The Cortex®‑A76 core is delivered as a synthesizable Register Transfer Level (RTL) description in Verilog HDL. Before you can use the Cortex‑A76 core, you must implement it, integrate it, and program it.
A different party can perform each of the following tasks. Each task can include implementation and integration choices that affect the behavior and features of the core.
- The implementer configures and synthesizes the RTL to produce a hard macrocell. This task includes integrating RAMs into the design.
- The integrator connects the macrocell into a SoC. This task includes connecting it to a memory system and peripherals.
- In the final task, the system programmer develops the software to configure and initialize the core and tests the application software.
The operation of the final device depends on the following:
- Build configuration
- The implementer chooses the options that affect how the RTL source files are pre-processed. These options usually include or exclude logic that affects one or more of the area, maximum frequency, and features of the resulting macrocell.
- Configuration inputs
- The integrator configures some features of the core by tying inputs to specific values. These configuration settings affect the start-up behavior before any software configuration is made. They can also limit the options available to the software.
- Software configuration
- The programmer configures the core by programming particular values into registers. The configuration choices affect the behavior of the core.