#Late 2012 mac mini i7 2.6 mac#
Mac mini 'Core i7' 2.6 (Late 2012/Server)Ĭomplete Mac mini 'Core i7' 2.6 (Late 2012/Server) SpecsĬomplete Mac mini 'Core i5' 1.4 (Late 2014) SpecsĬomplete Mac mini 'Core i5' 2.6 (Late 2014) SpecsĬomplete Mac mini 'Core i5' 2.8 (Late 2014) SpecsĬomplete Mac mini 'Core i7' 3. Mac mini 'Core i7' 2.3 (Late 2012/Server)Ĭomplete Mac mini 'Core i7' 2.3 (Late 2012/Server) Specs Mac mini 'Core 2 Duo' 2.4 (Mid-2010)Ĭomplete Mac mini 'Core 2 Duo' 2.4 (Mid-2010) SpecsĬomplete Mac mini 'Core 2 Duo' 2.66 (Mid-2010) SpecsĬomplete Mac mini 'Core 2 Duo' 2.66 (Server) SpecsĬomplete Mac mini 'Core i5' 2.3 (Mid-2011) SpecsĬomplete Mac mini 'Core i5' 2.5 (Mid-2011) SpecsĬomplete Mac mini 'Core i7' 2.7 (Mid-2011) SpecsĬomplete Mac mini 'Core i7' 2.0 (Mid-2011/Server) SpecsĬomplete Mac mini 'Core i5' 2.5 (Late 2012) SpecsĬomplete Mac mini 'Core i7' 2.3 (Late 2012) SpecsĬomplete Mac mini 'Core i7' 2.6 (Late 2012) Specs Want to search the entire site in natural language? Use Site Search instead. that's my point.Need help? See Mac Identification or iPod, iPhone & iPad Identification. Once you swap to SSD, the processor is just waiting for memory, regardless of the type of chip.Īnd I think this whole thing comes from a misunderstanding of how this all works for most people. The *only* way to do that is to not exhaust your physical RAM, and this happens *way* quicker on an 8GB system, which is more or less starting to swap with a single decent size app running, than a 16GB system. To keep up the performance (on either architecture), you want to keep stuff in RAM and avoid paging where you can.
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It's great you're happy with the performance of your M1 system - as I hope to be when I finally get there - but if the system is using 4GB of memory when booted, and then you load Photoshop, and then you load a 4GB file to work on, it's not that magically the M1 chip doesn't need to swap to SSD - it does, just as an 8GB Intel machine would, and then the performance advantages of having the RAM close to the processor are somewhat negated. Mac mini achieved a Gold rating from EPEAT in the U.S. Configurable to 3.0GHz dual-core Intel Core i7 (Turbo Boost up to 3.5GHz) with 4MB on-chip shared 元 cache. 1.4GHz 1.4GHz dual-core Intel Core i5 (Turbo Boost up to 2.7GHz) with 3MB on-chip shared 元 cache. Yes, there are architecture benefits, yes part of this comes from the SOC that keeps the RAM close to the processor, and yes, these things are part of what makes the M1 have great performance.īut regardless of the system, when you exhaust physical memory, the system swaps to SSD, and this works the same whether your chip is Intel or Mx. Mac mini (Late 2014) - Technical Specifications. Graphics processing is handled by an integrated HD Graphics 4000 graphics card with 1.5GB of VRAM. Server, Late 2012) - MD389LL/A-BTO was released in 2012 and features a 2.6 GHz Core i7 processor. I'm not just specifically referring to your comment in this discussion, as I was fairly clear there seems to be all over the net this general belief going around than "RAM somehow works differently on the M1 Macs". Server, Late 2012) / 2.6 GHz Core i7 / MD389LL/A-BTO MD389LL/A-BTO / Macmini6,2 / A1347. There is a reason that stock M1 machines are outperforming 64GB ram monster Mac machines. Its how the architecture is handling the RAM that is making it so good. If you read my original comment carefully (I'm sure you did), you know that I used the word EFFECTIVELY. Yes, memory is complicated in systems and there are all kinds of caches, and paging in and out between RAM and disk (SSD), and these new chips have good performance and we know that modern computers can work with memory requirements over and above their physical size with these swapping schemes etc, but it doesn't somehow magically make a machine with 8G perform the same as one with 16GB of ram. It's not rocket science - if your application requests 500MB of ram, there is no way a different chip can somehow store 500MB of data in less hardware. I find this whole attitude very weird, and from what I can see, it stems from the initial machines only supporting lower amounts of RAM as standard (because that's what they specced for the first generation of entry-level M1 chips), and instead of a lot of people going "Hmm, this current lower RAM limit is a pain", they attempted to justify it with "maybe the RAM somehow 'goes further' with these new chips, along with "while I was testing this 8GB machine I didn't seem to get any memory problems".
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Have you definitive sources for this opinion? Please link them up. Plenty of internet testing done already to check this out.
#Late 2012 mac mini i7 2.6 upgrade#
I believe its fair to say that they (Silicon chips) will change the way we look at RAM and our requirements for it.ĨGB on silicon is effectively 16GB - 24GB on intel. Apple Mac Mini Late 2012 Core i7 2.6GHz upgrade mac mini late 2012 Mid-2011 and Late 2012 Mac mini Models upgrade mac mini late 2012 Review: New Mac mini.