Tight budget of 2.5k you say?
I'd recommend looking at the FSP PSU's (also available at
Prime). IMHO they should be a better option over the entry level Coolermasters.
Something like the FSP Saga 350W for 1.5k + a Zebronics cabinet for 1k = 2.5k. If you can spring up 2k for the FSP Blue Storm, should be a decent option as well.
Certain Powersafe models are re-badged FSP units as well. If you think you could identify them, then it would be a good shot as well.
(Will try digging up the posts, unless the members who know the relevant info can post it before me. )
And if you're remotely considering the CM Elite 330 combo for 4.5k , I'd say you *should* get the Corsair VX450 for ~3.4k , and spend the remaining ~1.1k on a Zebby cabinet.
As to why the NSK4400 doesn't include the EA380 ; I think it was probably done so as to make it a budget case option. Adding the PSU would've probably taken it to 5k and beyond. Although, had the combo price been around 3.5k, it would've been a very very good value.
-------------------
virus32win said:
Cooler Master eXtreme Power Plus 390W has 16+18=34A on 12V dual Rail it should handle 9600gt flawless.
This is a common mistake made while calculating the amount of current/power available on the 12V line.
General Rule is :- You can NOT sum up individual 12V rail ratings to reach the combined power available on the 12V line.
Let me explain :ashamed: :
Most PSUs have a sticker on their side listing the breakup of power across their different rails. While the current ratings across each rail is a crucial parameter, it is also important to combine that info with the next line of data - the Max Output (or sometimes called Max Combined Power, etc etc).
In this case ^^, the 12V line says it has 12V1 = 16A, and 12V2 = 18A.
But, Max Output available on the 12V line is 216W.
Simple arithmetic says, 216W/12V =
*reaches for calculator :lol:* 18A. i.e. your 12V line which has
TWO individual 12V rail ratings of 18 and 16A, still has a
combined power of only 18A.
Simply put 18A + 16A in this case = 18A != 34A .
If one of the individual 12V rails uses up 18A, there will be 0A/0W available on the other line.