I'm trying to get my editing workstation set up so that it's not a mess and allows me to work more efficiently. I use Sony Vegas for editing. My biggest problem is with external hard drives and wires and ac adaptors; they're driving me nuts. I just upgraded my system so I have one SSD system drive internally, and my other drives are alle external. I certainly don't need to have all the drives connected at once, but I find myself needing to access events, or graphics to re-use in other projects. So I'm thinking that I need to have an internal drive where I can save things that I re-use often, although that can't really be done with timeline events that need to be edited. For that I have to open the old project, and the new project and copy and paste from one to the other.
So when I do need to pull a drive that has an old project on it, then there's the issue of being able to get behind the computer to plug the USB in, as well as find a plug for the all-annoying wall wart ac adaptor. I was thinking about getting a good USB hub and setting it on the desk, so when I need to connect a drive, it will be easier. Is there any downside to using a hub and video editing/encoding?
Our website is made possible by displaying online advertisements to our visitors.
Please consider supporting us by disabling your ad blocker or buy a VSO converter software :)
Please consider supporting us by disabling your ad blocker or buy a VSO converter software :)
+ Reply to Thread
Results 1 to 30 of 34
Are you using a desktop or laughtop?
If it's a desktop, I'd put all other drives internally on available SATA ports. I will probably additionally buy a PCIe-to-SATA card to connect more internal SATA HDDs (and external ones through eSATA).
If it's a laughtop with an eSATA port I will connect an external HDD through that.
For both types, an external NAS server through gigabit ethernet is a good bet.
I wouldn't be caught dead using USB drives to put captured and edited files in, except when probably transferring files from a camcorder HDD or SD card. Why this is, I have explained in a number of older threads on the topic such as https://forum.videohelp.com/threads/356640-Laptop-crashes-while-rendering?p=2247451#post2247450For the nth time, with the possible exception of certain Intel processors, I don't have/ever owned anything whose name starts with "i".
Hi Turk690, I am using a desktop system, mid-size tower.
What do you mean "other drives internally on available SATA ports"? The only internal drive I have at the moment is the SSD, which is the system drive with the O/S and programs on it.
I don't see the necessity of a NAS because none of the files will need to be accessed by any other systems.
If you don't use USB drives for capturing and editing, what do you use? I thought everyone used USB drives for editing and storing projects? I've never had any dropped frames when capturing on USB drives.
Are you saying that a USB hub would make things worse?
A recent desktop will have a number of internal SATA ports. I will connect other internal SATA hard drives to these to put captured, edited, and other required media files in.
Unless (rarely) drivers are written for it, USB is a general multi-device controller. The controller is beholden to a lot of s/w and h/w in the system that can get in between smooth file transfers and interrupt capture or rendering. About the only thing going for USB is convenience, which everyone, including me, is addicted to. Any computer that is going to be used for some type of heavy-duty audio and video editing has to have, at its most basic, two single-controller drives. IDE, SATA, & eSATA fit this bill. Because USB is not single-controllered, it does not. The first drive has to have the OS and programs in it. The second one can be used for the captured, edited, and media files. If the the OS drive is SSD, it is even more important to have a second single-controllered, non-USB drive to put in pagefile.sys (more so if you have 8GB or less of system memory). Of course, the more single-controllered drives the better; system throughput is increased and bottlenecks are avoided when accessing different files on the fly when doing NLE.
A lot of newbies (and a lot of experienced NLeditors) get caught up in the fastest processor, fastest and mostest GPU and shit but refuse to acknowledge or just plainly forget the essential requirement for two or more single-controllered hard drives for computers intended for audio and video NLE. They then wonder why their systems crawl, crash, or just plain give the finger despite it having the latest chipset and processor.
It'a a good thing for you that you've never had dropped frames when capturing on USB drives. As I've said, part of the problem lies in just how sophisticated the drivers are for that particular capture device. But it is hit-and-miss. A few years back the Pinnacle 500 box featured a FireWire-to-USB bridge at its core and with appropriate drivers then for WinXP smooth DV-AVI captures with a Firewire camcorder to a USB2.0 port on the capture PC was the order of the day. People who use this get lulled into thinking that USB is where it's at; with the plethora of USB devices out of china at the moment with poorly written crashy drivers, I'm not going to take that chance. This is why a USB hub may make it worse. In my experience it always does make it worse.
If you note the computer I am using through computer details on the left, this mobo has six native SATA ports, plus an additional on-board SATA controller Gigabyte has thrown in. The latter controller I have configured for RAID1 for boot; it's where OS and programs are in. The rest of the other SATA ports (native to the ICH10 Intel chipset of the mobo) is where I plugged all of the other SATA hard drives in.
