TIGRESS: Difference between revisions

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=== Contacts ===
=== Contacts ===


garns hackman jsmith cpearson amaudruz olchansk
garns hackman cpearson amaudruz olchansk


=== group computers ===
=== group computers ===


* mother8pi - NIS master server, most home directories
* grsnis01 - NIS master server, home directories
* mother8pi - old NIS master server, most home directories


=== TIGRESS DAQ computers ===
=== TIGRESS DAQ computers ===
Line 26: Line 27:
* lxdaq04
* lxdaq04


=== GRIFFIN DAQ computers ===
=== TIGRESS DAQ computers ===


* grsmid00 - main daq server - griffin shack
* grsmid00 - old main daq server - griffin shack
* daq08 (temp name) - data storage server - griffin shack
* grsmid02 - new main daq server - griffin shack
* tigstore01 - data storage server - griffin shack
* grifipNN - collector cards
* grifipNN - collector cards
* grifadcNN - grif16 ADC boards
* grifadcNN - grif16 ADC boards
* grsibackup - storage server
* grsibackup - storage server
* grsibackup01 - storage server
* grsibackup01 - storage server
* grifstore0 - storage and compute servers
* grifstore1


=== GRIFFIN data rates ===
=== tbragg ===
 
==== computers ====


<pre>
<pre>
Nominal data rate: 300 Mibytes/sec
midtig04
this is: 1 TiB/hour
lxdaq04
this is: 24 TiB/day
sis3302
this is: 120 TiB/5 days
 
this is: 168 TiB/week
ssh tbragg@grsnis01
from there ssh lxdaq04
or ssh -X -oHostKeyAlgorithms=+ssh-rsa -oPubKeyAcceptedAlgorithms=+ssh-rsa midtig04
 
from tbragg@midtig04 ssh root@midtig04
</pre>
</pre>
==== midas ====


<pre>
<pre>
Data array sizes using 6TB and 8TB disks, RAID0/RAID5/RAID6 configuration (only RAID6 is recommended)
http://midtig04:8081
ssh tbragg@lxdaq04, cd sis3302, start ./fesis
NOTE: fesis cannot be started from midtig04 midas because midtig04 SL6 ssh is too old
</pre>


With prices fro newegg 2016-June-21: 6TB WD "red" = $300, 8TB WD "red" = $420
<pre>
analyzer writes root files into midtig04:/data2/tbragg/2025/S2403/his01961.root
</pre>


4x6TB = 24/18/12 TB -> $1200
<pre>
4x8TB = 32/24/16 TB -> $1680
build analyzer on midtig04: "make analyzer" (64-bit code, 64-bit MIDAS)
build frontend on lxdaq04: "make fesis" (32-bit code, 32-bit MIDAS)
notice kludge stime() in fesis.c
</pre>


8x6TB = 48/42/36 TB -> $2400
==== sis3302 ====
8x8TB = 64/56/48 TB -> $3360


16x6TB = 96/90/84 TB -> $4800
<pre>
16x8TB = 128/120/112 TB -> $6720
ODB "internal trigger", 0x7 for channels 0 and 3, 0x70 for channels 4 and 6.
no other changes in fesis.
in ansis_common.cxx function Correlator::AddEvent() change "sys_map[]" from channels 0 and 3 to channels 4 and 6.
</pre>
</pre>

Latest revision as of 01:30, 14 January 2026

Information on TIGRESS/8pi/GRIFFIN DAQ

General info

Contacts

garns hackman cpearson amaudruz olchansk

group computers

  • grsnis01 - NIS master server, home directories
  • mother8pi - old NIS master server, most home directories

TIGRESS DAQ computers

  • midtig01
  • midtig02
  • midtig03
  • midtig04
  • midtig06
  • lxdaq17
  • lxdaq18
  • lxdaq19
  • lxdaq03
  • lxdaq04

TIGRESS DAQ computers

  • grsmid00 - old main daq server - griffin shack
  • grsmid02 - new main daq server - griffin shack
  • tigstore01 - data storage server - griffin shack
  • grifipNN - collector cards
  • grifadcNN - grif16 ADC boards
  • grsibackup - storage server
  • grsibackup01 - storage server

tbragg

computers

midtig04
lxdaq04
sis3302

ssh tbragg@grsnis01
from there ssh lxdaq04
or ssh -X -oHostKeyAlgorithms=+ssh-rsa -oPubKeyAcceptedAlgorithms=+ssh-rsa midtig04

from tbragg@midtig04 ssh root@midtig04

midas

http://midtig04:8081
ssh tbragg@lxdaq04, cd sis3302, start ./fesis
NOTE: fesis cannot be started from midtig04 midas because midtig04 SL6 ssh is too old
analyzer writes root files into midtig04:/data2/tbragg/2025/S2403/his01961.root
build analyzer on midtig04: "make analyzer" (64-bit code, 64-bit MIDAS)
build frontend on lxdaq04: "make fesis" (32-bit code, 32-bit MIDAS)
notice kludge stime() in fesis.c

sis3302

ODB "internal trigger", 0x7 for channels 0 and 3, 0x70 for channels 4 and 6.
no other changes in fesis.
in ansis_common.cxx function Correlator::AddEvent() change "sys_map[]" from channels 0 and 3 to channels 4 and 6.