TDR - Demonstrator
frl-emulator (GIII) : ecd6:ff12
old fedkit-FED (GIII) : ecd6:fd05
pseudo-fed (GIII) : ecd6:fe05
TTCrx-EVM (GIII) : ecd6:16bd
FRLTester (Frans)(GIII) : ecd6:ff10
PCI scanning of compute-3-n
index 0 is the most bottom one (if the PC stands upright)
Maze can only have around 60 pages (60 still working).
If 2 many pages are configured after 62 events the system
complete crashes of lxcm65 were due to loading of non-smp version of
there is a bad contact somewhere in the trigger path of the PseudoFED
PseudoFED: all LEDs on after power-up => FPGA not loaded
FRL: If stops working (pseudoFED sends data but after 5 events (2x8000 bytes(merged))
the pending triggers start to count. The FRL seems not to do anything. ->reboot of
pc helps (reload of driver not tried so far)
New Bigphys allocator appl: Be careful to enable the application as early as possible.
only at enable time the default allocator of the excecutable is changed to the bigphys
allocator. (was a problem in mazeRUI: that one was filling a instance var with a pointer
to the default allocator in parametersetdefault which is called when the excecutable is
configured. This filling of the var had to be moved to a later time (configure)
Running with 1000+100spare blocks small events and then starting perl waste processes on
EVM(pepcmd16) brought the fragChain rlist to overflow. This error was not seen with 1000+10
blocks (the rlist all have default length = 1024. Should be made programmable).
reference-01.xml: column with GIII-RUI and full evb.
bundeling 8 non fixed size events xdaq blocksize 16k
event size around 16k
mtusize of gm must be >= xdaqmtusize otherwise system hangs?
number of resources in BU MUST BE multiple of bundeling otherwise the start
of the next run goes wrong (I think the same is valid for number of evtIds...)
TTCex : switch to ON
ENC1 A1 to TTCvi Channel A ecl
B1 to TTCvi Channel B ecl
CLK1 to TTCvi CLK in bc ecl
TTCvi : we use Trigger input 1 (nim)
rotary switch on front: 2
base address 0x900800:
4 internal rotary switches :
look at component side, front panel to the left
switches are :
1 : 0x9
2 : 0x0
3 : 0x0
4 : x08
Lemo Front: Veto (Pin 14 : out)
Lemo Back : Trigger (Pin 2 : in)
no | in out
1 | 2 18
2 | 17 3
3 | 4 16
4 | 15 5
5 | 6 14
6 | 13 7
7 | 8 12
8 | 11 9
Gates 1,3,5,7 have Pin 1 as inverted three state
Gates 2,4,6,8 have Pin 19 as inverted three state
TDRDemo Cluster c3-n, c4-0
- For the c3-0:
need to install the nivxi stuff:
important is to follow the instructions in the README file
concerning the /etc/ldconf.so file.
- need to copy libtk.so.0 from lxcmddemo to /usr/lib/.
- need to copy directory /usr/lib/tk8.3
need to copy libtk.so.0 from lxcmddemo to /usr/lib/.
need to copy directory /usr/lib/tk8.3