| Article ID | Journal | Published Year | Pages | File Type |
|---|---|---|---|---|
| 271445 | Fusion Engineering and Design | 2014 | 5 Pages |
•We report the upgrades that have been done in FTU control, data acquisition and management.•The technologies adopted: emulation, virtualization and failover.•New data acquisition systems of FTU diagnostic systems are described.•The issue of large dataset produced by devices like Fast camera is discussed.•Additional hardware/software resources for FTU data handling system are reported.
FTU is operating since 1989, thus its hardware and software infrastructure must be continuously updated to preserve its efficiency and reliability. This issue can be addressed by means of two distinct approaches: (i) the migration to an emulated environment enabling the use of modern hardware on virtualized standard servers to keep the operating systems full functionality and the application environment; (ii) the porting of the complete system architecture to new hardware, new operating systems, and new programming languages. This paper reports on the upgrades implemented on FTU in the last two years using both these approaches including the new system to acquire and store the image frames of FTU plasma discharges through a Photron FASTCAM SA4 camera. Regarding data handling, a small Linux high performance computing system (1TFlops) with a high performance data storage system (100 TB) in InfiniBand DDR infrastructure has been installed as data analysis, modelling and archive cluster for the next three years of FTU experimental activities.
