Oh well, thankfully we still have acess to USB3.0 and eSATA adapters which are a lot more common, nowadays...
Well, They are a lot more common than Thunderbolt, DUH! Thunderbolt was just announced yesterday!
Oh well, thankfully we still have acess to USB3.0 and eSATA adapters which are a lot more common, nowadays...
It requires a lot of onboard hardware to implement beyond data only. You may be able to pull it off using Lucid's Virtu hardware to hot swap between an onoard IGP and GPU regardless of brand, drivers, or changing display connectors.I am going to have to wait and see. The times have always proven to me that there's never really a limit in technology, just a lack of interest or desire or market need from the parties involved if you know what I mean. Since TB is using the PCIe x4 lane, and we already have plenty of bandwidth options as fast or faster than 10GBps in ethernet, FOE, and Fibre channel, there may not be much of a limitation on creating a TB card . . . . even if it only got us half of the proposed bandwidth.
It is actually MegaBYTES per second they were measuring and not MegaBITS.
Does any one else wonder how well the current disks inside a Macbook pro even with them being SSD could saturate this port?
Surely it can't copy files from one macbook to another (even if both equipped with SSDS) at anywhere near 700 MBPS?
Anyone has any ideas about the voltage of Thunderbolt? The only information I can find is that it can power devices up to 10W. I would assume 5V to make it easier to build USB adapters but I might as well be wrong.
Or is the voltage really unregulated? This would require each Thunderbolt device to have its own voltage regulator...
Wow again hopefully all the complainers about the battery can at least stop complaining for a minute and breath.
I'd like to see Drobo take advantage of this Thunderbolt technology.
Took the effort to set up laptop, array, display - in a company lobby or Ruby Tuesdays? Either was just as noisy.![]()
Wow again hopefully all the complainers about the battery can at least stop complaining for a minute and breath.
It requires a lot of onboard hardware to implement beyond data only. You may be able to pull it off using Lucid's Virtu hardware to hot swap between an onoard IGP and GPU regardless of brand, drivers, or changing display connectors.
Once more that is more hardware logic to throw into the mix.
I'd like to see Drobo take advantage of this Thunderbolt technology.
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can we connect two different computers with thuderbolt?
From reading the technical documents it does appear that it's not practical or possible to make thunderbolt a retrofit for existing machines.
This explains it pretty well I think:
http://www.macworld.com/article/158145/2011/02/thunderbolt_what_you_need_to_know.html
I've needed this standard for years because I work with music with lots of track and sometimes HD video with it.
That being said, now you people without TB know how I felt with my G5 tower after the "We're switching to Intel" announcement.
It's not the end of the world but eventually you'll see this was the wise thing to do.
I am going to have to wait and see. The times have always proven to me that there's never really a limit in technology, just a lack of interest or desire or market need from the parties involved if you know what I mean. Since TB is using the PCIe x4 lane, and we already have plenty of bandwidth options as fast or faster than 10GBps in ethernet, FOE, and Fibre channel, there may not be much of a limitation on creating a TB card . . . . even if it only got us half of the proposed bandwidth.
True, but FCP is pulling from the source files on the Promise to create the composite image, and that image can be played back in full uncompressed 1080p. The engadget guy might not be smart enough to set the app for those settings, but it is stellar speed.
Not to mention, that it's pulling the four streams from the Promise, encoding in realtime on the MBP, spitting it back out on the canvas for FCP and the 27" ACD without any dropped frames.
TB is a nice step up from FW800 and in lots of ways eSATA since the bottleneck in many HD edit rigs was the I/O.
There is such a thing as a G-Technology TB drive? Link please
On the side, the sucky part about TB for current workstation owners is that they've spent $5000 for a decently equipped Mac Pro and are going to feel that lack of TB hurt down the line. Any company with the budget and the mind power WILL make a TB PCIe card for them, and most likely will charge whatever outrageous price they can.
If I were in that camp, and spend the paltry $5000 for a Mac Pro, I would definitely put another $800 or more in for a 2-6 port TB PCIe card.
16 lane slot (each direction):
v1.x: 4 GB/s (32 Gb/s)
v2.x: 8 GB/s (64 Gb/s)
v3.0: 16 GB/s (128 Gb/s)
I am curious when the Pegasus R6 (or R4) are going to be available - I don't see them anywhere except described on the Promise.com website. That is the RAID he is using in the video. I'd also be interested in knowing if it was RAID 5, 0, 1 etc.
( http://www.promise.com/storage/raid_series.aspx?region=en-US&m=574&rsn1=40&rsn3=47 )
When the Mac Pro's arrive with TB, I expect those will sell quickly - and maybe even for the MBPs.
time machine backup's are mostly limited due to two facts.
One: hardrive have a maximum sequential read/write cap (wouldn't be much more in the than 80 MB/s in the 5400 rpm 750 GB HDD).
Two: backing up is most of the time NOT SEQUENTIAL, so in real life you'll average at around 5-15 MB/s.
The time capsule itself even seems to cap at only 15 MB/s (read/write, not throughput/network connectivity).
TB/LP = 10Gb/s raw throughput ~ 900MB/s usable throughput
USB 3.0 = 5 Gb/s raw throughput ~ 150-200 MB/s usable throughput
GBase ethernet = 1 Gb/s raw throughput ~ 90-110 MB/s usable
Firewire 800 = 800 Mb/s raw throughput ~ 80-100 MB/s usable
Backing up will not go any faster using TB in comparison to quite a lot of more frequently used connections.
The power of TB is the extendability of your computer with PCI periferals, without the common high latencies, the scalability, the usage of external storage as a internal. Except for the multiple display you can now easily connect to your mac/pc using just one port I don't expect to see soon any consumer products that'll use TB as a necessity.
A PCIe x4 slot has a 32Gb/s bandwidth. Well, when boards with v3.0 come out anyway.A standard PCIe card can't support Thunderbolt, because of slowness bandwidth (v3.0: 1 GB/s (8 Gb/s). Wikipedia: http://en.wikipedia.org/wiki/PCI_Express
But a 16 lane slot actually can: