I think we we need a new round of people posting Heaven and Valley benchmarks while the blokes with GTX 1080 cards watch and smirk.
This is a very good point, and one I had not really thought about, so thank you. In that case, I guess the best option would be to get a base model, perhaps lock in the better CPU and SSD if needed, and then just add your own 32 or 64 of RAM from a third party, and when that 4GB 570 starts to feel weak, drop some on an eGPU which, in a few years time anyway, will offer more performance for the same price as the 8GB 580 that is so expensive in the BTO option... right?I don't see the point in plucking down big bucks for a BTO iMac with an upgraded video card, at least not anymore. Before, it would help you to get a marginally better card that was still way behind the rest of the industry performance-wise. Personally, I'd invest that money into an eGPU now that they're going to be supported, assuming they fix the problems with internal display acceleration.
I think that in the not too distant future, you're going to see Macs in general rely more and more on the I/O afforded by Thunderbolt 3. The machines will stay slim and sexy, but you can stash a bunch of things under a desk or in a cabinet to do the heavy lifting. After all, Thunderbolt 3 basically provides the same sort of PCIe connectivity that motherboards on high-end gaming PCs do today for cards installed in the PC itself. For Macs, those cards will just need to be connected via wires and eternal enclosures.
That's what the MacBook Pro and now iMac Pro's business model is today, and as Thunderbolt 3 peripheral prices go down (Intel is trying hard to waive the royalties and drive up adoption), you're going to see more and more non-pro products hit the market. As costs go down, I can foresee spending $300 total for an enclosure and eGPU that totally kills whatever the iMac shipped with in about a year or two.
Yeah, this is exactly what I would be personally doing right now if I were in the market for a new Mac. That would be by far the most cost effective way of getting the best performance. Max out the things you can't upgrade or offload to external I/O, save up for everything else later on.This is a very good point, and one I had not really thought about, so thank you. In that case, I guess the best option would be to get a base model, perhaps lock in the better CPU and SSD if needed, and then just add your own 32 or 64 of RAM from a third party, and when that 4GB 570 starts to feel weak, drop some on an eGPU which, in a few years time anyway, will offer more performance for the same price as the 8GB 580 that is so expensive in the BTO option... right?
I don't see the point in plucking down big bucks for a BTO iMac with an upgraded video card, at least not anymore. Before, it would help you to get a marginally better card that was still way behind the rest of the industry performance-wise. Personally, I'd invest that money into an eGPU now that they're going to be supported, assuming they fix the problems with internal display acceleration.
I think that in the not too distant future, you're going to see Macs in general rely more and more on the I/O afforded by Thunderbolt 3. The machines will stay slim and sexy, but you can stash a bunch of things under a desk or in a cabinet to do the heavy lifting. After all, Thunderbolt 3 basically provides the same sort of PCIe connectivity that motherboards on high-end gaming PCs do today for cards installed in the PC itself. For Macs, those cards will just need to be connected via wires and eternal enclosures.
That's what the MacBook Pro and now iMac Pro's business model is today, and as Thunderbolt 3 peripheral prices go down (Intel is trying hard to waive the royalties and drive up adoption), you're going to see more and more non-pro products hit the market. As costs go down, I can foresee spending $300 total for an enclosure and eGPU that totally kills whatever the iMac shipped with in about a year or two.
Do we know what's so much better about the 575 though? It may be mid range in terms of numbers, or its literal position in the 3 27 inch iMacs, but is it mid range in terms of performance?I'd at least get the midrange 575 option. There's generally a bigger leap between entry and base than the top card.
580: 5.5 TFI'd at least get the midrange 575 option. There's generally a bigger leap between entry and base than the top card.
I'm not sure I get what you mean?There is something fun about the upgrade pricing. If you choose upgrade options of the mid-tier model, the price difference between towards a similar top-tier configuration with faster CPU & GPU is kinda narrow.
I'm not sure I get what you mean?
If you choose 2TB Fusion Drive for the mid-tier 27", the price difference to the top-tier 27" is $100 for a better CPU (+0.3 GHz) and better GPU (+1 TFlops).I'm not sure I get what you mean?
Educational pricing is another story. 😱It gets pretty confusing when you pick the i7 CPU upgrade! That's only available on the middle and top tier models. So start with each of those upgraded to an i7. Then if you configure the same size Fusion Drive, the price is identical. But if you pick a 512GB or 1TB SSD, the price is higher on the one that started from the high end.
At first I thought these were identical configs, but then I realized the GPU is different. So i7/580/SSD s $100 more than i7/575/SSD, but i7/580/Fusion is the same price as i7/575/Fusion.
The upshot is… um, well, it's confusing! But sometimes the a 575 → 580 GPU upgrade is free. If you really want an i7 and don't hate spinning disks, then you should configure your iMac from the top end. If you really want and i7 and and SSD, you gotta decide whether the GPU upgrade is worth a hundred bucks.
I don't see the point in plucking down big bucks for a BTO iMac with an upgraded video card, at least not anymore. Before, it would help you to get a marginally better card that was still way behind the rest of the industry performance-wise. Personally, I'd invest that money into an eGPU now that they're going to be supported, assuming they fix the problems with internal display acceleration.
I think that in the not too distant future, you're going to see Macs in general rely more and more on the I/O afforded by Thunderbolt 3. The machines will stay slim and sexy, but you can stash a bunch of things under a desk or in a cabinet to do the heavy lifting. After all, Thunderbolt 3 basically provides the same sort of PCIe connectivity that motherboards on high-end gaming PCs do today for cards installed in the PC itself. For Macs, those cards will just need to be connected via wires and eternal enclosures.
That's what the MacBook Pro and now iMac Pro's business model is today, and as Thunderbolt 3 peripheral prices go down (Intel is trying hard to waive the royalties and drive up adoption), you're going to see more and more non-pro products hit the market. As costs go down, I can foresee spending $300 total for an enclosure and eGPU that totally kills whatever the iMac shipped with in about a year or two.