But it's too expensive. And as far as I know, the GPU virtualization breaks the barrier of the number of GPU cards inserted on the board. That is, if the library allows, we can dispatch the workload to as many as GPUs…
Amazing, Raspberry Pi has been applied for many areas, however, it has computation limitation. Now, it looks like GPU Virtualization has broken the barrier, and make a big move to the new world of Raspberry Pi.
But it's too expensive. And as far as I know, the GPU virtualization breaks the barrier of the number of GPU cards inserted on the board. That is, if the library allows, we can dispatch the workload to as many as GPUs…
Amazing, Raspberry Pi has been applied for many areas, however, it has computation limitation. Now, it looks like GPU Virtualization has broken the barrier, and make a big move to the new world of Raspberry Pi.