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cobo [2014/05/20 09:08] – removed old section abunimehcobo [2017/09/29 12:23] (current) bazin
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 {{ :tiers.png?160|CoBo Development Tiers}} {{ :tiers.png?160|CoBo Development Tiers}}
  
-CoBo hardware, firmware, and software is developed at NSCL. The generic embedded software for AGET chip is developed by IRFU (CEA) and is used on Mutant, CoBo, and PC farm.+CoBo hardware, firmware, and software is developed at NSCL. The generic embedded software for AGET chip is developed by IRFU (CEA) and is used on Mutant, CoBo, and PC farm. See [[daq_setup|DAQ Setup]] for details.
  
 Responsibilities: Responsibilities:
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   - Xilinx ML507 test platform and daughter board for CoBo (Nathan Usher)   - Xilinx ML507 test platform and daughter board for CoBo (Nathan Usher)
   - [[cobo_pcb|CoBo Hardware]] design, implementation, and testing (Faisal T. Abu-Nimeh)   - [[cobo_pcb|CoBo Hardware]] design, implementation, and testing (Faisal T. Abu-Nimeh)
-  - Firmware: +  - [[cobo_firmware|CoBo Firmware]]
-      * CoBo_Control and CoBo_Data IPs (Nathan Usher) +
-      * PLL IP for [[cobo_clocking|Clocking]] distribution and management (Faisal T. Abu-Nimeh) +
-      * [[System Architecture]] (CPU, Memory, Ethernet, etc) (Faisal T. Abu-Nimeh)+
   - [[Embedded Software]]: development and testing (Faisal T. Abu-Nimeh)   - [[Embedded Software]]: development and testing (Faisal T. Abu-Nimeh)
   - [[MicroTCA development]] (based on VT028) (Faisal T. Abu-Nimeh)   - [[MicroTCA development]] (based on VT028) (Faisal T. Abu-Nimeh)
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 {{ :cobo_sys_arch.png?400|System Architecture}} {{ :cobo_sys_arch.png?400|System Architecture}}
 A simplified depiction of the GET system is shown in the figure. A time project chamber hosting a 10240-pad MicroMega is connected to a smart protection board then fed to the AGET chips hosted on the Asad board. Every CoBo is then connected to 4 Asad boards using 4 dedicated VHDCI connectors on the front panel. The processed data is passed down to the Mutant as well as sent out using GbE to the storage farm. A simplified depiction of the GET system is shown in the figure. A time project chamber hosting a 10240-pad MicroMega is connected to a smart protection board then fed to the AGET chips hosted on the Asad board. Every CoBo is then connected to 4 Asad boards using 4 dedicated VHDCI connectors on the front panel. The processed data is passed down to the Mutant as well as sent out using GbE to the storage farm.
 +
 +===== Reduced CoBo =====
 +The reduced CoBo is implemented on a Xilinx ML507 demonstration board. It can instrument one AsAd card only, via an adapter board designed by NSCL. The latest version of this adapter board (v2.0) connects to the AsAd versions 2.0 and above via a regular VHDCI cable. The firmware corresponding to this latest version can be found {{rcobo:download.pdf|here}}. Please use right-click to download the file from this link (otherwise your browser will try to open it as a PDF file), and change the extension of the file to .bit instead of .pdf after download. The .pdf extension is used because of restrictions on the wiki server.
cobo.1400591331.txt.gz · Last modified: 2014/05/20 09:08 by abunimeh