Overview

A chiplet is a modular, specialized integrated circuit die that is left unpackaged and designed for use as part of a larger multi-die or system-on-chip (SoC) architecture. Using advanced packaging, chiplets can be combined to create homogeneous, high-performance systems tailored to specific workloads or heterogeneous solutions of chiplets optimized for the most appropriate implementation node. This modular approach improves design flexibility, accelerates time—to-market and mitigates cost and yield limitations as traditional transistor scaling slows.
Arteris provides standards-based, automated and silicon-proven interconnect and integration IP that enables seamless connectivity across IP cores, chiplets and complete SoCs.

Benefits of chiplets

Key advantages

  • Modular design flexibility to optimize power, performance and cost.
  • Reuse of proven chiplets across products to reduce time to market.
  • Improved manufacturing yield and reduced die cost.
  • High bandwidth and low latency enabled through advanced packaging and robust interconnect architectures.

The expanded Arteris multi-die solution includes technologies built for scalable integration, faster time-to-silicon and high performance computing across automotive, artificial intelligence (AI), and mission‑critical designs.

Monolithic die challenges vs. chiplet advantages

Traditional monolithic SoCs face increasing challenges related to scaling limits, manufacturing cost, and yield. Chiplets overcome these limitations by enabling flexible partitioning, mixing process technologies and modular reuse of proven components.

Monolithic Die Challenges vs Chiplet Advantages

Construction and use cases

Packaging approaches

  • 2.5D chiplets: enabled by silicon, glass or organic interposers for high-density routing.
  • 3D chiplets: vertically stacked dies used in high-bandwidth memory (HBM) systems.

Industry adoption

Chiplets are widely adopted in data centers, high‑performance computing (HPC) and AI, where bandwidth, scalability, and modularity are essential.

Reliability considerations

Chiplets support reliability and safety requirements by enabling reuse of validated dies. However, multi-die package reliability remains an active area of research and industry development.
multi-die designs solution

Arteris and chiplets

Arteris delivers advanced interconnect and integration solutions optimized for chiplet‑based architectures, enabling scalable performance, efficient data movement and easier system assembly.

Capabilities

  • Full support for UCIe, Arm AMBA protocols and PCIe-based connectivity.
  • Integration with leading foundries, EDA vendors and IP partners.
  • Participation in chiplet standardization initiatives to shape future heterogeneous integration.
  • Comprehensive documentation, customer support and continuous innovation to maintain long-term product reliability.

In summary

Arteris continues to advance multi-die architectures, AI-centric SoCs and next‑generation interconnect solutions, supporting the semiconductor industry’s transition toward modular, chiplet-driven design.

Learn more and explore Arteris solutions

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Solution Brief
Accelerate AI-Driven Silicon Innovation with Arteris Multi-Die Solution
The Arteris Multi-Die Solution delivers flexible design scalability for chiplet-based systems, optimal PPA, highest quality-of-results (QoR), functional safety and broad standards support to achieve the fastest time to silicon.

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