FRIB SOLARIS Collaboration - Revision history

Rtang: /* Hardware */

2025-06-25T21:18:39Z

Hardware

← Older revision		Revision as of 17:18, 25 June 2025
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	\| Temp storage \|\| 8 TB SSD SATA \|\|		\| Temp storage \|\| 8 TB SSD SATA \|\|
	\|-		\|-
	\| UPS \|\| TRIPPLITE ~~SU30000RTXLCD3U~~, 3000VA 2700W \|\| 3U		\| UPS \|\| TRIPPLITE SU3000RTXLCD3U, 3000VA 2700W \|\| 3U
	\|-		\|-
	\| Network \|\| 24-port PPoE 1Gb switch + 8-port 10Gb switch \|\|		\| Network \|\| 24-port PPoE 1Gb switch + 8-port 10Gb switch \|\|

Rtang at 21:54, 24 June 2025

2025-06-24T21:54:28Z

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 The collaboration focuses on the development of the DAQ for the SOLARIS spectrometer.
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 = Hardware =
 {| class = 'wikitable'

Rtang: /* Folder structure */

2025-06-24T21:47:36Z

Folder structure

← Older revision		Revision as of 17:47, 24 June 2025
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	Analysis		Analysis
	├── SOLARIS.sh // It is recommended to source the SOLARIS.sh in the user .bashrc. so that the env variable SOLARISANADIR is there~~, and some alias like 2Working is there.~~		├── SOLARIS.sh // It is recommended to source the SOLARIS.sh in the user .bashrc. so that the env variable SOLARISANADIR is there
	├── SetupNewExp // Switching or creating a new experiment. Its function is the same in the DAQ.		├── SetupNewExp // Switching or creating a new experiment. Its function is the same in the DAQ.
	├── cleopatra // Simulation package with the Ptolemy DWBA code.		├── cleopatra // Simulation package with the Ptolemy DWBA code.

Rtang: /* Folder structure */

2025-06-24T21:47:11Z

Folder structure

← Older revision		Revision as of 17:47, 24 June 2025
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	├── SOLARIS.sh // It is recommended to source the SOLARIS.sh in the user .bashrc. so that the env variable SOLARISANADIR is there, and some alias like 2Working is there.		├── SOLARIS.sh // It is recommended to source the SOLARIS.sh in the user .bashrc. so that the env variable SOLARISANADIR is there, and some alias like 2Working is there.
	├── SetupNewExp // Switching or creating a new experiment. Its function is the same in the DAQ.		├── SetupNewExp // Switching or creating a new experiment. Its function is the same in the DAQ.
	├── ~~Cleopatra~~ // Simulation package with the Ptolemy DWBA code.		├── cleopatra // Simulation package with the Ptolemy DWBA code.
	├── armory // All the weapons are stored to analyze the data. The analysis code in this folder is not experiment specified.		├── armory // All the weapons are stored to analyze the data. The analysis code in this folder is not experiment specified.
	├── data_raw // symbolic link to raw data		├── data_raw // symbolic link to raw data
	├── root_data // symbolic link to root_data		├── root_data // symbolic link to root_data
			├── WebSimHelper // folder for web simulation
	└── working // All experimental specific files. This folder should contains all kind of configurations.		└── working // All experimental specific files. This folder should contains all kind of configurations.
	├── ChainMonitors.C // List of root files for data process		├── ChainMonitors.C // List of root files for data process
	├── Mapping.h		├── Mapping.h
	├── ~~Monitor~~.C/h		├── SimHelper // symbolic link to ../cleopatra/SimHelper.C
	~~├── Settings~~ ~~// saved digitizers settings~~		└── Monitor.C/H
	└── ~~expName~~.~~sh /~~/ ~~experimental name~~

	== Analysis Pipeline ==		== Analysis Pipeline ==

Rtang: /* Network */

2025-06-24T21:40:09Z

Network

← Older revision		Revision as of 17:40, 24 June 2025
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	= Network =		= Network =
	[[File:Network configuration of SOLARIS DAQ.png\|thumb]]		[[File:Network configuration of SOLARIS DAQ.png\|thumb]]
	The DAQ is the central server for the network. It has two 1G ports and two 10G ports. The left 1G port (from the back view) is used to connect to internet. in ANL, it connects to onenet). The left 10GB port (with domain 192.168.0.XXX) connect to a 10G switch and then connect to digitizes. The other 10G port (with domain 192.168.1.XXX) connects to others devices.		The DAQ is the central server for the network. It has two 1G ports and two 10G ports. The left 1G port (from the back view) is used to connect to internet. When n ANL, it connects to onenet with IP 192.168.203.171). The left 10GB port (with domain 192.168.0.XXX) connect to a 10G switch and then connect to digitizes. The other 10G port (with domain 192.168.1.XXX) connects to others devices.

	= FSU SOLARIS DAQ =		= FSU SOLARIS DAQ =

Rtang: /* Network */

2025-06-24T21:38:42Z

Network

← Older revision		Revision as of 17:38, 24 June 2025
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	= Network =		= Network =
	[[File:Network configuration of SOLARIS DAQ.png\|thumb]]		[[File:Network configuration of SOLARIS DAQ.png\|thumb]]
	The DAQ is the central ~~```~~server~~```~~ for the network. It has two 1G ports~~, the~~ left ~~one~~ (from the back view) is used to connect to internet. in ANL, it connects to onenet).		The DAQ is the central server for the network. It has two 1G ports and two 10G ports. The left 1G port (from the back view) is used to connect to internet. in ANL, it connects to onenet). The left 10GB port (with domain 192.168.0.XXX) connect to a 10G switch and then connect to digitizes. The other 10G port (with domain 192.168.1.XXX) connects to others devices.

