Quote:
Originally Posted by Zandros 
"Thunderbolt technology is based on a switched fabric architecture with full-duplex links. Unlike bus-based I/O architectures, each Thunderbolt port on a computer is capable of providing the full bandwidth of the link in both directions with no sharing of band- width between ports or between upstream and downstream directions. The Thunderbolt protocol architecture can be abstracted into four layers as shown in Figure 2." (http://www.intel.com/technology/io/t...US_secured.pdf)
I wonder if it supports closed loops like 1394b. It is certainly useful if you need to remove nodes on the chain.
In any case I assume that this is basically external PCI-e.
That's true. I believe AMDs technical brief for the 6000-series suggested that there would be DisplayPort "splitters" as a stopgap measure. I have not bothered to look for any though. Anyway, the 10 Gbit bandwidth for DisplayPort provided by Thunderbolt is still less than the 17.3 Gbit provided by DisplayPort 1.2, which is unfortunate since it is not enough for two 2560x1600/1440@60 Hz displays.

"Thunderbolt technology is based on a switched fabric architecture with full-duplex links. Unlike bus-based I/O architectures, each Thunderbolt port on a computer is capable of providing the full bandwidth of the link in both directions with no sharing of band- width between ports or between upstream and downstream directions. The Thunderbolt protocol architecture can be abstracted into four layers as shown in Figure 2." (http://www.intel.com/technology/io/t...US_secured.pdf)
I wonder if it supports closed loops like 1394b. It is certainly useful if you need to remove nodes on the chain.
In any case I assume that this is basically external PCI-e.
That's true. I believe AMDs technical brief for the 6000-series suggested that there would be DisplayPort "splitters" as a stopgap measure. I have not bothered to look for any though. Anyway, the 10 Gbit bandwidth for DisplayPort provided by Thunderbolt is still less than the 17.3 Gbit provided by DisplayPort 1.2, which is unfortunate since it is not enough for two 2560x1600/1440@60 Hz displays.
Somewhere, in my reading I saw reference to a "4 by" TB (4 parallel TB connections), as an intermediate step.
Also, as defined, the Lightpeak spec supports 100 Gbit over optic.
So, there appears to be room for growth to accommodate multiple displays.
"So at the end of the presentation, Steve came up to me and said: Is the iPhone worth criticizing? And I said: Make the screen five inches by eight inches, and you’ll rule the world."
– Alan Kay –
– Alan Kay –
"So at the end of the presentation, Steve came up to me and said: Is the iPhone worth criticizing? And I said: Make the screen five inches by eight inches, and you’ll rule the world."
– Alan Kay –
– Alan Kay –










