Ok, honest question here: I have been thinking about the advantage of greater connectivity options as a result of TB 3. +1
I have also been thinking about the claim that the lower bandwidth on the right side of the MBP is a non-issue because even the fastest available hard drives cannot reach the bandwidth provided by the lower bandwidth ports (10GB/s). +1
It is apparent that while a couple of Windows ultrabooks are copying the MacBook by using a single USB-C port, what is driving a large part of TB3 adoption on Windows machines is its ability to connect an eGPU.
It is also clear that Windows machines will likely retain a mixture of USB and TB ports in the near future.
I was really hoping for a compact factor that utilized an eGPU, but Apple didn't even acknowledge this use of TB.
Moreover, it seems USB 3.1 could handle most if not all of the bandwidth requirements required by most people. Do TB 3 hard drives exceed the bandwidth of USB 3.1?
So my question is what benefit Apple users really derive from Apple's decision here?
I am not talking about whether we think Apple had to do this to force USB-C adoption for the sake of posterity. And I am not talking about small issues like how cool it is to charge from any port when an extension cable can handle those duties. I am thinking about the larger picture.
What about eGPUs? Isn't that something which adds convenience, power, and flexibility? Is this design really the future or is it that half-step to the modular computer which will be forgotten by most and missed by none?
I realize an eGPU would use the full bandwidth allotted to both left ports, but is the result we have better than what is being produced by the likes of Dell (XPS) or Razer (Core) which are using TB differently?
Why are you so hardcore about an eGPU? What real use do you have for one over the GPU already built into the MBP?