Last edited by turk690; 16th Feb 2014 at 16:57.For the nth time, with the possible exception of certain Intel processors, I don't have/ever owned anything whose name starts with "i".
Wow, lots to digest there, thanks for the info. To clarify, my mobo is this one:
I'll try to read and understand what you said in your post when I have a few mins today...
jagabo, I didn't even think of removable bays, that's a great idea to cut down on the clutter!
Now that I have several of these external USB drives, perhaps I should just use those to store my finished projects?
I have two 3.5" open bays and two 5.25" open bays so that shouldn't be a problem. So I should get two SATA 6Gb/s drives (one for a backup) and I should be good to go from there?
Last edited by sdsumike619; 17th Feb 2014 at 12:14.
For the nth time, with the possible exception of certain Intel processors, I don't have/ever owned anything whose name starts with "i".
Ummm...isn't USB3 faster than SATA?
USB3 specs do say it's faster than any flavor of SATA. But many things conspire against it being used seriously for a hassle-free AV NLE workstation.
- USB is a multi-controller device. A lot depends on the how the USB controller implemented the specs for the h/w, the devices attached to the controller, how the OS interprets and interacts with demands from each of them, the quality and stability of the drivers installed in the OS, etc. The unpredictability that all this brings makes depending mostly on USB drives to put capture data in or as a device in a rendering chain hit-and-miss, more miss. SATA is a system where one controller lords over just one device: the attached SATA HDD, and the demands to interact with the OS are different in a good way for NLE compared with USB.
- There are lots of things needed to make a USB3 chain actually make data transfers even just 50% or even less of its rated spec: the correct controller, stable updated drivers and f/w, genuine USB3 device plugged in, robust shielded noise-free cables, enough current sourced by the USB outlet to be used by the device, etc. When one or more of these are missing, speeds fall, sometimes even way below USB2. Much has been talked about the subject matter of USB3 actually just being a pretty blue connector makeover with very little actual, if any improvement, over USB2. Just go over to anandtech or tomshardware to see the very interesting discussions.
- USB connected hard drives have more overhead that adds to the resource consumption and unpredictability. There are no direct USB HDDs as such; they are all SATA, and therefore have to be connected to a SATA-to-USB bridge inside their external cases. The quality and performance of these bridge circuits range very widely. It just makes more sense to connect a SATA hard drive directly to a SATA port, especially when your new mobo has probably ten of the latter.
Funny, every time something new comes along it gets poo-poo'ed by those already invested in the old stuff.
Another example is "PEX" plastic plumbing pipe. No soldering required! Plumbers everywhere claim they don't trust it. Yet somehow it has all the certifications, lasts practically forever, and cuts the install time in half.
Last edited by budwzr; 17th Feb 2014 at 19:40.
Either way, USB is not intended to replace SATA, or vice versa. One is for convenience, the other for more critical system performance. If USB is where it's completely at, new laughtops and mobos would have tended long ago to replace SATA with it. But current laughtops still have a SATA HDD as a primary boot drive, and native chipsets on newer mobos have ever more SATA ports.
I suppose, if you are not a fan of opening up your desktop to view the awesome SATA ports within and connect HDDs to it, or your beloved laughtop doesn't have an eSATA port, it's easy to hate something you don't have or are afraid to tinker of.
USB is a convenience for the masses and duly has its place in all things IT. If people adopt lemming behaviour and believe the ads about the awesomeness of USB3 but not have a clue and desire not to know more, it's up to them. But we're videohelp techies, no?, so we're (supposed) to be made of more critical stuff.
Yeah, my "laughtop" has an esata connector, but I gave up on it because some programs don't see it as a drive, for some reason.
I don't remember exactly, but I think esata needs you to map a drive letter to it every time you plug in and out, so that's a hassle, and defeats the portability upside.
And it doesn't sleep when the laughtop goes into sleep. So burns the battery overnight if I forget to plug off.
Last edited by budwzr; 17th Feb 2014 at 20:45.
I chose this case for three of my last four computer builds because it has an e-Sata connector on the top front and also a quick connect Sata connector on the top of the case. Most Coolermaster cases have a hole in the right side to access the CPU without having to remove the motherboard. They have multiple holes in the side to route cables from the bottom mounted power supply to form a clutter free case with the use of wire ties. The HDD connectors are on the right side also for even less clutter. This is a true tool less case with the only hardware needing a screw driver is the fan screws.
Cooler Master CM 690 II Advanced - Mid Tower Computer Case with USB 3.0 and Water Cooling Support
Throw in a power supply with cable connections on the PSU to remove un-needed cables for even less clutter and a Hyper 212 cooler (or water cooling which the case was made for) to keep the CPU running cool.
