I can't imagine my 2.6 generates much more heat than a 2.3, if any at all, because even if it did at the top end of its power draws it'd finish the job quicker...so it should be cooler running in the long run (on average).
since im going from i5 to i7 should i go for 2.6GHz or 2.3 GHz ?
At this point, be thankful if you can find a 2.3 let alone a 2.6, because at least in the states, except for the brand new server model at B&H, the 2012 refurbs have dried up.
Yes but the server is the one to get anyway since it already has all the OEM hardware needed to run two drives. And, adding an SSD to the lower bay is a snap.
-- No, the 2.6 does more work in less time and should run cooler compared to the 2.3.No one has produced any proof that the i7 "2.6 runs a lot hotter than the 2.3"! Thepixelpusher is correct, some have mentioned this idea but there is no evidence for the claim. The two chips are almost identical. Shouldn't we expect the faster version should make a bit more heat when it does a bit more work than the 2.3?
isn't this one more powerful ?Don't forget, there are still brand new 2012 Mini servers at B&H:
http://www.bhphotovideo.com/c/product/897214-REG/Apple_md389ll_a_Mac_mini_Desktop_Computer.html
isn't this one more powerful ?
http://store.apple.com/us/product/G0NP1LL/A/refurbished-mac-mini-26ghz-quad-core-Intel-Core-i7
if it was in stock
One more time, the 2012 refurbs are GONE. They won't be coming back. Read the thread to see how their availability has dwindled to zero. If they do come back, then it will be sporadically and only a few will be lucky to get one. It's time to face reality.
True, but you're paying almost a $100 premium over the certified refurb of the same model to get that. If you can get it direct from Apple cheaper, then do that. And for the single-drive model, the iFixIt kit is only $30.00:
"All Mac Minis support two hard drives don't pay the Apple premium for an expensive Mac Mini server when you can use our kit to make one yourself and save money."
https://www.ifixit.com/Store/Mac/Mac-Mini-Dual-Drive-Kit/IF171-005
There are still many refurbs on eBay that are only going for just a bit more than the Apple new price. There's a sealed Apple stock Fusion drive one up there now that is going for a reasonable price. And because it's stock the warranty is guaranteed.
I'm willing to trade 2 minis for one
2012 & 2010 base Mac minis for a 2012 i7
First, most of what is now for sale on eBay and Craigslist is overpriced in relation to it's condition. I saw no deals the last time I looked, but I'll check again.
Second, you can get something that is literally brand new from B&H, so unless you can point me to something that beats the $899 (the price was $849 until a day or two ago, but it just went up) price for the 2012 dual-drive quad server model, there's no point.
Third, my refurb 2.6GHz 1TB Fusion Mini with 8GB RAM cost $929+tax direct from Apple. If I bought the $899 2.3GHz server model from B&H and bumped the RAM to 8GB and swapped in a 128GB SSD, the cost would be comparable, since B&H only charges tax in NY. The only difference would be the 0.3GHz.
Fourth, you have no idea what the heck you might get via eBay or Craigslist. Unless it's literally sealed, I will take the brand new machine from a legit retailer or a certified refurb direct from Apple, over something from anywhere else.
-- No, the 2.6 does more work in less time and should run cooler compared to the 2.3.
I think I see your point. If a processor finishes the heat generating task first, then it will be cooler sooner. The 2.6 was the fastest 2012 CPU. Therefore, the 2.6 i7 should spend more time running cool (idling) than the slower 2.3 and perhaps even the i5 options.
This thread is making me feel bad that my 2012 i7 quad core has been on media server duty...
I don't buy it. The difference in task completion time would be seconds or fraction of a second between 2.3i7 and 2.6i7. However, heat transfer from CPU to heatsink to air to out of the computer takes many minutes. In the end, any seconds of millisecond time gains are made irrelevant by the time it takes to cool down.