Imec's IC-Link Becomes First Mixed-Partner EDA Provider in TSMC Cloud Alliance

IC-Link by imec has secured a position no other managed-cloud service currently holds inside TSMC's Open Innovation Platform Cloud Alliance: the ability to support a mixed-partner electronic design automation flow for silicon development.

The two organizations disclosed the arrangement on September 23, 2026, adding a cloud infrastructure dimension to a relationship between imec and TSMC that stretches back nearly two decades.

A Long-Standing Partnership Gains a New Layer

IC-Link's entry into the OIP Cloud Alliance did not emerge from a standing start. The company has been embedded in TSMC's partner ecosystem since at least 2007, when it joined the Design Center Alliance. Membership in the Value Chain Alliance followed in 2009. Most recently, IC-Link participated in the TSMC Open Innovation Platform 3DFabric Alliance, which concentrates on advanced packaging approaches, including 2.5D and 3D integration.

The OIP Cloud Alliance membership announced this month represents the latest tier added to that accumulation of formal agreements, extending IC-Link's reach across an unusually broad cross-section of TSMC's partner programs. That breadth positions IC-Link as a multifaceted access point for design organizations that lack direct foundry relationships or the internal infrastructure needed to engage with leading-edge process nodes on their own.

What Makes the Mixed-Partner EDA Capability Distinctive

Managed-cloud environments for chip design have attracted growing attention as semiconductor development complexity has increased, but many offerings require customers to work within a single vendor's toolchain. IC-Link's platform departs from that model by permitting design teams to bring their existing preferred tools and licenses into a secure, hosted environment.

IC-Link then manages the infrastructure, secure hosting, and access to the required design resources, while customers retain the flexibility to continue working with established EDA methodologies they already rely on. The platform combines access to TSMC process design kits with scalable compute resources configured specifically for chip development workloads.

Customers gain controlled entry points into advanced-node technology that would otherwise demand significant internal investment to reach securely. The claimed distinction of being the first managed-cloud service within the alliance to support a mixed-partner EDA flow is one the companies say responds directly to infrastructure pressures that advanced development teams increasingly face.

The Customer Base IC-Link Is Targeting

The service is aimed at design teams working in artificial intelligence, communications, automotive, and industrial applications, among other high-growth areas. The underlying premise of the offering is that teams in these segments should be able to direct their resources toward product development rather than toward constructing and maintaining the intricate design environments that advanced node work demands.

Emerging semiconductor companies and research organizations face particularly acute versions of these pressures, given that they typically combine ambitious technical objectives with constrained infrastructure budgets. A managed platform that preserves tool flexibility while providing secure access to TSMC process design kits and scalable compute resources is structured to meet those organizations where they already are, rather than asking them to rebuild their design environments from scratch.

Pierre Blondeau, vice president of ASIC Services at IC-Link by imec, described the combination of capabilities as a comprehensive package.

"By joining TSMC's OIP Cloud Alliance, we now combine access to advanced-node technologies with secure mixed-partner EDA flow, cloud-based design capabilities and expert support, making advanced semiconductor innovation more accessible," Blondeau said. "Together with TSMC, we are helping customers reduce complexity, accelerate development cycles, and move more confidently from design concept to end product."

TSMC's Rationale for Expanding the Alliance

For TSMC, the addition of IC-Link to the OIP Cloud Alliance reflects the foundry's continuing effort to extend access to its technology through ecosystem partners rather than through direct engagement alone. Aveek Sarkar, Director of the Ecosystem and Alliance Management Division at TSMC, framed the collaboration in terms of enabling a broader range of innovators to reach advanced process and packaging capabilities.

"Together with our OIP partners like IC-Link by imec, we aim to help customers bring breakthrough silicon to market faster while leveraging the flexibility, scalability, and security of modern design environments," Sarkar said. The OIP ecosystem, in Sarkar's characterization, is designed to enable innovation across the industry as a whole rather than serving any narrowly defined customer segment.

European Semiconductor Access and the Imec Connection

Imec's base in Leuven, Belgium lends a geographic dimension to the announcement that the press release explicitly acknowledges. The expanded collaboration is described as contributing to efforts to strengthen semiconductor innovation capacity in Europe and beyond, a framing that connects IC-Link's managed-access model to broader concerns about European design teams' ability to engage with leading-edge process nodes.

Access to advanced fabrication technology has been a persistent theme in European semiconductor policy, and IC-Link's role as an intermediary between design teams and TSMC's process capabilities represents a concrete mechanism through which that access can be widened without requiring each organization to negotiate its own foundry infrastructure arrangements.

IC-Link's service portfolio spans ASICs in CMOS across commercially available nodes, imec-developed integrated photonics, advanced 2.5D and 3D packaging, and custom wafer processing. The company describes its engagement model as adaptable to varying customer requirements and capabilities, offering multiple service structures rather than a single fixed arrangement.