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Transmission BitTorrent client, with its own web interface (24-hour downloading/seeding!)
rsync
SSH
iSCSI
Dynamic DNS
DAAP
UPnP
S.M.A.R.T. monitoring and email alerts
Manage users
Network interface link aggregation
It's important to note that RAID-Z1 (single-drive redundancy) is not really recommended. If a single drive fails, the strain of resilvering (which, which may take a long time), might knock out a second drive - and all. All data would be lost. RAID-Z2 provides dual-disk redundancy for this reason. (All of my work and important personal documents are backed-up with Dropbox, andDropbox; the data on my NAS are somewhat expendable.)
Although Solaris offers the most up-to-date ZFS support, with features such as de-duplication and snapshots, I didn't plan on needing these and so I was happy to settle for the older version of ZFS in FreeNAS 0.7.
The SATA ports in the case are close together, and I was lucky to only have two L-shaped SATA cable connectors; otherwise they would not fit.
The case also has a 2.5" hard drive bracket, which is intended to be used for the OS/boot drive.
Booting from USB automatically with the ASUS AT3IONT-I motherboard is not obvious. You need to pretend the USB drive is a floppy disk drive.
Initially, I toyed with the idea of an integrated NAS and HTPC, but decided that there would be too many compromises; dedicated devices would be far better. For example, FreeNAS is great for ZFS support and other NAS tools, but how would I get a driver for ION-accelerated HD video out of the HDMI port? The hard drives are also too noisy for a HTPC. As an aside, the Boxee Box works really nicely as a dedicated HTPC.
btrfs should be great one day when it's ready, but ZFS does the stuff that's important for a NAS now.
Transmission BitTorrent client, with its own web interface (24-hour downloading/seeding!)
rsync
SSH
iSCSI
Dynamic DNS
DAAP
UPnP
S.M.A.R.T. monitoring and email alerts
Manage users
It's important to note that RAID-Z1 (single-drive redundancy) is not really recommended. If a single drive fails, the strain of resilvering (which may take a long time) might knock out a second drive - and all data would be lost. RAID-Z2 provides dual-disk redundancy for this reason. (All of my work and important personal documents are backed-up with Dropbox, and the data on my NAS are somewhat expendable.)
Although Solaris offers the most up-to-date ZFS support, with features such as de-duplication and snapshots, I didn't plan on needing these and so I was happy to settle for the older version of ZFS in FreeNAS 0.7.
The SATA ports in the case are close together, and I was lucky to only have two L-shaped SATA cable connectors; otherwise they would not fit.
The case also has a 2.5" hard drive bracket, which is intended to be used for the OS/boot drive.
Booting from USB automatically with the ASUS AT3IONT-I motherboard is not obvious. You need to pretend the USB drive is a floppy disk drive.
Initially, I toyed with the idea of an integrated NAS and HTPC, but decided that there would be too many compromises; dedicated devices would be far better. For example, FreeNAS is great for ZFS support and other NAS tools, but how would I get a driver for ION-accelerated HD video out of the HDMI port? The hard drives are also too noisy for a HTPC. As an aside, the Boxee Box works really nicely as a dedicated HTPC.
btrfs should be great one day when it's ready, but ZFS does the stuff that's important for a NAS now.
Transmission BitTorrent client, with its own web interface (24-hour downloading/seeding!)
rsync
SSH
iSCSI
Dynamic DNS
DAAP
UPnP
S.M.A.R.T. monitoring and email alerts
Manage users
Network interface link aggregation
It's important to note that RAID-Z1 (single-drive redundancy) is not really recommended. If a single drive fails, the strain of resilvering, which may take a long time, might knock out a second drive. All data would be lost. RAID-Z2 provides dual-disk redundancy for this reason. (All of my work and important personal documents are backed-up with Dropbox; the data on my NAS are somewhat expendable.)
Although Solaris offers the most up-to-date ZFS support, with features such as de-duplication and snapshots, I didn't plan on needing these and so I was happy to settle for the older version of ZFS in FreeNAS 0.7.
The SATA ports in the case are close together, and I was lucky to only have two L-shaped SATA cable connectors; otherwise they would not fit.
The case also has a 2.5" hard drive bracket, which is intended to be used for the OS/boot drive.
Booting from USB automatically with the ASUS AT3IONT-I motherboard is not obvious. You need to pretend the USB drive is a floppy disk drive.
Initially, I toyed with the idea of an integrated NAS and HTPC, but decided that there would be too many compromises; dedicated devices would be far better. For example, FreeNAS is great for ZFS support and other NAS tools, but how would I get a driver for ION-accelerated HD video out of the HDMI port? The hard drives are also too noisy for a HTPC. As an aside, the Boxee Box works really nicely as a dedicated HTPC.
btrfs should be great one day when it's ready, but ZFS does the stuff that's important for a NAS now.
Denoted the user more, added Continue Reading image.
Here's a draft I received from sblair, who sadly at the moment could not post it himself.Here's a draft I received from sblair, who sadly at the moment could not post it himself.