Graphics card HELP for premiere pro CC

Question

So I've spent hours reading numerous forums in regards to what graphics card is best suitable for premiere pro cc that isn't overly priced (I.e. Quadro k4000 and 5000) I'm trying to stick in the 400-500 range for the PC I'm in the process of building. I need to know anyone's recommendations for a GOOD graphics card that isn't so expensive? I know they exist, I'm just not sure which fits best for premiere pro CC as well as the rest of adobe CC. I mean I hear people mentioning AMD vs quadro and GTX 680, etc. I know there's a list of approved cards from adobe, but that isn't what I'm looking for. I want one that will give excellent performance without emptying my wallet costing so much.  Please, any suggestions are greatly appreciated, thanks guys!
-Andy

Answer 1

Actually, I tend to agree with cc. That i7-4770 cannot be overclocked at all - not even in a limited manner (outside of the normal turbo boosting) - to start with (the maximum multiplier on the Haswell i7 CPUs is permanently locked to its nominal stock setting or its maximum stock turbo setting, depending on how the motherboard BIOS reads the settings). Second, that i7 has only four physical cores (albeit with hyperthreading). Third, no single non-RAID 7200 RPM hard disk has a sustainable maximum transfer speed above 190 MB/s even on the outer tracks (where the transfer speed is typically highest). As a matter of fact, I tested my auxiliary PC that's equipped with an i5-2400 and 16GB of RAM, and tested it with both older-generation GPUs (a GTX 560 non-Ti and a GTX 560 Ti 448-core), and while the GTX 560 Ti 448-core did perform about 50 percent faster than the plain GTX 560 (39 seconds versus 59 seconds - or put it in converse, the GTX 560 performed one-third slower than the GTX 560 Ti 448) in the MPEG-2 DVD test of the PPBM6 suite, the real-world improvement does not come anywhere close to the benchmarked difference (with either GPU, the i5 system took between an hour and an hour and a half to convert 40 minutes of HD material to MPEG-2 DVD using the VBR 2-pass method). This means that with such longer material, the CPU and memory performance comes more into play.
Oh, did I forget to mention that Western Digital and its HGST subsidiary are the only brands that offer a consumer-level (desktop, as opposed to enterprise) 4TB hard drive that spins at 7200 RPM? (Seagate's 4TB hard drive spins at only 5900 RPM while Toshiba does not currently offer a consumer-level 4TB hard drive.) Outside of WD and HGST, you'll have to buy a much more expensive enterprise-level drive to even find a 4TB drive that spins at 7200 RPM.
And unfortunately, at current street prices, the lower-end GT/GTX 6xx series GPUs are just too expensive for their performance. In fact, the GTX 650 Ti Boost and the GTX 660 are both priced too close to that of a GTX 760 for their own good right now (unless you go for a card that's equipped with the less desirable 1GB VRAM configuration based on either of those GPUs).