1. Vertical column Joze Dedic (joze.dedic@cosylab.com)joze.dedic@cosylab.com … on behalf of CSL MA team the best people make cosylab

2. Idea to validate the chosen technology can meet requirements to demonstrate development achievements of the last 3Qs of a year  to get feedback to set an example for device integration  e.g. PCC Cosylab 2010 2

3. Column Cosylab 2010 3 REDNET PCC FECOS

4. Column Cosylab 2010 4 MACS Column Demonstration Thu / 14:00 - 17:30 …on show in 37-R-023

5. Column; REDNET events event sequences asynchronous events commands acknowledge (entire loop; RT down, Eth up) multiple client types (AI, STB, STL, SW IRQ) integrated in FECOS Cosylab 2010 5 MTG MTR

6. Column; PCC Cosylab 2010 6 set points sequences manual applied / linked to timing event monitoring app controlling app fiber link communication chain PCC-FED-RS232 & PCC-FED-RS232-PCC fiber link protocol FED FlexRIO a.m. PCC baseboard, chassis

7. FECOS Cosylab 2010 7 application uniform the way applications plug to the rest of the system provide common services enforce common requirements LabVIEW framework development

8. REDNET Cosylab 2010 8 MTG MTR FPGA; hard real time behavior, events, commands, scheduling, “wrapping” MRF, response generation… LabVIEW; FECOS integration, low level driver, preparing / loading sequences, non-RT communication…

9. PCC - FlexRIO adapter module Cosylab 2010 9 FPGA; hard real time sequence playing + message/command exchange fiber link protocol (FPGA) LabVIEW; FECOS integration, preparing/loading sequences, set-pts harness the power of NI Flex RIO (big FPGA) with optical & hard-real time link FlexRIO adapter module

10. PCC - FED Cosylab 2010 10 fiber link prot. FPGA; real-time set- points + commands / messages, UART, GPIO… trigger (to devices) optical trigger (from MRF) PCC Connection to CRB or (standalone baseboard)

11. Standalone mode, FED + baseboard + back-panel IO Cosylab 2010 11 backplane base-board FED back-panel IO

12. That’s it! Cosylab 2010 12