Project  | Description | Contact | tmp. goal | Comments |
|---|
| CS - Framework | CS is a LabVIEW/DIM based multi-threaded, event driven, object oriented and distributed framework with SCADA functionality | D.Beck, H.Brand | GSI, MATS, CERN, MSU, Greifswald | |
| CS Test system | | D.Beck, H.Brand | GSI, FAIR, MATS | |
| APFEL | 3rd iteration of a charge sensitive preamplifier for the PANDA EMC | P.Wieczorek (PANDA), H.Flemming | GSI, Panda | Design/submission |
| APFEL-DAQ System | DAQ System for measurements with the APFEL ASIC | J.Hoffmann, P.Wieczorek | PANDA | |
| DABC | Data Acquisition Backbone design | J.Adamczewski, H.Essel, N.Kurz, S.Linev | GSI / CBM / NUSTAR, and other | General descriptions |
| DABC-Ctrl | Controls, commands, parameters | J.Adamczewski, H.Essel, N.Kurz, S.Linev | GSI / CBM / NUSTAR, and other | Java GUI |
| DABC-HW | Hardware support | J.Adamczewski, H.Essel, N.Kurz, S.Linev | GSI / CBM, / NUSTAR and other | Active buffer board |
| DABC-MBS | DABC as event builder for MBS | J.Adamczewski, H.Essel, N.Kurz, S.Linev | GSI / MBS | MBS integration |
| DABC-Net | Event building over networks | J.Adamczewski, H.Essel, N.Kurz, S.Linev | GSI / CBM / NUSTAR, and other | Performance |
| DAQ for FAIR | Data Acquisition Backbone DABC, XDAQ, InfiniBand | H.Essel, J.Adamczewski, S.Linev, N.Kurz | GSI | Designphase |
| DLL based TDC | | H.Deppe, H.Flemming | CBM TOF TDC-ASICs | |
| EPICS | EPICS at GSI, Experimental Physics and Industrial Control System - Support, Maintenance, Development | P.Zumbruch | GSI, CBM, FAIR | |
| EXPLODER | 32 fold LVDS to optical link interface | J.Hoffmann, N.Kurz, W.Ott | Det. Lab, others | |
| FEET-TDC | FEET for CBM TOF | H.Deppe, H.Flemming | CBM TOF, TDC ASICs | |
| FOPI Controls | FOPI Control System based on CS -Framework | H.Brand | FOPI | |
| Go4 v3.2 | General purpose analysis framework based on ROOT | H.Essel, J.Adamczewski, S.Linev | GSI, extern | Production |
| GRISU | Research of SEU, SET and TID behaviour of a 0.18µm CMOS process | S.Loechner | GSI | Data analysing, preparing for test beam |
| GTBLWL | optical data transfer for the GTB | J.Hoffmann, K.Koch | FOPI, GSI | can be applied in all systems using SAM Modules |
| HITRAP control system | HITRAP Control System based on CS -Framework | D.Beck, H.Brand | GSI, HITRAP | |
| HV-Divider | HV-Divider for continuous voltage monitoring | H.Hahn | AP | |
| HV-Switch | | H.Hahn | AP | |
| PEXOR2 | PCI-Express Optical Receiver, Version2 | J.Hoffmann, N.Kurz, S.Minami, W.Ott | GSI/FAIR | |
| PGProto | Profile Grid Readout Electronic | S.Löchner, M. Witthaus, J. Frühauf | Beam Diadnostics | |
| QFW | TID irradiation test of the QFW-ASIC | S.Löchner, H.Flemming, M.Witthaus | Beam Diadnostics | |
| SAM5 | | J.Hoffmann, N.Kurz, W.Ott | GSI,FOPI | |
| TAC based TDC | | H.Flemming, H.Deppe | CBM TOF TDC-ASICs | |
| VULOM | | J.Hoffmann | GSI, extern | |
| VUPROM | | J.Hoffmann | HypHI | |