iDon't understand... What peripherals, and at what cost? And how many cables and adaptors will be needed?
Let's see how expensive the new Mac Pro will be (I am guessing it will be cheaper than the "classic" ones, and let's see how Thunderbolt prices go down as the offer of peripherals grows.
Make no mistake, however. Thunderbolt is high-end stuff. Very much above the needs of most users.
New: NO internal drives.
My current MP houses 4 SSDs and 3 HDs. No wires protrude from the case.
Yes, no internal drives.
Which means, no
obsolete drives limited by outdated disk interfaces. Instead of that, you get a PCIe attached SSD which is said to offer
one gigabyte per second of read/write bandwidth, which is the performance realm of high end storage systems.
We have reached the point when using SATA or SAS is stupid, just because it's blatantly stupid to connect a single SSD (which is a bunch of memory chips, period) to a
disk interface, making the SSD "simulate" a hard disk.
Before SSDs, the mechanical character of disks was a serious bottleneck. Now the interface itself has become the bottleneck.
So, SATA? You are capping the throughput of the SSD disk. SAS? Same thing. And both interfaces have a higher latency than PCIe attached memory which can be directly mapped to the processor address space.
The one and only interface that makes any kind of sense for a modern storage system based on SSD is PCIe. It's the natural way to connect them.
The SATA interface in SSDs is just a temporary solution so that you can put them in SATA equipped equipment. But it's just that.
You want throughput? Compare the throughput of a "classic" Mac Pro with four internal SSDs attached to SATA ports, limited to a maximum of 4x6 Gbps (b as in bits), to a new Mac Pro with two PCIe attached memory devices (aka PCIe SSD disks) each of then attached through a 20 Gbps lane.
Well, interestingly, it appears that pro audio is starting to march forward by going backwards.
For example, UA's TB native Apollo, crammed with vintage plug-ins. Like the Studer A800 modeler. Why would they do this? It's only because a 40 year old Studer 2 track still sounds better than just about anything out there now. Especially if it is combined with a vintage Neve board. Just ask Dave Grohl. He paid more than a lot of people's houses are worth to buy Sound City's Neve board.
That's not a matter of better sound going backwards. That's a simpler matter. Some vintage gear has a distortion that we love. This is music, not laboratory measurements. That old gear adds a beautiful make-up, that's it.
Metric Halo has a built-in preamp "personality" emulation because their preamps are so clean, they are more lab instrumentation preamps than music preamps. That "personality" adds distortion similar to the one added by vintage gear.
Nothing wrong of course, music is art, and deciding what and how you add is part of the creative process.
Regarding bits are bits in cabling, that wasn’t my point. My point was, higher bit rates and especially higher frequencies can produce so much detail that it becomes increasingly difficult to get a smooth mix. Just try getting that upper frequency detail out of a mix. Yes, that can be EQ’d out of the incoming signal, but now we’re valving down the artifacts of raw speed.
Unless some breakthrough is made regarding hearing, we can't notice anything with a frequency higher than 20 KHz. Depending on your age and hearing condition, nothing above 15 Khz.
Note that I'm not trying to troll. I realize that without DAW's and PT and FW and the MP, I wouldn't be able to do what I am doing. And I regularly get down on my knees and supplicate and offer thanks that I was able to get my hands on this gear.
Isn't Digidesign moving towards "native" processing lately? It makes all kinds of sense. In the past, digital signal processors had a huge advantage over general purpose ones for audio processing. Now the advantage isn't that clear, and provided OpenCL code can be invoked with real time guarantees, GPUs are going to be the Next Big Thing™. Guess why Apple seem to be including a couple of huge OpenCL workhorses inside the new "can"?
