Shane Betts
Well-known member
They say it supports 3x 4K displays at once. As for monitoring, they also support BMD and AJA 4K solutions via Thunderbolt.
Follow along with the video below to see how to install our site as a web app on your home screen.
Note: this_feature_currently_requires_accessing_site_using_safari
With the new Mac Pro, can you monitor in 4K out of the box?
I mean with a Mac Pro, its HDMI ports and a 4K TV, can you watch your footage out of Resolve or FCP X on your Ultra HD consumer TV?
Yes, but only up to 30Hz as a consequence of the HDMI 1.4(I think it is) protocol. People have been hooking up the $500 Seiko(?) 4k UHD TV to it.
For higher refresh rates you have to use one of the 'Thunderbolt 2' ports. It has 6 of them.
This is a question that doesn't have an answer that works for everybody in reality because of one major flaw.
Basic answer.
Is the new Mac Pro faster than previous Mac Pros? Yep.
Is it going to transcode faster or on par than a system equipped with a Red Rocket-X? Nope.
However, I'll play devil's advocate. Depending on your specific workflow and needs it might be all you desire or want. It also might not.
I am not sure I can tell in which app he played the red raw files? resolve? There is a HUGE difference between rcx and resolve. These numbers look like resolve to me?Stock 2013 MacPro 3.5GHz 6-Core D500 vs. 2010 Mac Pro 12-Core 2.66GHz 24GB with a stock Nvidia GTX 780 3GB in both OS X 10.9.1 and 10.8.4.
Percentages shown represent the highest sustained CPU load for each test.
What to exspect:
RED R3D Playback
(1080/24p Project)
2013 Mac Pro (10.9.1)
4K RED (4096 x 2304)
Quarter Good: 24 fps @ 36%
Half Good: 22 fps @ 100%
Half Premium: 11fps @ 100%
Full Premium: 5 fps @ 100%
5K EPIC (5120 x 2560)
Quarter Good: 24 fps @45%
Half Good: 20 fps @ 100%
Half Premium: 8 fps @ 100%
Full Premium: 3 fps @ 100%
6K Dragon (6144 x 3160)
Quarter: 24 fps @ 56%
Half Good: 16 fps @ 100%
Half Premium: 5 fps @ 100%
Full Premium: 3 fps @ 100%
-----
2010 Mac Pro (10.9.1)
4K RED (4096 x 2304)
Quarter Good: 24 fps @ 25%
Half Good: 20 fps @ 50%
Half Premium: 14 fps @ 86%
Full Premium: 7 fps @ 80%
5K EPIC (5120 x 2560)
Quarter Good: 20 fps @ 29%
Half Good: 14 fps @ 62%
Half Premium: 10 fps @ 89%
Full Premium: 5 fps @ 79%
6K Dragon (6144 x 3160)
Quarter: 20 fps @ 30%
Half Good: 15 fps @ 71%
Half Premium: 8 fps @ 86%
Full Premium: 3 fps @ 73%
------
2010 Mac Pro (10.8.4)
4K (4096 x 2304)
Quarter Good: 24 fps @ 21%
Half Good: 24 fps @ 65%
Half Premium: 14 fps @ 89%
Full Premium: 7 fps @ 75%
5K EPIC (5120 x 2560)
Quarter Good: 24 fps @ 25%
Half Good: 22 fps @ 93%
Half Premium: 10 fps @ 88%
Full Premium: 5 fps @ 75%
6K Dragon (6144 x 3160)
Quarter: 24 fps @ 32%
Half Good: 20 fps @ 92%
Half Premium: 7 fps @ 84%
Full Premium: 3 fps @ 76%
http://www.liftgammagain.com/forum/index.php?threads/new-mac-pro-resolve-benchmarks.2256/
Why is everyone so hung up on Thunderbolt when its not much faster than USB3 and way,way slower than PCIe
It is - in theory - more than twice as fast as USB3. The thing that many people here and elsewhere tend to overlook is that the speed of any connection is governed by the actual storage device capabilities. If you're using a single drive - or even a two drive Raid 0 stripe set - the speed that storage is capable of delivering is considerably below the capabilities of either USB3 or Thunderbolt, so in that case the interconnect is not the limiting factor. If, however, you're dealing with a large storage subsystem - say, somewhere between 12 and 24 spindles - the extra bandwidth afforded by Thunderbolt (in theory faster than 10Gb Ethernet in a Thunderbolt 2 capable subsystem/connection) can and will deliver much better performance than USB3, which is effectively limited to 5Gb. The other advantage of Thunderbolt is that it supports daisychaining, something you can't get with USB3 (you can use a hub, though) and sometimes very useful for multiple simultaneous transfers.
Why is everyone so hung up on Thunderbolt when its not much faster than USB3 and way,way slower than PCIe
I'm on the same page with Mike about the common fallacy, promoted by vendors who certainly know better, that a fast interface somehow makes drives faster. The fastest 7200 RPM spinning drives I've seen in the general marketplace (2TB SATAIII Seagate Barracudas) top out around 200MB/s on test benches - I've yet to exceed sustained writes over 160MB/s on any single HDD in real world usage over eSATA, from any vendor. I have not used the Raptors due to cost and noise concerns, with SSDs getting cheaper I probably never will.
Speaking of which, I recently picked up a Samsung 840 Pro EVO 1TB SSD that can both read and write at over 500MB/s. Couldn't get over 270MB/s on the cheese grater's internal drive bays - evidently they are stuck in SATAII land. Couldn't get over 280MB/s over USB3. Did 550MB/s over TB1 no problem.
FWIW its easy to point at the things the nMP could be better at, especially when comparing it to bomber builds. On the flip side, the direction Apple is going - smaller, lighter, quieter, more energy efficient, internal flash storage, leveraging GPU resources, etc is compelling - at least to me.
Cheers - #19
Internal flash storage is not exactly pro friendly. I would fill that drive to 100% in a half-day of Epic shooting, and less than a half day with Arri Raw. WHat do I care about lighter? The thing never leaves my studio - EVER.
Get a simple USB3 or ESata Raid card and you are all set to go with more than enough drive speed to handle just about any footages. It's not the drives that slow us down, it's everything else, and it seems that the trash can is matching a cheese garter for double the price.
Speaking of which, I recently picked up a Samsung 840 Pro EVO 1TB SSD that can both read and write at over 500MB/s. Couldn't get over 270MB/s on the cheese grater's internal drive bays - evidently they are stuck in SATAII land. Couldn't get over 280MB/s over USB3. Did 550MB/s over TB1 no problem.
FWIW its easy to point at the things the nMP could be better at, especially when comparing it to bomber builds. On the flip side, the direction Apple is going - smaller, lighter, quieter, more energy efficient, internal flash storage, leveraging GPU resources, etc is compelling - at least to me.
Cheers - #19
Clearly you've already made up your mind. That's fine. But I don't see any point in your apparent continuing efforts to convince everyone else here to see it the way you do. Because they don't, and they won't. And they have their reasons, just like you do. You're not going to buy one. Fine. We understand. Now, why not just let it go?