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Hi,
Please can anyone suggest PC configuration to handle 4K (minimum 2 tracks on Screen) Video Editing?
I can see following available for sale, is this good enough?
CPU 12 Cores. is this enough?
How much RAM / Type and Speed is required?
What should be the HDD / SSD Read & Write Speed for 4K?
GPU Suggestion?
I'm using Premiere Pro CS6, should I upgrade to CC?
I'm looking for a minimum / budget configuration. Will appreciate any suggestions / advice.
Thanks in advance.
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I'm using DJI OSMO - 4k 30 FPS - 60 FPS
File Type : .mp4 / ,mov / H.264, Data Rate: 60kbps - 100kbps
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Moved to hardware forum.
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HDDs are never a good idea to edit 4K. You need SSD.
Dont think CS6 will handle the drone footage very well.
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I don't do 4k, but you might read the articles here...
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Not good enough, I'm afraid. CS6 does not support OpenCL at all in Windows. Only CUDA, which no non-Nvidia GPU supports at all. This will permanently lock CS6 to the software-only rendering mode, which is what you don't want.
Second, if you're going to get a newer version of Premiere Pro (Creative Cloud version, of which the 2019/13.1.5 version is now the oldest that remains officially available to Creative Cloud subscribers, which is now the only official means of getting any of Adobe's professional content creation programs), that hardware is now officially too old to be supported. The Sandy Lake-E/EP CPUs are now more than seven years old at this point, while the Rx 200 series GPUs are now almost as old as the CPUs themselves. Worse, those dual 6-core Xeons put together are still weaker than a current-gen mainstream-desktop-platform 8-core CPU-powered PC. Plus, two 6-core CPUs do not perform as well as a single 12-core CPU of even the same vintage because of the latencies in communication between the two physical CPU sockets.
In other words, that PC is largely a waste of money regardless of the version of Premiere Pro that you currently have access to.
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Hi RjL190365,
Your reply makes total sense to me.
I thought these 2x 6-cores will be good enough.
Can you recommend a workstation (not very expensive) to serve the purpose?
What GPU (Cuda) should I buy, I'm on a budget but I'm willing to spend on a GPU which can help CPUs handling 4K editing.
What should be the Read / Write speed of HDDs / SSDs
Thanks for your help and rpely.
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We cannot recommend a combination of parts for your planned workstation without you specifying a particular total budget (in your country's currency).
What the above sentence means is that if your budget is low, you will likely end up with either too weak of an overall package or a package with a severely lopsided component balance (a decently powerful CPU but a woefully weak GPU). In the worst case, the only machine that has new-enough components to be technically supported in newer versions of Premiere Pro might very well have components that are much too weak all around.
As for the read/write speed of an internal drive, HDDs cannot sustain more than about 200 MB/s on the outer tracks in either reads or writes - and when asked to perform both operations at the same time, they cannot (they can only read or write, but not both simultaneously). As a result, the maximum practical disk I/O throughput of a typical HDD is no better than about 100 MB/s - and this rate falls off significantly when the disk becomes over half full, all the way down to less than 40 MB/s!
SATA SSDs are better, but they can still only reach about 250-ish MB/s in simultaneous I/O throughput (or 500+ MB/s when transferring in one direction at a time). This is all due to the limitations of the SATA interface itself.
PCI-e (or NVMe) SSDs, on the other hand, can perform both reads and writes simultaneously.
With all that said, you will want a newer system that has one or two PCI-e capable m.2 sockets for m.2 SSDs, and I would also recommend that you get two m.2 NVMe SSDs of two different capacities - one 250 or 500 GB SSD for the OS and programs, one 1 TB or larger for your working media and projects. A third SATA SSD of a smallish-capacity is also nice to have for cache/scratch files. And depending on the CPU, for your GPU a GeForce GTX 1650 SUPER is a good starting point; however, aim for an RTX if you can afford one. Avoid older GPUs that are either outdated or obsolete (and yes, this also applies to budget low-end GPUs that are still available new) since they will not have much usable life left in them.
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Spot on, this is agreat insight into this, I will definitly read more about above and plan the hardware. thanks a lot for your time, take care
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I have been talking to someone in another forum about his planned 2021 build... this total before any shipping/taxes is just under $2,000 US
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The problem with that build is this:
The mainstream Intel CPUs' memory controller does not support ECC or registered RAM. Therefore, there is a compatibility issue between the RAM and the motherboard. RDIMMs are keyed differently from UDIMMs. The 400-series motherboards only support UDIMMs.
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Hmm... this may be a problem... I went to ASUS and they do not list ANY ram for this motherboard
I'm going to have to do some searching to find out who else has a list
ADDED
non-ECC ram is more $$ but I found this that is compatible
213 https://www.newegg.com/g-skill-64gb-288-pin-ddr4-sdram/p/N82E16820232939
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It's the same QVL list for the non-CSM and the CSM versions. Look at the list for the Prime H470 PLUS (non-CSM) for the DIMMs that Asus tested.
And when I stated that the RDIMMs are keyed differently from the UDIMMs, the keying notch in the middle of the contacts is in a slightly different location than that in the UDIMMs. Therefore, RDIMMs will not seat fully at all in the DIMM slots of any 400-chipset motherboard.
Scratch the above paragraph. DDR4 RDIMMS will physically fit, but the system will not even POST at all when RDIMMs are used in that H470 motherboard.