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====== How to run the full chain using mTCA ====== 

==== Hardware configuration ====
  TKFEC 0, ring 0x0, CCU 0x7c
  PXFEC 0, ring 0x0
  FED1
  


==== Power up the system ====

  - Power the clock board via uUSB power cord
  - Switch on the mTCA crate
  - Power up the CCU (2.5V on PS)
  - Power up the opto board (2.5V on PS)
  - Power up the module (10V for DCDC converters)

==== Load the firmware for TKFEC, PXFEC and FEDs ====

This needs to be done after each power up of the crate. \\
Login to cmspixel2 PC\\
  source TriDAS/pixel/POSRelease/setenv.sh
  cd FEDtool
  source setup.sh   
Edit write destination in FEDtool/settings/FWUpload.xml \\
(one board at a time, naming listed in /etc/hosts)
  fpgaconfig -l #list firmware files on SD card
  fpgaconfig -i firmware.bin #load firmware from SD card   
In case of a newly received firmware available in bit format:
  fpgaconfig -f firmware.bit -i firmware.bin #convert .bit to .bin, upload to SD card and load firmware
    
==== Configure AMC13 ====
  cd FEDtool
  amc13test settings/HWDescription.xml
  
==== Initialize ST electronics ====
  cd TriDAS/pixel/BPixelTools/ccu
  ./run.bsh
  > reset
  > piareset all
  > scanccu
  > ccu 0x7c
  > channel 0x11
  > delay25 init
  > delay25 set d0 0
  > delay25 set d1 39 
  > delay25 set d2 10
  > delay25 set d3 0 
  > pll reset
  > pll init
  > doh init
  > i2c 0x11 0x8 30
  > i2c 0x11 0xb 63
  
The commands above are also implemented in a script:
  cd TriDAS/pixel/BPixelTools/testRDB
  python init.py
  
  
==== Initialize the module ====

  cd TriDAS/pixel/BPixelTools/pxfec
  ./run.bsh
  > exec data/d1.ini

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