Jun 282019
 

Some of the reaction to Apple’s recent product announcements has been amusing to say the least.

First of all, let’s get the monitor out of the way first. If you think that monitor is ridiculously expensive, you’ve not looked at the specifications closely enough. Mid-range content creation monitors do cost that much – a quick look on B&H shows two monitors in the same price ballpark as the new Apple monitor, and the Apple monitor has higher specifications.

Not including the stand may seem a bit cheap, but frankly if you’ve already paid for a VESA stand that suits your working environment why pay for a stand that you will just throw away?

But yes, $1,000 for a metal stand is a little pricey. Given the negative reaction of the Apple fans at the show, I wouldn’t be surprised to see Apple drop that price (I also wouldn’t be surprised if they don’t).

Now onto the Mac Pro.

First of all, I should say that I’m not buying one – I don’t have the money, and whilst I run a somewhat underpowered workstation at work and a somewhat overpowered workstation at home, the strong points of the Mac Pro aren’t what I’m interested in and its weak points are where I’m interested in strength.

Is this expensive? Of course it is, but so is any high-end workstation – this isn’t your standard desktop PC! You can get a very roughly equivalently specced out Dell Precision 5820 for very roughly 2/3 the cost. But that comes with slower ECC memory and is much less expandable. You can also configure a Dell 7920 to a point that a Mac Pro looks cheap (it goes well above $100,000).

And you don’t buy such a system without expanding it beyond the base configuration.

This kind of machine is bought by professionals where the cost is less important than the return on investment. If it makes a professional just a little bit more productive, it can pay for itself within a year. Of the photographic (and video) professionals I watch on the tube, at least one is planning on buying three as soon as he can.

  1. Could you get a better specification ‘DIY’ machine with a budget of say $15,000? Probably although it may not be as expandable.
  2. Could you run macOS on it? Probably but it wouldn’t be supported by Apple (and that sort of thing is important in a corporate environment).
  3. Could you get next day fix or replace support for your ‘DIY’ machine? Almost certainly not; and again, when any downtime costs you money, that sort of thing is important.

There are however two criticisms I would make of Apple :-

  1. Storage. The new Mac Pro is severely limited in terms of storage expansion. In some ways that it is understandable; the sort of customer this is aimed for is likely to have a big fast NAS box somewhere. But I think they missed a trick by not offering a disk expansion chassis; perhaps an accessory tower that clips to the main tower doubling the width.
  2. No “Mac Pro Mini”. There is still an empty spot in Apple’s product line-up covering the mid-range tower territory – in fact exactly what those who criticise the Mac Pro are effectively asking for.
Cube On The Lines
Aug 262017
 

No. The title is just click-bait (which won’t accomplish much).

AMD Ryzen was interesting because it restored AMD’s competitiveness as compared to Intel for the non-enthusiast processor for desktops and laptops. Whereas AMD’s Epyc was interesting because it restored AMD’s competitiveness in the data centre. Both are good things because Intel has been rather slow at improving their processor over the last few years – enough that people are taking a serious look at a non-compatible architecture (the ARM which is found in your smartphone) in the data centre.

Threadripper itself is of interest to a relatively small number of people – those after a workstation-class processor to handle highly threaded workloads. A market that was previous catered to by the Xeon processor, so although Threadripper looks expensive, it is in fact pretty cheap in comparison to Xeon processors. So ‘scientific’ workstations should become cheaper.

And the significant advantage they have with I/O (64 PCIe lanes as opposed to a maximum of 44 for the X299 platform would be useful for certain jobs. Such as medium-sized storage servers with lots of NVMe caching, or graphics-heavy display servers (room sized virtual reality?).

But for gamers? Not so much. Almost no games use lots of threads (although it would be useful to change this), so the main use the extra power of Threadripper will only get used by other things that gamers do. Perhaps game streaming and/or using the unused power to run virtualised storage servers.

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