There have been quite a few posts about the delayed Mac Mini release, but based on the specs of the Mac Mini, I think it made sense to skip the Haswell release. If you are dying for a new Mac Mini, then maybe this post will help to justify the generation skip.
Before we get into the explanation, it is important to consider the components in the 2012 maxed out Mac Mini.
CPU: 2.6 GHz i7-3720QM quad-core
GPU: HD 4000
RAM: 16 GB 1600 MHz DDR3
Hard Drive: 256GB SATA3 SSD
This is important because the processor, the RAM, and the SSD are all the same as were used in the 2012 15" rMBP. We can assume that Apple would continue with this trend in the 2013 model. The main benefit of Haswell was battery life, so putting a mobile class Haswell processor in the Mac Mini would barely improve performance. You could argue that the IRIS Pro graphics would be a significant increase over the HD 4000, which is true. This is the one component that would have made a noticeable difference. The RAM is the same as was used in 2013 rMBPs. The hard drive is SATA instead of PCIE.
So when it comes down to it, the only real benefit of a Haswell refresh would be the GPU, which is arguably not the target market for the Mac Mini. In terms of the cost/benefit for Apple, releasing a new Mac Mini would force a price drop on the 2012 model, even though they are very similar computers. It made a lot more sense for Apple to keep selling the 2012 model at full price, and just wait until Broadwell. They were expecting a Q2 Broadwell release, which didn't happen, so the refresh was pushed off further than expected.
If Apple had released a Haswell Mac Mini, very few people would have purchased it as an upgrade from a 2011-2012 Mini. The processor would have had about a 2% bump in performance from the 2012 model, and anyone looking at benchmarks would be turned off by that. The 2012 Mac Mini would have gone on clearance, and Apple would have profited much less.
Right now, they are actually selling a very similar computer to a theoretical 2013 model, earning much better margins, and are able to focus more R&D on the 2014 model. I think Apple made the best decision in this scenario. What do you guys think?
Matt
Before we get into the explanation, it is important to consider the components in the 2012 maxed out Mac Mini.
CPU: 2.6 GHz i7-3720QM quad-core
GPU: HD 4000
RAM: 16 GB 1600 MHz DDR3
Hard Drive: 256GB SATA3 SSD
This is important because the processor, the RAM, and the SSD are all the same as were used in the 2012 15" rMBP. We can assume that Apple would continue with this trend in the 2013 model. The main benefit of Haswell was battery life, so putting a mobile class Haswell processor in the Mac Mini would barely improve performance. You could argue that the IRIS Pro graphics would be a significant increase over the HD 4000, which is true. This is the one component that would have made a noticeable difference. The RAM is the same as was used in 2013 rMBPs. The hard drive is SATA instead of PCIE.
So when it comes down to it, the only real benefit of a Haswell refresh would be the GPU, which is arguably not the target market for the Mac Mini. In terms of the cost/benefit for Apple, releasing a new Mac Mini would force a price drop on the 2012 model, even though they are very similar computers. It made a lot more sense for Apple to keep selling the 2012 model at full price, and just wait until Broadwell. They were expecting a Q2 Broadwell release, which didn't happen, so the refresh was pushed off further than expected.
If Apple had released a Haswell Mac Mini, very few people would have purchased it as an upgrade from a 2011-2012 Mini. The processor would have had about a 2% bump in performance from the 2012 model, and anyone looking at benchmarks would be turned off by that. The 2012 Mac Mini would have gone on clearance, and Apple would have profited much less.
Right now, they are actually selling a very similar computer to a theoretical 2013 model, earning much better margins, and are able to focus more R&D on the 2014 model. I think Apple made the best decision in this scenario. What do you guys think?
Matt