Originally posted by: Hacp
3200+. FOr 20 more bucks, you can get 3500+.
Wouldn't that make the 3200+ a bad bang for your buck then?
Here's how I see it:
The 3000+ is about $40 cheaper than the 3200+, but offers 95% of the performance. So for 75% of the price you get 95% performance. Then, take into the fact that a 3200+ is no different from the 3000 other than having a slightly higher multiplier unlocked, meaning there's almost no chance of harming one by giving it a 200 or 400 Mhz overclock. Why pay extra money for the same chip?
The only way I could see getting a 3200 over a 3000 is if you were aiming for a high overclock and wanted to match bus speeds, where the x10 multiplier would be helpful. Otherwise, the 3200 is, in my opinion, a relatively poor bang for your buck chip.
When you consider how incredibly easy it is to get even a pretty decent overclock with these chips, and how pretty much any motherboard worth owning will allow you to get at least 200Mhz extra, it just makes sense to do that, at least to me. You don't even have to mess with voltages, as I know a lot of chips hit 2.0-2.2 on stock voltages, most will even do higher. You don't need performance RAM (run buses asynchronously), you don't need a super duper power supply (barely any extra power consumption), and you don't need special cooling (there are quite a bit of people who hit high overclocks on the stock cooler).
Seriously, save your $40 and put it towards a better video card or something that will be better (say a nicer monitor, maybe a nice mouse or better speakers).
I can understand you not wanting to overclock, but it is seriously incredibly easy with these chips and motherboards, and there's a wealth of information and people to help you do it here on AT.