NEW SERVER HELP
Honestly, I would go to Dell's website, and go into their server configuration, and play with things until you find a configuration you like in your price range. Honestly at $3500 you could probably manage to get something much more powerful than those minimum specs.
Honestly for future performance, especially that long of a time frame, I would suggest a much more powerful processor. Something like the Xeon® Processor E5-2630 v3 should handle what you want very well. 8 cores, hyperthreaded, 2.4GHz, turbo up to 3.2GHz, 20MB cache, Haswell based (newer than Sandy / Ivy). If you really want to be ahead of the curve on processing power, find a mobo you can slot two of those into and you will be golden for a long time.
For Ram I would definitely be shooting for a minimum of 16GB of ECC memory at the low end. 32GB would probably be my 'recommended' here.
As for storage space, this is pretty much up to you, and depends on how much space you use and what kind of business your in. A film studio working with hours of 4k video is going to need a lot more storage space than an accountants office saving spreadsheets and PDFs.
As for the RAID level to run the drives in, it depends on whether downtime is acceptable for you or not. With RAID 1 there will essentially be no downtime. When a drive fails, the secondary drive kicks in, you replace the dead drive, and it rebuilds itself, no downtime. With RAID 5 when a drive fails, the array will continue to work, however it will be significantly slower because it will be working out of the parity data for the dead drive. Even once the dead drive is replaced it will continue to be slow until the new drive is able to rebuild. A process that can take on the level of hours or days depending on the size of the drive. RAID 1 is much more expensive because 1/2 of your total drive space is taken up by redundancy. With RAID 5 only 1 harddrive size is taken up with redundancy. So if you use for example 4x 3TB drives in RAID 1 you will have 6TB usable and in RAID 5, 9TB useable. It really just depends what is acceptable for you.
For servers, I have always like Dell. For enterprise stuff like this their build quality in my experience has been great, they offer a lot of configuration options at the time of order, and they have pretty good enterprise support too, and I have never had trouble with warranty work on the enterprise side with them.
As for SATA/SAS/SSD, honestly SATA 3 (6Gbps) is going to be fast enough for any hard drive, and for most enterprise environments SSD's just don't make sense. Typically your bottleneck is going to be the network connection in most cases, not the read/write times. I mean an SSD bootdrive might be nice, but once again in an enterprise environment doesn't really make sense, because once set up and configured the server shouldn't be rebooting very often anyway. The only thing an SSD would give you is slightly faster access times, but that typically isn't worth the cost associated with them at this level.
Hope that helps out a little.

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