The internal FILA10G card already present in the PV DBBC was connected to the board stack.
All neccesary cables were already connected to the FILA10G board by Michael Wunderlich in 2011.

VSI:
The cable labeled VSI-2-IN was connected to the VSI-2 port of the FILA board. 
The VSI cable already connected to the VSI-1 port of the FILA was kept in place,
due to concerns that removing it might affect the (in the past) fragil board
stack connectors. However, the VSI cable on port 1 should  evetually be also
connected to the FILA10G board.

Power:
The power connector was plugged into the ADB-4 port.

Serial cable:
The serial cable was already connected to the computer board on COM2.

JTag cable:
The JTag cable was connected to the FILA board and the termination jumper was removed.
However, on first attempt the JTag chain was not recognized anymore when checking with
ChipScope. Also, a "smoldering" smell was noticable, DBBC electronics were shut off immidiately.
After consulting with Michael Wunderlich by phone it has turned out that the Jtag cable on PV needs
to be connected in a different way compared to what was instructed in the lab in Bonn. 
Due to geometric limitations in the DBBC (which would have required to seperate the board stack
in order to connect the Jtag cable) it was decided to use an alternative approach. Wires 1 & 2 
of the Jtag cable were carefully cut and the cable was reinstalled using this time the
Jtag connector on the back side of the FILA10G board (facing the DBBC inside).
ChipScope now recognizes the whole JTag chain.


Configuration:
The FILA10G board was activted in the DBBC configuration file (by replacing the 99 by 01).
Programming the FILA10G board by the PFB control program works fine.