No? Why would they need to be in different machines? You can stream from one GPU to another, whether they're in the same machine or not. One GPU may be a cheap little one built into your motherboard. You probably already have it anyway!
And even if you did need two machines... again that's how gaming streaming services work. Cheap end-user machines or iPad or just TV, and then a gaming system streaming video output somewhere else.
>No? Why would they need to be in different machines? You can stream from one GPU to another, whether they're in the same machine or not. One GPU may be a cheap little one built into your motherboard. You probably already have it anyway!
Thats not really called "streaming". So given that somewhere in this thread there was a youtube link on how to do that, which required testmode in Windows - it's still not practical.
Then you need to use the word "streaming" correctly. Video streaming is not copying data to a different frame buffer. Nvidia with their Optimus technology doesn't call this "streaming". You used the same term for both.
None of these links are related the conversation here. First one is even empty. Neither for "video streaming", nor for frame-buffer (Optimus) stuff.
Make up your mind. If I counter your "video streaming" argument, you can't come with "but I meant streaming on the same device" without even mentioning either a technology, or the most important thing there (the frame buffer). Now you want streaming to mean something that is used in game engines. How those 3 links help in making the mining card usable is for you to proof.
No? Why would they need to be in different machines? You can stream from one GPU to another, whether they're in the same machine or not. One GPU may be a cheap little one built into your motherboard. You probably already have it anyway!
And even if you did need two machines... again that's how gaming streaming services work. Cheap end-user machines or iPad or just TV, and then a gaming system streaming video output somewhere else.