The last couple weeks have been busy but I’ve made significant progress on a lot of the projects I posted about last and figured I’d share some of the gory details from the tech spehere.
First off, the FreeNAS server is finally up and running. FreeNAS is a freely distributed version of the FreeBSD operation built specifically for engineering a personal or enterprise level Network Attached Storage server (NAS). Since I have a solid array of computers and Dropbox is very limiting, I figured that with the insane bandwidth RIT offers student, it would be an infinitely valuable addition to my computing fleet.
I decided to repurpose a sever that I was running Windows Server 2012 Datacenter Edition on. Since FreeNAS is best run using the ZFS file system which requires 64 bit, I decided to utilize one of the blade servers from my rack – a Dell CS24-SC Cloud Server header. Dual Intel Xeon quad core processors will handle all of the work, and it has enough RAM (16 gigabytes) to handle all of the serving very capably. Installed are 6 Terabytes of information (2x2tb drives and 2x1tb drives) which should be plenty of storage to host all of my common files.
Since I am using all three major operating systems to access these files (OS X, Windows and Linux) I decided to also set up a variety of shares from within the freeNAS setup. This includes a Samba/CIFS share for Windows machines to access from (one of my personal laptops and two of my other servers), an AFP (Apple File Protocol) share for my personal workstation MacBook Pro and all of the school lab machines and a couple office machines, as well as a NFS share for Linux access.
On top of this, I decided to enable SSH and FTP/SFTP access so access from pretty much any device is guaranteed! A week or so ago I migrated all of my common data over to the server once it was running and I tested the validity of the drives. Let me tell you, moving 5.5 terabytes of information takes a loooooong time! Most of the slowdown was the result of moving files over LAN rather than something like FireWire, Thunderbolt or USB 3.0, however it still clocked along at a very good pace since my apartment is very well connected – RIT gives each of us several gigabit (10/100/1000) access jacks in each apartment and the network is full fiber! This makes accessing the files remotely very, very handy since the speeds support even the most intensive tasks (even streaming Blu-Ray content from computer to computer on campus!).
My final goal for the project is to open up a drive on the server to use for various Apple Time Machine backups, I’ll keep you all posted, thanks for stopping by!