So when it goes true optical whats up?
When it does, it won't be T-Bolt 1.0 and probably none of your systems or peripherals will work with it.
It's the new era of buss speed... get over it.
The new era? It's currently half the speed of current PCIe per lane, and when Ivy Bridge ships it will be a quarter of the speed per lane.
the initial speeds are enough and the latency isn't as bad as a PCIE expansion chassis so...
In other words, T-Bolt sucks but it only sucks a little - not a lot.

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Please go back and reread the post that I replied to
Originally Posted by Mac2012
Your totally wrong dude about the TB bandwidth. It's equally as powerful and fast as PCIE!!!!
It's nowhere close to as fast as internal PCIe today, and in a few months will fall behind by another order of magnitude.
It is fast enough to be useful, of course.
I would love to have 4 T-Bolt ports on my mini-tower - and to have some 4-bay or 8-bay RAID chassis on it, with a real prosumer RAID controllers inside like the 3ware
SAS9260CV-8i with 512 MiB non-volatile read/write cache with support for RAID Levels 0, 1, 5, 6, 10, 50 and 60. (Yes I know the 9260 would be starved for bandwidth on T-Bolt - but I'm looking for TB, not MB/sec.)
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True optical next year won't mean much for speeds yet according to Intel.
The rumoured optical for T-Bolt 1.0 is not "true optical". The cable has a copper mDP connector on each end, with an active copper<->optical transducer in each end, with fiber in the middle.
Since the optical is connecting to the same mDP ports (unless rumours of a new connector are true - in which case it won't work on Apples), it obviously won't be faster. It may even add a bit of additional latency, since there has to be an optical<->electrical conversion in both plugs. In addition, if you use optical to get longer cable lengths you'll definitely be cranking up the latency (a 10m fiber will add about 30 nsec latency - see
Grace Hopper nanosecond).