Liquid cooling system Eheim 1104 pump x 1MC-RAD 360 radiator x 1 silentwing 120mm fan x 3
SATA Express is crying in a cornerStill, this is an example of if you build it, they will come.
This is an interesting point from Anandtech:Hmm apparently I spoke too soon: https://smallformfactor.net/forum/threads/usb-c-portable-monitors.1289/#post-47260
MSI is already launching a GPU with USB-C. Also still DVI which makes it a little ironic.
However in the longer term, I suspect this may be the first move in a larger (and very long) transition to USB-C for all display connectivity. Part of the purpose for the USB-C standard – and why groups like the VESA embrace it – is that everyone wants to solve the increasingly difficult external bandwidth problem once, and then share the technology (and a common port) rather than each group implementing their own solution. The DisplayPort and its associated cabling are coming up on a decade old and have been through 3 revisions, with the latest standard supporting ~30Gbps of cable bandwidth. Meanwhile the USB-C port and cabling system is intended to support 80Gb/sec (or more) of cable bandwidth. So while nothing has been officially announced at this time, USB-C on video cards may not just be a DisplayPort alternative, but may end up being the future of display connectivity itself.
Probably DP or another alternate mode. USB as a protocol is not really suitable for real-time video (see: DisplayLink, the video-over-USB standard everyone hates).The question then becomes is this going to be displays running natively over USB or a version of DP over USB-C alt mode that actually uses that much bandwidth. Either seems likely to me.
Thunderbolt transports PCIe lanes over USB Type C. Previous versions of Thunderbolt us4ed the mini-DP connector for this so could be though of as an 'alternate mode' for that port (as TB1/TB2 ports generally also supported DP output, sometimes being able to split bandwidth between the two standards). Devices that support Thunderbolt 3 almost always also support DP Alternate Mode over Type C. In theory you could make a device that supported TB3 over Type C but not DP over Type C, but today there is little reason not to support both, as the expensive Thunderbolt controllers also support DP.New Please excuse my ignorance: Isn't this what TB3 does?
Thunderbolt is mainly used to connect high speed peripherals. It runs displays by multiplexing a Displayport (v1.2) signal into the datastream, so the only thing it allows the displays to do that DP alone can't is run a crapton of I/O ports (though a lower resolution/refresh rate DP monitor could potentially also have a USB 3.1 link on the spare lanes running to a hub in the display) and chain to another TB3 device, and, in fact, since TB3 only supports DP v1.2 at the moment, a pure DP connection is going to have more display bandwidth.Please excuse my ignorance: Isn't this what TB3 does?
Well there's always the slim chance the USB-IF might eventually come up with a protocol for displays that doesn't suck. I don't think HDMI over USB-C has much of any potential.Probably DP or another alternate mode. USB as a protocol is not really suitable for real-time video (see: DisplayLink, the video-over-USB standard everyone hates).