Well, that is just not true i am sorry. Of course two threads are better than one per core, but its still only 4 cores and does not translate into a 100% performance gain, that is technically impossible since those 2 threads share the power of one core. Going by your logic would mean that an I3 (two cores – four threads) is exactly as fast as an I5 (four cores – four threads) since they both have four threads.
If you can show me one single benchmark where an I7 is 100% faster at anything than an I5 (both ivy bridge or sandy bridge and comparable cpu clock) i will be happy to apologise and take my statement back.
Oh and @ TE, if you dont buy the K version you also wont need the Z77 motherboard version, a H77 version will be enough since the only difference between H and Z is the overclocking support.
Thanks for starting this thread. After searching on google info about SSD I decided… Tomorrow I go to buy a SSD . 
I’m ordered my new PC 2 days ago.:)
Here goes the specs:
INTEL i7 3770 3.40Ghz BOX LGA 1155 ( same like u )
ASROCK B75 Pro3
CORSAIR 16348MB Vengeance DDR3 1600Mhz CL10 KIT
GIGABYTE Setto II 142
CORSAIR Builder Series CX600 V2
SHAPPIRE Ati HD Radeon 7650 2GB
We almost have the same PC. XD
I have i7-3770K and the performance is great. I have 2×8GB Vengeance DDR3 , but want to buy another kit. And also, SSD is a MUST HAVE ! And your computer will be fast as hell 
3alisha said
That is actually not true since threads arent the exact same thing as cores. The difference between the I7 and I5 is way smaller than 100%.Dude, when a CPU can assign a process to 4 threads, a CPU that can assign this to 8 threads.. that work at a sliiightly lower speed, it’s almost a 100% gain in unbiased/Bucketed rendering !
Cheers !
Yes, but it will asign those 8 threads to only 4 cores. That means 2 threads per core. The performance gain won’t be 100%, because those 2 threads on the same core can’t run as fast as 1 thread per core. Only a native 8-core processor could double the performance. So, i7-3770K is about 25% faster than i5-3570k.
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tiberiualexander said
3alisha saidYes, but it will asign those 8 threads to only 4 cores. That means 2 threads per core. The performance gain won’t be 100%, because those 2 threads on the same core can’t run as fast as 1 thread per core. Only a native 8-core processor could double the performance. So, i7-3770K is about 25% faster than i5-3570k.
That is actually not true since threads arent the exact same thing as cores. The difference between the I7 and I5 is way smaller than 100%.Dude, when a CPU can assign a process to 4 threads, a CPU that can assign this to 8 threads.. that work at a sliiightly lower speed, it’s almost a 100% gain in unbiased/Bucketed rendering !
Cheers !
..I am claiming this because i have been bench-rendering the same scene on i5 vs. i7
the i7 rendered it twice as fast.
3alisha said
tiberiualexander said..I am claiming this because i have been bench-rendering the same scene on i5 vs. i7
3alisha saidYes, but it will asign those 8 threads to only 4 cores. That means 2 threads per core. The performance gain won’t be 100%, because those 2 threads on the same core can’t run as fast as 1 thread per core. Only a native 8-core processor could double the performance. So, i7-3770K is about 25% faster than i5-3570k.
That is actually not true since threads arent the exact same thing as cores. The difference between the I7 and I5 is way smaller than 100%.Dude, when a CPU can assign a process to 4 threads, a CPU that can assign this to 8 threads.. that work at a sliiightly lower speed, it’s almost a 100% gain in unbiased/Bucketed rendering !
Cheers !the i7 rendered it twice as fast.
You were just lucky. Usually, i7 is 20-25% faster in 3D’s Max 2012 than i5. Many real-life tests have confirmed that. Intel says that Hyper-Threading can boost performance by 30% in some situations.
why not buy the i7-3820(LGA 2011) and a gigabyte ga ud3(LGA 2011) its almost the same price and a tad bit better performance and I guess the future relases would be inclined towards that socket
if I were you I would buy 2 HDD of 1T and put them in RAID 1 so you would not louse any data if the hard disk fails… I’ve been there so I know 
