QuickLogic Taps Intel 18A for Adaptive Chiplet Future

SAN JOSE, CA – February 11, 2026 – As the semiconductor industry converges on Santa Clara for the premier Chiplet Summit 2026, QuickLogic Corporation has signaled a significant move in the race for next-generation computing. The company announced it will detail an eFPGA chiplet built on Intel's most advanced 18A process node, a development that promises to inject unprecedented adaptability into the heart of future high-performance systems. The presentation, set for the industry's top conference on heterogeneous integration, highlights a critical trend: the shift away from rigid, monolithic chips toward a more flexible, modular future built from specialized 'chiplets.'

QuickLogic, a developer of embedded FPGA (eFPGA) IP and chiplet solutions, will exhibit its technology and deliver a technical session titled, "Enabling Flexible Heterogeneous Integration with an eFPGA Chiplet on Intel® 18A." This session places the company at the intersection of two of the most important movements in modern electronics: the rise of the chiplet ecosystem and the relentless push to the frontiers of silicon manufacturing.

The Chiplet Revolution Takes Center Stage

The Chiplet Summit has become a focal point for an industry undergoing a radical transformation. For decades, progress was defined by Moore's Law, the steady doubling of transistors on a single piece of silicon. But as manufacturing costs at advanced nodes spiral and physical limits loom, the industry is embracing a new paradigm: heterogeneous integration. Instead of a single, massive, and expensive chip, systems are now being constructed from smaller, interconnected chiplets, each optimized for a specific function—like a CPU, a GPU, or an AI accelerator—and combined in a single package.

This modular approach is not just a workaround for manufacturing challenges; it is a strategic necessity. The global chiplet market, valued at over $7 billion in 2024, is projected by industry analysts to surge to well over $200 billion within the next decade. This explosive growth is fueled by insatiable demand from high-performance computing (HPC), artificial intelligence, 5G/6G communications, and the increasingly complex electronics powering the automotive industry. The summit's agenda reflects this reality, with sessions dedicated to an open chiplet economy, advanced 2.5D/3D packaging, and the die-to-die interconnect standards like UCIe (Universal Chiplet Interconnect Express) that make this new world possible.

QuickLogic's Gambit: Flexibility on the Cutting Edge

Within this dynamic landscape, QuickLogic's announcement is particularly noteworthy. The company’s technical presentation, to be delivered by Applications Engineer Trey Peterson, will explore how its eFPGA technology provides post-silicon adaptability. Unlike a traditional Application-Specific Integrated Circuit (ASIC), whose function is permanently etched into the silicon, an FPGA (Field-Programmable Gate Array) can be reconfigured after manufacturing. An eFPGA embeds this reconfigurable fabric directly into a larger system-on-chip or, in this case, a chiplet.

This capability is a game-changer. It allows hardware designers to update or fix logic, adapt to new communication standards, or implement new AI algorithms without a costly and time-consuming redesign and re-fabrication of the chip. By creating an eFPGA chiplet, QuickLogic is offering this powerful flexibility as a modular component that can be integrated into a larger, heterogeneous system. This extends the functional life of a product and dramatically reduces development risk, especially when working with cutting-edge manufacturing processes where the cost of a single design flaw can be astronomical.

Inside Intel's 18A: The Future of Silicon Manufacturing

The platform for QuickLogic's innovation is just as significant as the technology itself. Intel's 18A process, equivalent to a 1.8-nanometer class node, represents the bleeding edge of semiconductor manufacturing and is a cornerstone of the company's strategy to become a major foundry for external customers through Intel Foundry Services (IFS).

Intel 18A is built upon two revolutionary technologies. The first is RibbonFET, Intel’s implementation of gate-all-around (GAA) transistors, which offers more precise control over current flow, enabling higher performance and better power efficiency than the preceding FinFET architecture. The second is PowerVia, a groundbreaking backside power delivery network that routes power lines to the back of the wafer. This frees up the front side for more efficient signal routing, leading to increased transistor density and improved performance. Intel projects that 18A will deliver up to 15% better performance-per-watt compared to its previous generation, making it a highly sought-after platform for next-generation CPUs, AI accelerators, and data center hardware.

By developing an eFPGA chiplet for the 18A process, QuickLogic is demonstrating that its flexible technology can be integrated at the highest echelons of performance and density. This move validates the viability of eFPGA IP for the most demanding applications and positions QuickLogic as a key enabler for companies looking to build complex systems on Intel's advanced foundry node.

Navigating a New Semiconductor Ecosystem

While the chiplet market is currently led by integrated device manufacturers like Intel, AMD, and Apple, who are leveraging the technology for their own flagship products, a thriving ecosystem of specialized IP and chiplet providers is rapidly emerging. QuickLogic is strategically positioning itself as a vital player in this new supply chain, offering the critical ingredient of reconfigurability.

To address the industry-wide challenge of interoperability—ensuring chiplets from different vendors can communicate seamlessly—the company has also pursued key partnerships. Its collaboration with YorChip, for instance, aims to develop FPGA chiplets that support multiple interconnect standards, including the industry-backed UCIe and Bunch of Wires (BOW). This focus on open standards is essential for fostering a truly open chiplet economy where designers can mix and match best-in-class components from various suppliers.

QuickLogic’s demonstration on the Intel 18A platform is therefore not merely a technical presentation; it is a clear indicator of the industry's trajectory toward modular, adaptable, and highly integrated systems. As designers seek to balance performance, cost, and time-to-market, the fusion of cutting-edge foundry processes with reconfigurable chiplet technology represents a powerful new paradigm for innovation across the entire electronics landscape.