IC-Link Joined TSMC Cloud Alliance
The design service provider has expanded its partnership with TSMC to assist startups and research groups.
Updated on Sept. 23, 2026 in Semiconductors
Live Poll
Do you believe easier access to high-end manufacturing tools will help regional startups innovate more successfully?
IC-Link has officially joined the TSMC Open Innovation Platform Cloud Alliance. This collaboration provides chip designers access to secure cloud hosting and infrastructure management.
Why it matters
The partnership aims to simplify chip design access for startups and research teams, strengthening semiconductor innovation capacity across Europe.
The cloud-based infrastructure provides secure hosting and compute resources while supporting a mixed-partner electronic design automation flow. Customers can now utilize TSMC process design kits directly within an IC-Link-managed cloud environment.
The players
IC-Link
Based in Belgium, this entity provides secure cloud-based hosting, compute resources, and infrastructure management for semiconductor design.
TSMC
Taiwan Semiconductor Manufacturing Company is a global semiconductor foundry that operates the Open Innovation Platform.
The details
By integrating these tools into the cloud, IC-Link allows designers to combine software from multiple vendors in a streamlined environment. This move builds upon long-standing ties between the two firms to bolster local semiconductor development.
Timeline
2007: IC-Link joined TSMC's Design Center Alliance.
2009: IC-Link joined TSMC's Value Chain Alliance.
September 23, 2026: IC-Link officially joined the TSMC OIP Cloud Alliance.
The Tech Race
This move reflects a broader industry shift toward cloud-based electronic design automation that replaces traditional on-premise hardware limitations. It positions IC-Link and TSMC to better compete in the European market by lowering the barrier to entry for smaller design firms.
Startups and research groups can now accelerate their design workflows by leveraging cloud-managed tools instead of maintaining expensive, proprietary server environments. Developers gain access to more flexible design software options, potentially reducing time-to-market for new chips.
The takeaway
The move enables smaller innovators to compete with larger firms by democratizing access to high-end design infrastructure. Industry participants should monitor how cloud-based design flows affect the pace of semiconductor prototyping in the coming years.
Further reading
For more context on the current state of the industry, visit the Semiconductors section.
Source note: This article includes information reported by IO+.
Live Poll
Do you believe easier access to high-end manufacturing tools will help regional startups innovate more successfully?
