Instantiate Reconfiguration as a Component

A mini-FPGA module contains LUTs, registers, routing MUXes, configuration state, and application-facing ports. The surrounding Verilog can create many instances and feed each one a custom configuration.

Those regions behave like dynamically selectable components inside the larger circuit. They can host local control, dataflow, state machines, or specialized functions while preserving direct hardware relationships.

Choose Structure Before Software

Stacks, instruction pointers, and register files bring familiar software semantics, yet they also serialize work. A reconfigurable region can express the same changing behavior through parallel logic and local state.

Start with conventional FPGA architecture, inspect the Cartilage Core, and build a mini-fabric whose configuration matches the application instead of forcing the application through another CPU.

Locate the Mini-FPGA Inside the Fabric

The FPGA architecture chapter identifies LUTs, flip-flops, and routes; Cartilage Core carries those resources into a nested reconfigurable system.

start with the conventional FPGA architecture chapter · Cartilage Core · public source repository