Shipping massive Synology boxes with 70 TBytes of capacity through FedEx is what we do all the time, check out this service Backblaze provides to IMPORT a large amount of data: If you are planning on preparing 10 or more USB snapshots you might contact Backblaze support and we can work something out "special" like shipping you a 70 TByte Synology array with all of your data on it. You'll get 2 or 3 or 4 or 10 external hard drives in your mailbox in a few days. The $189 is refunded to you if you send us back the drive.Įdit: if you have more than 8 TBytes of data, just prepare MULTIPLE free USB Snapshots. The one flat fee of $189 includes the 8 TByte hard drive AND ALSO includes shipping anywhere in the world. Or you can keep the 8 TByte hard drive (and Backblaze keeps the $189 deposit). This service is completely free if you return the hard drive to Backblaze within a couple of months. in the true event of an emergency data loss how are you going to download 7TB or more of data?īackblaze B2 provides up to 8 TByte of B2 data to be put on an external hard drive and FedEx'ed to your home overnight (maybe allow 2 or 3 days for shipping if you are in Europe or Australia). Next replacement will be a 2xx plus model.ĭisclaimer: I work at Backblaze so I'm biased. It doesn’t matter much to me if it lasts 4 or 5 years, it will still be old and unsupported, so I’ll replace it anyway.Īnd yes, I’m aware the DS218+ is only €355, but a 716+ was what I had on the shelves. So after 5 years I’ll have paid 3/4 of a new unit in power. The NAS (716+) draws 20W which is 175 kWh, which is around €65, €325 over 5 years, and a new 720+ is €483. I’m much more worried that the house is unheated during winter, but even with the harshest winter here, the drives should still be within normal operating limits. All things being equal, the drives will see more cycles from running 24/4. I’m aware those are not the only cycles, it was just for illustration. It draws <1W, but it does draw something.Īs for the drives, they’re rated for 400k load/unload cycles, so assuming 2 every day, they should last for 500 years. The bios (or whatever) is powered for waking it up. I get 8TB of backup storage for €112/year, and while it’s more maintenance than just dumping it in the cloud somewhere, a Synology NAS can auto update and send you push notifications whenever something is wrong, and since it has no public ports open, it’s not a risk with zero day vulnerabilities. Being powered down most of the time it will probably last longer, but 5 years was what i used in my calculations. My total power consumption per day in the vacation house is 0.4 kWh (~20W), powering the modem, router and NAS, and if I bothered turning off the WiFi when I leave it would be less. It’s pretty much limited to a SSH jump box on a DMZ network and an Emby server. There are also rather strict firewall rules in place going from the vacation house to our home for the same reason. Since the vacation home is “uninhabited” for most of the year, I keep everything encrypted, and use 2FA where ever possible. I have a site to site VPN between my regular home and vacation home, so I just use that for backups. It doesn’t power down when it’s scrubbing. Housekeeping jobs like scrubbing and smart tests are scheduled to run monthly and weekly, and just run whenever the NAS happens to be powered on. My backups from home then kick off at 00:05 simultaneously, and finish “whenever”. And yes, it’s not sleeping, it’s powered down, as in off. It sits powered down 20 hours per day, powers up every night around midnight, and powers down again after 30 minutes of inactivity. I keep my backup NAS in my vacation house which has a 200 mbit fiber connection. The reason is that (at least some) j models doesn’t support scheduled power on/off. While the j model is the cheapest (and the one I “linked” in my original comment), you might want to just get a regular 11x model.
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