The time has commeth.
Please refer to the previous galaxy projects found here
Galaxy 4.5: (reached 16tb)
Galaxy 4.0: (reached 12tb)
Galaxy 3.0: (reached 9tb)
Galaxy 2.5: (Reached 5.19tb)
Galaxy 2.0: (reached 3.5tb)
Galaxy 1.0: (System on far left) (Reached 2tb)
What determines the name of the project?
Good question. If a system experiences drastic physical changes, such as case, motherboard, or entire configuration, then it's a new x.0 level. If the system recieves minor changes/upgrades or just a drive configuration update, then it's a x.5 level update. Smaller upgrades are not counted for.
The goals of galaxy 5.0:
- To increase storage capacity (duh)
- To increase performance
- To increase functionality
- To modernize it
- To transition to the next phase
- Prep it for another project that is to come
This build will be a little different than the previous builds. There will be no custom case action going on, and there are no phases of build... this is a one shot deal.
The whole underlying goal is to prep this machine into a performance beast, so when I am ready, I can go for the dream case, a 50 bay rackmount 5u system. If I jumped from 4.5 to such a massive case, I need to basically replace everything, which would be very cost prohibitive.
The overall goal is 24tb right from the start, when I populate this space, I will then do a simple swap for a larger system configuration, which would be the most cost effective.
This is the build parts:
Supermicro X7DWN+ Dual 771 Intel 5400 Seaburg Extended ATX Server Motherboard
Supermicro SC846TQ-R900B 24 Hot Swap SATAII Chassis (dual 900w redundant HE PSU's)
Supermicro MCP-220-84601-0N HDD-add on module for internal mounting
Supermicro AOC-SIMSO(+) IPMI Remote lights out management
Supermicro CBL-0177L Cable Extension for IPMI
Supermicro CSE-M14TB 4-in-1 Mini SAS Hot-Swap Unit
Two Intel Xeon E5410's Harpertown 2.33GHz 12MB L2 Cache Socket 771 Quad-Core (8 cores total)
Areca 1280-ML 24 Port PCI-E SATAII Raid Controller with Mini SAS Breakout cables
Areca 1280ML 2GB Cache Memory Upgrade Kit
Adaptec 3405 4 Port SAS Controller PCI-E with Mini SAS cables
Adaptec 3405 Battery Backup Option Kit
Adaptec 3405 256MB Cache Upgrade Kit
16 x Wintec 2GB DDRII FB-DIMM DDRII-667 Memory Modules (total of 32GB Ram)
Microsoft Windows 2003 Server
4 x Seagate 15K Savvio 2.5" 73.4GB SAS Drives
24 x Western Digital Caviar GP WD10EACS 1TB Drives
Intel PCI-E PRO/1000 PT Quad Port Server Adapter
Quanta Storage Slim DVD-RW slot load Drive
Slim Optical Drive Adapter to IDE
This is a picture of the case. I like the functionality, I like the slim drive and internal drive areas, and I'm a fan of Supermicro in general. Like I said before, the main concept will be pure performance.
All credit goes to d3vy for this picture.
Please refer to the previous galaxy projects found here
Galaxy 4.5: (reached 16tb)

Galaxy 4.0: (reached 12tb)

Galaxy 3.0: (reached 9tb)

Galaxy 2.5: (Reached 5.19tb)

Galaxy 2.0: (reached 3.5tb)

Galaxy 1.0: (System on far left) (Reached 2tb)

What determines the name of the project?
Good question. If a system experiences drastic physical changes, such as case, motherboard, or entire configuration, then it's a new x.0 level. If the system recieves minor changes/upgrades or just a drive configuration update, then it's a x.5 level update. Smaller upgrades are not counted for.
The goals of galaxy 5.0:
- To increase storage capacity (duh)
- To increase performance
- To increase functionality
- To modernize it
- To transition to the next phase
- Prep it for another project that is to come
This build will be a little different than the previous builds. There will be no custom case action going on, and there are no phases of build... this is a one shot deal.
The whole underlying goal is to prep this machine into a performance beast, so when I am ready, I can go for the dream case, a 50 bay rackmount 5u system. If I jumped from 4.5 to such a massive case, I need to basically replace everything, which would be very cost prohibitive.
The overall goal is 24tb right from the start, when I populate this space, I will then do a simple swap for a larger system configuration, which would be the most cost effective.
This is the build parts:
Supermicro X7DWN+ Dual 771 Intel 5400 Seaburg Extended ATX Server Motherboard
Supermicro SC846TQ-R900B 24 Hot Swap SATAII Chassis (dual 900w redundant HE PSU's)
Supermicro MCP-220-84601-0N HDD-add on module for internal mounting
Supermicro AOC-SIMSO(+) IPMI Remote lights out management
Supermicro CBL-0177L Cable Extension for IPMI
Supermicro CSE-M14TB 4-in-1 Mini SAS Hot-Swap Unit
Two Intel Xeon E5410's Harpertown 2.33GHz 12MB L2 Cache Socket 771 Quad-Core (8 cores total)
Areca 1280-ML 24 Port PCI-E SATAII Raid Controller with Mini SAS Breakout cables
Areca 1280ML 2GB Cache Memory Upgrade Kit
Adaptec 3405 4 Port SAS Controller PCI-E with Mini SAS cables
Adaptec 3405 Battery Backup Option Kit
Adaptec 3405 256MB Cache Upgrade Kit
16 x Wintec 2GB DDRII FB-DIMM DDRII-667 Memory Modules (total of 32GB Ram)
Microsoft Windows 2003 Server
4 x Seagate 15K Savvio 2.5" 73.4GB SAS Drives
24 x Western Digital Caviar GP WD10EACS 1TB Drives
Intel PCI-E PRO/1000 PT Quad Port Server Adapter
Quanta Storage Slim DVD-RW slot load Drive
Slim Optical Drive Adapter to IDE
This is a picture of the case. I like the functionality, I like the slim drive and internal drive areas, and I'm a fan of Supermicro in general. Like I said before, the main concept will be pure performance.

All credit goes to d3vy for this picture.