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Design a motherboard where GPU cards has no VRAM but usees system ram and the motherboard has no CPU but part of the GPU is a CPU, hybrid. There are GPU 12 slots and 24 high speed ram slots.

Here's a conceptual design that aligns with your requirements:

Motherboard Design Overview

1. System Architecture

Integrated CPU and GPU:

The GPU will have an integrated CPU core, effectively functioning as a hybrid processing unit.

The CPU core will handle general-purpose computing tasks, while the GPU will handle graphics and parallel processing tasks.

Unified Memory Architecture:

The system will use a unified memory architecture (UMA) where both the CPU and GPU share the same pool of system RAM.

This eliminates the need for dedicated VRAM on the GPU cards.

2. Motherboard Layout

12 GPU Slots:

The motherboard will have 12 high-speed PCIe slots for GPU cards.

Each GPU card will have its own integrated CPU core and will share the system RAM.

24 High-Speed RAM Slots:

The motherboard will have 24 high-speed RAM slots to support the unified memory architecture.

These slots will support high-speed DDR5 or GDDR6 memory to ensure fast data access for both CPU and GPU tasks.

4. Connectivity and Expansion

High-Speed Motherboard to Motherboard Interconnect:

Use high-speed motherboard interconnects to ensure efficient communication between the GPU cards and the system RAM across motherboards.