Is it possible? Both my mac mini and MBP have thunderbolt on them. They don't have to be running at once but was wondering if it was possible to connect them at once and somehow switch between them?
Is it possible? Both my mac mini and MBP have thunderbolt on them. They don't have to be running at once but was wondering if it was possible to connect them at once and somehow switch between them?
It should do passive switching similar to unplugging the cable and plugging it into the other machine, so it doesn't care what signals you transmit over the wire.That is made for the Apple Cinema Displays.
It should do passive switching similar to unplugging the cable and plugging it into the other machine, so it doesn't care what signals you transmit over the wire.
The Thunderbolt plug is the same as the DisplayPort's. As long as you use a short Thunderbolt cable (as opposed to a Mini Displayport cable) to connect the switch box to the TBD, it should work fine.
I believe the MDP cable and the USB cable on the back of the Kanex are hard wired, you can't unplug them and plug a TB cable.
The Kanex website says 3 times on the FAQ page that it will not work with TBD, and again on the specs page.
http://www.kanexlive.com/snapx
It's a good idea but I don't think it would work. It would be great if it did, more convenient than the method I'm using.
The cable that connects to the TBD is detachable, and it was the idea to place the active Thunderbolt cable there. Whether you can arbitrary prolong the part after the chip in the cable is another question and at least worth a try.
Is it possible on any monitor? Or not possible at all
TB requires end to end signaling by active cable endpoints, and it's completely different from DisplayPort. You cannot arbitrarily insert "stuff" in the middle of the connection.
Save your time and money, this won't work.
If Intel was smart, it should be transparent to the hardware. In that case, you should be able to connect two cables crossed-over, and technically build a Thunderbolt switch by merely adding sockets and cabling to a device like the Kanex. No, Intel won't license a device like this, but that hasn't ever stopped Chinese people from manufacturing and selling their devices.Featuring sophisticated signal conditioning capability, Gennum's in-connector Thunderbolt™ transceiver technology delivers reliable data transfer at cutting-edge speeds over low cost, thin-gauge copper cables.
The GN2033 is a tiny, low power transceiver chip designed to be placed inside the connectors at either end of a Thunderbolt™ cable, enabling dual bidirectional 10Gb/s concurrent links over narrow-gauge copper wires. Unlike ordinary passive cables that can be used at lower data rates, the unprecedented speed of the new Thunderbolt™ technology places unique demands on the physical transmission media. The GN2033 provides the sophisticated signal boosting and detection functions required to transfer high-speed data without errors across inexpensive Thunderbolt™ copper cables