How to run the full chain using mTCA

TKFEC 0, ring 0x0, CCU 0x7c
PXFEC 0, ring 0x0
FED1

1. Power the clock board via uUSB power cord
2. Switch on the mTCA crate
3. Power up the CCU (2.5V on PS)
4. Power up the opto board (2.5V on PS)
5. Power up the module (10V for DCDC converters)

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
  

cd FEDtool
amc13test settings/HWDescription.xml

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

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