Django

Yes, once you have restored the backup to the new 3 drive array. Using Intel RST UI in windows makes it very easy. The help file will explain, once you add the extra drive the data on the other three will be migrated across the 4 while you carry on working.
 
Similarly if you are RAID ready with just one drive, you can add a second drive later on to produce a RAID0 array and data will be migrated to the new member disk. Here's an example http://forum.notebookreview.com/threads/official-msi-ge60-2013-owners-lounge.722196/page-73#post-9556273, the priciple for adding drives is very similar.

Do you really expect everyone to read ~700 posts? Better IMHO if the first post is updated, failing that then search which incidentally only shows one vague reference (post 565) to the folder I mentioned.

FYI the Eurocomm X8 laptop has an option for dual 330W adapters to provide 660W of power, this is mainly for supporting dual GTX 980m SLI.
 
I do understand your argument of DT vs mobile. Personally I'd love to be able to bring a real DT type system with me and have even thought about doing so but for my needs it's unfortunately impracticable so have to settle for the lower performance and increased cost of a laptop. And no, it's not one of those leviathans. I don't need that kind of graphics power and I do have a limited budget.
 
Not sure why batteries keep ending up in the argument Also remember TDP is not the maximum power that can be used, even a quad mobile with a TDP of 47W is capable of pulling more than 100W.

Where are you getting 80+ from? The 1500 series Broadwell Xeons TDP's are 45W with up to 8 cores / 16 threads, current mobile quads are typically 47W/57W.
It should be obvious the mobile 1500m is not going to be spec'd at 80W or more but possibly allow more cores at a lowish base frequency for apps that are multi-threaded.
As for the battery you have this wrong as well. For Laptop performance you run off the brick, the battery in this case is your UPS. Have a power failure with your mini-itx and monitor setup and you have not only lost work but possibly corrupted the system unless you are going to lug around a UPS as well. Of course the battery can still be used for light work.

Here's an update for mobile i7-4700MQ quad core.
 

 
 
And one for mobile dual core i7-4600M
 

That's the fish, chips don't need batter.

Was it this one?
 
http://www.cnews.cz/sites/default/files/pictures/clanky/2015/04duben/unsupported-amd-fx-9590-msi-970a-sli-krait.mp4
 
 
http://translate.google.com/translate?sl=auto&tl=en&js=y&prev=_t&hl=en&ie=UTF-8&u=http%3A%2F%2Fwww.cnews.cz%2Fclanky%2Fpaleni-carodejnic-aneb-co-udela-220wattovy-amd-fx-9590-v-desce-bez-podpory&edit-text=

Not knowing something doesn't make you dumb. If it did then we are all dumb because nobody knows everything.
 
Start with the basics. Here's an example which while using bipolar transistors shows some of the principles of logic.
 
http://www.waitingforfriday.com/index.php/4-Bit_Computer
 
Basic logic circuits with ever increasing complexity until you get processors of today which are truly amazing works of engineering.

When the processor first powers up it is in 16-bit real mode, it has to switch to 32/64. So no problem whether running live or in a VM.

I would have thought a dog with arms would be a bigger story than one wearing watches.
 
Wonder what the dog thinks about the workmanship of the Apple watch. Probably would answer "rough".

Answered in the quote. Will see how that 256A works another day, just in case I shut off trying it again, seeing as how my chip is notably bad.

If you believe that then the solution is quite simple. Pay SSL 50,000 for the rights and reap the rewards in donations from it.

Drives fail for reasons other than writing to them. Outcome is the same, you replace the faulty drive.
 
Alternatively you could break the array and use the remaining drive(s) to recover or re-install if you have enough space for what you need to run your system on. However you can not do that if you are only using a single drive and it fails, replacement is the only option.

Haswell can run full speed when active without any noticeable down clocking with C-States enabled.
Sounds like a BIOS bug, is there a BIOS update you can try.

I think he's seeing the 4C+8G, in which case, the 8 stands for graphics compute cores.
 
Here's the copy/paste.
 
AMD FX-8800P Radeon R7, 12 Compute Cores 4C+8G @ 1.70 GHz 
1 processor, 2 cores, 4 threads

Without a modified vbios you could try limited OC with "nvidia inspector" but check first on VRAM usage. If going over your 2GB of VRAM then system memory DRAM may also be used and cause stuttering.
 
You might just have to be content with medium settings.

the marriage between xtu and gigabyte is very poor
 
if you change the adaptive voltage value in xtu your computer is gonna crash. it doesnt work on gigabyte.
 
also xtu only works on a software level with gigabyte boards. it does not make changes at the low level \ firmware level. so when you restart the machine the settings are not applied to the bios.  i love xtu but its not the solution for setting adaptive voltage on gigabyte boards.

4.7GHz 4C/8T i7-3770k DDR3 1600MTS CL11 843cb
 

 

Are there some BDW-U with TSX? I haven't seen them on the Intel Ark and for the i7-5500U I have played with it is also not available according to HWiNFO64.
 

i7-3770k 4.7GHz

 
 
Laptop Mobile i7-4700MQ 4 cores 3.5GHz

HP production laptops with BDW-U 5500U and 5200U have been on sale in New Zealand for over three weeks now.

HP production laptops with BDW-U 5500U and 5200U have been on sale in New Zealand for over three weeks now.

Intel BDW-U i7-5500U 2C4T (2 cores 2.9GHz)