	= FSU SOLARIS DAQ =		= FSU SOLARIS DAQ =

Rtang at 21:35, 24 June 2025

2025-06-24T21:35:52Z

← Older revision		Revision as of 17:35, 24 June 2025
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	= Network =		= Network =
	[[File:Network configuration of SOLARIS DAQ.png\|thumb]]		[[File:Network configuration of SOLARIS DAQ.png\|thumb]]
			The DAQ is the central ```server``` for the network. It has two 1G ports, the left one (from the back view) is used to connect to internet. in ANL, it connects to onenet).

	= FSU SOLARIS DAQ =		= FSU SOLARIS DAQ =

Rtang: /* Hardware */

2025-06-24T21:33:29Z

Hardware

← Older revision		Revision as of 17:33, 24 June 2025
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	And a new network switch is needed. The switch should have 10x 10Gb/s port + 1x 100Gb QSPF port for optical fiber.		And a new network switch is needed. The switch should have 10x 10Gb/s port + 1x 100Gb QSPF port for optical fiber.

			= Network =
			[[File:Network configuration of SOLARIS DAQ.png\|thumb]]

	= FSU SOLARIS DAQ =		= FSU SOLARIS DAQ =

Rtang at 21:32, 24 June 2025

2025-06-24T21:32:25Z

← Older revision		Revision as of 17:32, 24 June 2025
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	\|}		\|}



	~~{\| class = 'wikitable'~~
	~~! Item !! Config !! size !! Price~~
	\|-
	~~\| rowspan = "5" \| Rack server \|\| Dell PowerEdge R755 \|\| rowspan = "5" \| 2U \|\| rowspan = "5" \| ~ $8000~~
	\|-
	~~\| AMD EPYC 3.0 GHz 16C/32T x 2~~
	\|-
	~~\| 16 GB x 4 3200 GHz RAM~~
	\|-
	~~\| 12 (front) + 2 (rear) 3.5" HDD slots~~
	\|-
	~~\| 10Gb/s ethernet dual ports~~
	\|-
	~~\| Mass storage \|\| 16 TB HDD x 6 (Raid 6) = 64 TB + 32 TB fail-safe \|\| \|\| ~ $2400~~
	\|-
	~~\| HD tray \|\| WORKDONE 12-Pack - 3.5" Hard Drive Caddy \|\| \|\| ~ $200~~
	\|-
	~~\| Temp storage \|\| 8 TB SSD SATA \|\| \|\| ~ $700~~
	\|-
	~~\| 19' rack \|\| StarTech.com 25U Open Frame Server Rack \|\| \|\| ~$300~~
	\|-
	~~\| UPS \|\| DELL EMC SmartUPS 3000 SMARTCONNECT 120V RM, 6 + 2 output \|\| 2U \|\| ~ $1900~~
	\|-
	~~\| Network \|\| Netgear nighthawk wifi router + 16 x 10Gb/s, 320 Gb/s switch \|\| 1U \|\| ~$2400~~
	\|-
	~~\| Mac + monitor \|\| Max studio (M1 10-core) + Samsung Odyssey G9 49-inch \|\| \|\| ~$3000~~
	\|}

	~~= Hardware =~~

	{\| class = 'wikitable'		{\| class = 'wikitable'

Rtang: /* proposed schematics */

2025-06-24T21:32:06Z

proposed schematics

← Older revision		Revision as of 17:32, 24 June 2025
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	A web page is created for a simulation. [https://fsunuc.physics.fsu.edu/SOLARIS/ Here]		A web page is created for a simulation. [https://fsunuc.physics.fsu.edu/SOLARIS/ Here]

	= ~~proposed schematics~~ =		= Hardware =
	[[File:~~Tentative schematics~~.png\|~~800px~~]]
			{\| align="right"
			\| [[File:Back view of SOLARIS DAQ.png\|thumb]]
			\| [[File:Front view of SOLARIS DAQ.png\|thumb]]
			\|}


	The DAQ system will be contained within a private network provided by the Netgear nighthawk wifi router and a 16 ports 10Gb/s switch with a total data capacity of 320 Gb/s. The 16 ports switch is chosen for adding more digitizers in the future. The DAQ computer will be a rack server Dell R7525 with 2 CPU (total 32 core with 64 thread), 64 GB RAM, and a lot of storage. The primary mission of the DAQ computer is to control and readout the digitizer. It is also served as the database and achieves data server (also for background parallel data analysis). The DAQ will be protected by a UPS unit with 2700W and 8 outlets, sufficient to provide power for the DAQ computer, the Crate, the HV supply, and other devices. The DAQ computer (2U), the router (1U), the HV supply (8U), the Crate (8U), and UPS (2U) will be in one rack of 25U (StarTech.com 25U Open Frame Server Rack). Finally, there will be a Mac for remote control and analysis. I suggest a Mac studio (Apple M1 Max chip 10-core) and a 49-inch-wide screen monitor (Samsung 49-inch Odyssey G9).

	{\| class = 'wikitable'		{\| class = 'wikitable'
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	\| Mac + monitor \|\| Max studio (M1 10-core) + Samsung Odyssey G9 49-inch \|\| \|\| ~$3000		\| Mac + monitor \|\| Max studio (M1 10-core) + Samsung Odyssey G9 49-inch \|\| \|\| ~$3000
	\|}		\|}

	= Hardware =		= Hardware =