The Chiplet Revolution

Transforming the semiconductor landscape and creating unprecedented opportunities for microchip users

The semiconductor industry is standing at the edge of a profound transformation, thanks to the advent of a game-changing technology: chiplets.

Throughout its history, the semiconductor industry has pursued relentless integration and miniaturization. However, the escalating costs and complexities associated with cutting-edge Integrated Circuits (ICs) on advanced semiconductor technology have led to a revolutionary alternative approach: chiplets.

Most contemporary chips are designed as a monolithic SoC (System-on-Chip), integrating all essential functions—such as the processor cores, domain-specific hardware accelerator, memory, and interfaces — into a monolithic die, ie everything is built into an integrated circuit on a single piece of semiconductor.

Chiplets are a game-changer. They consist of a self-contained semiconductor die that, when combined with other dies through advanced packaging techniques, forms a complex integrated circuit similar to a monolithic integrated circuit. This modular approach enhances scalability, cost-efficiency, and performance. It also enables the integration of diverse functions, such as general-purpose processing, domain-specific processing, and memory into a single system, overcoming some limitations of traditional monolithic designs.

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