I can't say I've run any benchmarks, but a drive sitting in a USB3 dock is probably marginally slower than one connected directly to the MB via SATA. If I had to guess, the sort of difference I'd be referring to (as an example) is transferring a bunch of files via SATA drive might take 4 minutes, while for the drive in the USB3 dock it might take 4 minutes 15 seconds, but that's more an "impression" and nothing I've actually tested. However if the USB3 to SATA conversion does slow things down a tad, it's still way faster than USB2, which isn't even remotely close to the same speed.
There are issues which can slow USB3 down. When I first installed the USB3 card in my PC it would drop out a bit and often run at USB2 speed. I'd know when that was happening though because Windows would pop up with a "this device can run faster" message when I connected a USB3 device. Eventually I discovered it only happened when overclocking was enabled, and from there I discovered a manual tweak of the PCIe frequency in the BIOS fixed it. Since then it's been running fine.
These days, you can buy PC cases with drive docks built into the top. Naturally they're connected via SATA.
That's on my "must have" list for my next build. Preferably a case with a dual drive dock.
SATA, on the other hand, maybe a bit slower or a bit faster than USB, is a single-device, single-controller system. One controller commands one hard drive, and only that hard drive. SATA controllers have more autonomy and interact with windoze, and your NLE program, in a different way compared with USB. There is a reason why boot drives are nearly always SATA. If USB3 were good enuff I dare anyone to make his critical NLE PC have an external USB3-connected hard drive as primary boot device.
USB is very ubiquitous. It's everywhere, and it's tempting to assume it can be used for, and actively in the middle of, mission-critical events (such as NLE). USB3 manufacturers would like you and me to think that way. But knowing more, and comparing SATA and USB, and finding out what actual pros use in their NLE chain will say much the same as I have above.
Mind you the majority of SATA controllers don't, and when they do it can be hit and miss. To the extent it can make USB seem ultra reliable.
I've got a dual drive dock which is eSATA. I've pretty much given up using it with more than one drive. In fact I think currently it's connected to a controller which doesn't support port multiplying because then I can at least use one drive in it reliably. Connected to the controller which supports port multiplying, how well it works seems to depend on the combination of drives in it. That same dock is also USB2. I don't use it that way much as it's too slow, but stick a pair of drives in it, connect it to a USB port and it'll work reliably all day long.
And of course SATA/eSATA cables are way too fiddly and limiting compared to USB.
Would this drive be a good option for my board?
If my board supports SATA 6Gb/s, does that mean that I should get that speed, or is SATA 3Gb/s suffcient? My board also says it supports SATA RAID, but I have no experience whatsoever with RAID. I remember reading an article by another videographer that said he just uses some simple program that will duplicate the data on the second drive automatically so he didn't need to worry about RAID...
Ok, so that naturally leads to the question, if 1Gb/s is the best I'll get, why do 3 and 6Gb/s even exist? Marketing?
This is similar to USB3: so much potential raw specified data transfer speed, not so many devices around that actually use even a fraction of it. IMHO, the best part of USB3 is not the increase in transfer speeds, but an increase in the amount of current that is allowed to be supplied to attached devices.
Last edited by jagabo; 8th Mar 2014 at 23:04.
Last question.. Is hot swappable a feature that's worthwhile? Any downside to it?
I got the two hot swap drive racks, installed the drives, both drives are recognized in the bios and listed in the windows device manager, however, they're not listed in the hard disk drives section. Any idea why this would be?
Pull! Bang! Darn!
Yes, they need to be partitioned before they show up in Explorer, and formatted before you can use them.
This thread got me interested in transfer speeds and since I had a couple files to back up I decided to do some timed tests. All drives are recent AFD drives less than 80% full and 0% fragmented according to DeFraggler.
Source drive: Seagate Barracuda 3 TB (7,200 rpm)
Files: 2 files, 21 GB total
Seagate 4 TB (5,900 rpm)
Seagate 3 TB (7,200)
Seagate 2 TB (7,200)
Seagate 2 TB (5,900) "Green"
Samsung 2 TB (5,400)
Transfer Mode/Destination Minutes/Seconds
SATA -> 3 TB (7,200) 2:55
eSATA -> 2TB (5,400) Samsung 2:50
USB3 -> 4 TB (5,900) 3:36
USB3 -> 2 TB (7,200) 3:20
USB3 -> 2 TB (5,900) Green 4:43
USB2 -> 2 TB (5,900) Green 11:56
USB2 -> 2 TB (5,400) Samsung 11:25Pull! Bang! Darn!
Thank you, I was able to initiate them, and format them, now they show up.
Next problem is the hot swap part. I enabled hot swappable in my motherboard BIOS for those two sata drives. However, Windows doesn't seem to want to notice them when I slide them into the rack. Is there something else I have to do other than enable hot swap in the bios? Do the drives themselves have to be hot swappable compatible?