Interesting twist—swapping GPU for PCIe CPU expansion.
Interesting twist—swapping GPU for PCIe CPU expansion.
This idea involves using a device with extra memory and a weaker processor that behaves like a graphics card. It would let your 12400 stay fast, possibly even reaching top clock speeds, and move some advanced background tasks—like online security—onto separate cores. These cores could have more RAM or cache, handling non-gaming work such as launching Windows from "get started" instead of using the gaming core. It’s not a product question but whether this fits within practical engineering limits. GPUs are already handling more complex computing, especially with emerging fields like crypto and AI that need many cores. However, GPUs are still tuned for graphics, not general-purpose computation, so adding more computational cores without specialized ray-tracing would be beneficial for speed rather than realism.
Other options include multisocket motherboards, blade servers, and custom expandable compute boards, such as Raspberry Pi units. Blade servers are unique unless you set them up in a cluster. You might also build a compute cluster depending on the software requirements and task distribution.
These items do exist mainly for certain tasks or high-performance systems. Some Xeon Phi compute cards are essentially a CPU built into a PCIe card, using GDDR instead of standard DDR memory. I don’t know their exact purpose yet. You might find information on eBay if you’re curious, but they’re clearly inexpensive since consumer workloads can’t utilize them.