This is a little tougher to answer because you are "stuck with" the hardware you have listed.
Unless you are able to purchase or acquire a *Good* hardware RAID controller that supports TRIM over a RAID Array, using RAID is out of the question with AMD. Currently only Intel Z77/X79 and higher support TRIM on a RAID Array.
Using an SSD or SSD's in RAID without TRIM will drastically degrade in performance over time.
Fortunately, I just setup a very similar setup for 2 different clients and can point you in the right direction! I setup (20) 3D Rendering Workstations for a firm using MODO, 3DSMAX, and the full Adobe Suite. In this setup, the "Primary" workstation used the "viewport" to create the 3D Models/Animations and then offloaded the work to each of the 20 rendering nodes to be rendered.
Some of the frames were as high as 80-100GB, and over 1,000 frames. So, I'm sure you can imagine RAM and SSD/HDD throughput were extremely high. In this case, each node used an 8-Core Intel CPU, 128GB RAM, and 4x 256GB SSD's... and resources were ALL at 100% usage on each node running 24/7!!
Even using an Intel chipset however, we still did not use RAID other than 2 drives on the Primary... SSD's in RAID rarely offer a performance advantage unless there are *continuous* large file transfers (90+% of the time). Luckily, there is a secret to gaining a substantial boost in speed and throughput using multiple drives *WITHOUT* the need for RAID though!!
What we did, and what I recommend, is to use what are called Symlinks (short for Symbolic Links) to strategically "link" each SSD. They are actually a type of "shortcut" that your OS (Win7 in this case) will use seemlessly behind the scenes.
Windows 7 will see what it believes is just another folder on your C: Drive (or whatever letter you choose for the boot drive), but in reality - when it reads/writes to that "folder" it is just a junction to another SSD! By symlinking the correct folders, you gain parallel read/write performance similar to a RAID Array, without actually using RAID!
The folders you Symlink to gain performance will depend on the software being used, but for example on a home/gaming PC you could use 1 drive for Win7 only, another for Program Files, one for Users, and one for a "Games" folder.
In this scenario, you would gain parallel read/write performance from your OS, User specific settings/drivers/etc, Apps, and Games all at the same time! Because each drive is on its own SATA Port, you lose NO speed as each drive reads/writes simultaneously! In certain scenarios and when setup correctly, this method has actually proven to be much faster than a RAID setup when using SSD's!
In your case for example, using 6 SSD's and the system specs provided. You could use:
SSD1: Win7 Only
SSD2: User Profiles / Appdata
SSD3: Temp Files
SSD4: Program Files
SSD5: Photoshop, CAD, etc
SSD6: File Storage
This is just a quick example off the top of my head, to thoroughly test to find the best setup you would want to load everything on a single drive and watch which folders are being accessed the most heavily but hopefully this will give you a starting point.
Unfortunately, Symlinks are too much to explain in detail here but there are tons of guides if you search Google for something like "how to Symlink multiple drives" that will walk you through the process. So, in summary the user (and actually the OS as well) will still only see these additional SSD's as folders in their primary boot "C:" drive. However, when the OS attempts to read and write to these folders, there will NOT be the normal bandwidth cap of a single drive! It will be able to transfer data to each folder at the FULL Speed of *each SSD* combined - very similar to what RAID would do!
Also, as others have said - with that much RAM(!!), Aero and other Visual Effects will have no impact whatsoever. You can turn them off if you'd like, but in all honesty you're talking about maybe a couple MB out of 192,000. Not enough to make any impact on performance.
As far as the Pagefile goes, this should be turned off ANYTIME you are dealing with an SSD - Whether 1 or 100 of them! It can be easily turned off in System Properties by drive letter.
Note: It Is only ok to use a Page File when you are using an SSD + HDD. In this case you would disable it on the SSD, but enable it on the HDD.
Also, make sure you go through the entire checklist of SSD "optimizations"... Turn off Page File, Indexing, Prefetching/Superfetching, Defrag, etc etc. There are a lot of things to cover here, but again your best bet is to search for an SSD Optimization Guide. There are plenty out there with a quick search.
This is actually a very important step! SSD's have a finite number of writes available, the cells (whether SLC, MLC, or TLC) "wear down" as they are written to, so having indexing on for example is constantly writing to your drive and shortening its life span!
Once you have created your Symlinks and verify everything is working, I would suggest using some type of *multi-drive* cloning software. I personally prefer Acronis because it's cheap and easy, but there are others out there. It will create an "image" on a drive which you can then use on the other systems. Just load Acronis from the CD and select the drive with the image and let it work its magic
This is much easier in most cases than setting up an unassisted Windows Install, and Acronis 2015 can actually copy images to different hardware setups now too!
Hope this helps make your decision a bit easier. Let me know if you have any questions...
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