https www flir com...

Page 6: ...he camera To start SpinView enter spinview into the terminal 7 When SpinView is open the Boson device should be visible under the devices tab as shown below Double click on the Boson device and the program will display a live feed from the camera If you notice that some images are getting dropped or that the video feed is choppy it may help to increase the Rx and Tx buffer size Below is a link des...

Page 7: ...on The FLIR ADK with the GMSL connector allows for the longer cable lengths that are necessary in the automotive environment The Serializer in the ADK can be configured for GMSL 1 trailing part number AA1 and for GMSL 2 trailing part number AA2 Note that Serializers configured for GMSL 1 can be field upgraded to GMSL 2 In this document we provide examples of how to collect data from the GMSL ADK a...

Page 8: ...driver to work To field upgrade the ADK to GMSL 2 see section 4 2 If you know before hand that your system will require GMSL 2 cameras it is possible to order the ADK configured for GMSL 2 4 2 Upgrading the GMSL Serializer to GMSL 2 The FLIR ADKs are by shipped in either GMSL1 or GMSL 2 mode from the The GMSL 1 cameras have the trailing part number AA1 or AAX and GMSL 2 cameras have the trailing p...

Page 9: ...al 0x83 to reg 0x404 8 Change from GMSL1 to GMSL2 mode on serializer we lose communication to the serializer after doing this until deserializer is converted to GMSL2 as well upgrade remote side first ser write val 0x91 to reg 0x06 9 Change from GMSL1 to GMSL2 mode on deserializer LOCK will be indicated after the link comes back up des write val 0xDF to reg 0x06 Note The GMSL 2 configuration on se...

Page 10: ... Functions For Teensy SOC To generate the command byte arrays to send to the Boson customers can use the rawBoson tool provided through FLIR on GitHub at https github com FLIR rawBoson combined with the Boson SDK documentation Software IDD The Software IDD describe the command the Boson will accept and the rawBoson tool can packetize the message properly with a CRC code and start and stop flag Doc...

Page 11: ...igure heater GPIO as an OUTPUT write val 0x0F to reg 0x18 of device reg 0xD8 4 5 Sample I2C Functions for Teensy SOC Below are sample functions for i2cwrite and i2cread as well as a function to send an array of bytes I2C Read and Write void i2cwrite byte addy byte reg byte val byte err Wire beginTransmission addy Wire write reg Wire write val err Wire endTransmission if err 0 I2Cerror 1 byte i2cre...

Page 12: ...I2CCommandArray byte commandBytes int len i2cwrite transAdd 0x09 0x02 disable the transmitter on transceiver for int i 0 i len i i2cwrite transAdd 0x00 commandBytes i write byte to fifo buffer register on transceiver if debug_messages DEBUG print Message queued 0x DEBUG print checkTXbuffer HEX DEBUG print n DEBUG print nCommand Sent n n i2cwrite transAdd 0x09 0x00 enable the transmitter on transce...

Page 13: ...uested res Wire read receive a byte return res send the byte 4 6 Data Format and Boson Settings for GMSL 1 The GMSL option for Boson currently supports both 8 bit and 16 bit data Of the 24 bit CMOS output from the Boson only the lower 8 bits are physically connected to the Serializer 8 bit video over GMSL is available using CMOS configurable options that utilize the lower 8 bits 0 7 of the CMOS ou...

Page 14: ...er will need to have an input into the GPI pin with a pulse width of 0 35us The GPI pin on the deserializer will need to be linked to MFP7 on the serializer To establish sync with the Boson the Boson needs to be configured to One Shot mode and External Sync Slave mode Note that sync pulses must be applied before the Boson is configured to External Sync Slave mode or the Boson will fault and subseq...

Page 15: ...sion 10 us SerDes data transmission depending on cable length The time it takes from when CMOS output on the Boson starts and MIPI output from the Deserializer Completes frame data transmission The GMSL signal pipeline introduces very little additional latency compared to the intrinsic latency of the Boson frame readout image processing and CMOS data output The latency of the Boson core of the ADK...

Page 16: ...nformation contained herein does not contain technology as defined by EAR 15 CFR772 is publicly available and therefore not subject to EAR 16 Figure 3 16 bit pre AGC CMOS Output 60 Hz Figure 4 16 bit Pre AGC output averager ON 30Hz ...

Page 17: ... contained herein does not contain technology as defined by EAR 15 CFR772 is publicly available and therefore not subject to EAR 17 Figure 5 8 bit post AGC Output with averager OFF 60Hz Figure 6 8 bit Post colorized Averager ON 30Hz USB video ...

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