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hitdetection:starting_the_chip [2020/03/02 15:42] himuserhitdetection:starting_the_chip [2022/01/14 19:44] (current) – external edit 127.0.0.1
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 ======Starting the ASIC Chip====== ======Starting the ASIC Chip======
 The steps necessary to launch the ASIC chip are described here. The steps necessary to launch the ASIC chip are described here.
-===*title*===+
 Starting at the HadanaPC3, connect to the DEPC002, and from there to the rio4-1: Starting at the HadanaPC3, connect to the DEPC002, and from there to the rio4-1:
  
    agmaas@hadanapc3:~$ ssh mbsdaq@10.106.11.18    agmaas@hadanapc3:~$ ssh mbsdaq@10.106.11.18
    mbsdaq@depc002:~$ ssh rio4-1    mbsdaq@depc002:~$ ssh rio4-1
-Now (we) open the folder hit_mainz/, where the folders HitDetection2Cmd/ and HitDetectionMBS/ are:+Now you open the folder hit_mainz/, where the folders HitDetection2Cmd/ and HitDetectionMBS/ are:
    RIO4-1 mbsdaq > cd hit_mainz/    RIO4-1 mbsdaq > cd hit_mainz/
 +   
 +In two terminals open the two new folders:
 +   RIO4-1 mbsdaq > cd HitDetection2Cmd/
 +   RIO4-1 mbsdaq > cd HitDetectionMBS/
 +
  
 ===FPGA as clock===    ===FPGA as clock===   
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    agmaas@hadanapc4:~ /KCU105/lvds_clk$ vivado18    agmaas@hadanapc4:~ /KCU105/lvds_clk$ vivado18
        
-This will start the GUI to operate the FPGA. +This will start the GUI to operate the FPGA. Select directly or first navigate to the lvds_clk project and open it
-Now in the bottom left open the hardware manager and open "target" in the top middle <del>(and press auto connect)</del>+Now in the bottom left open the hardware manager and open "target" in the top middle and press auto connect
 +If the xcku040_0 shows "not connected", right click on it and choose program device and confirm with program. 
 + 
 +===HitDetection2Cmd=== 
 +Now turn on the power supply for the chip. 
 + 
 +On the HadanaPC3 navigate to the setup_chip.txt file on the desktop and copy the first line into the terminal where you open the HitDetection2Cmd/ 
 +   RIO4-1 mbsdaq InitHitDet -a=8 --direct --init --peer=0f --rate=4 --scramble=1
        
 +In the terminal in the bottom left execute the last command. This will start the GUI for the measurements:
 +   mbsdaq@depc002:~/dabc/trunk$ export HTPORT=8119;
 +   mbsdaq@depc002:~/dabc/trunk$ export REMNODE=rio4-1;
 +
 +   mbsdaq@depc002:~/dabc/trunk$ ${DABCSYS}/bin/dabc_exe ${DABCSYS}/plugins/mbs/app/web-mbs-gui-remote.xml
 +  
 +The link will be found here:
 +http://10.106.11.18:8119/MBS/rio4-1/ControlGUI/
 +===HitDetectionMBS===
 +In the terminal where HitDetectionMBS/ was opened, we perform a reset and wait 3 seconds for a second reset. After that we connect with the GUI and then start the data acquisition:
 +   RIO4-1 mbsdaq > resl
 +   (3sec.)
 +   RIO4-1 mbsdaq > resl
 +   ...
 +   RIO4-1 mbsdaq > mbs -dabc
 +   ...
 +   @startup
 +
 +To see the raw data, execute the command:
 +   ty ev -v
 +
  
hitdetection/starting_the_chip.1583160171.txt.gz · Last modified: (external edit)

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