AEM Holdings Ltd., a global leader in test innovation, announced a strategic partnership with ASE Technology Holding Co., Ltd., the leading provider of semiconductor assembly, testing and materials services. The collaboration aims to deliver disruptive test solutions tailored for the rapidly expanding Artificial Intelligence and High-Performance Computing markets by combining AEM's proprietary test technologies with ASE's world-class manufacturing scale.
Aligned with the strategic partnership, AEM will raise approximately S$12 million in gross proceeds through a private placement of 3,350,000 ordinary shares to a wholly owned subsidiary of ASE, representing 1.06% of AEM's issued share capital. ASE, through said subsidiary, will also receive 28,111,856 free detachable warrants, divided equally into two exercisable tranches, with each tranche subject to certain ASE-attributable revenue-related conditions. If fully exercised, the warrants would result in an additional 8.935% of the current issued share capital. The transaction remains subject to certain conditions, including the approval of the Singapore Exchange for the listing and quotation of the new shares.
Proceeds from the private placement will support AEM's continued expansion in Taiwan and the joint integration of AEM's test technologies, including highly parallel test architectures and advanced thermal management capabilities, into ASE's manufacturing and test environments. The funds will also be used to advance AEM's product roadmap, enhance its system offerings, and accelerate joint go-to-market initiatives aimed at supporting next generation AI and HPC applications.
The strategic partnership also supports ISE Labs, a wholly owned subsidiary of ASE, as it expands AI and HPC processor development capabilities to address early-stage testing, validation, and characterization requirements. These efforts focus on heterogeneous integration architectures, including multi-chiplet and advanced system-in-package designs as well as optical interconnect technologies critical to next-generation compute platforms. ASE's ATM portfolio further strengthens these initiatives with high-volume advanced packaging and test capabilities, enabling production-scale deployment as global demand continues to accelerate.
Ken Hsiang, Chief Executive Officer of ISE Labs, stated that as compute architectures grow more complex and time-to-production continues to compress, test has become a critical enabler of performance, reliability, and manufacturability for next-generation AI and HPC systems. By combining ISE's advanced characterization and production-readiness capabilities with AEM's scalable, high-parallel test technologies and system-level engineering strengths, this strategic partnership enables rapid transition from validation to ASE's high-volume deployment while addressing the increasing complexity of advanced compute testing.
Samer Kabbani, Chief Executive Officer of AEM, commented that this partnership represents an important step in AEM's strategy to work closely with industry leaders to advance the state of AI and HPC testing. ASE's forward-looking approach and global scale make them an ideal partner as test requirements continue to intensify across advanced compute platforms. By combining their respective strengths, they aim to develop and deploy next-generation test solutions that help customers improve performance, scalability, and time-to-market.
This partnership has significant implications for the semiconductor industry as AI and HPC applications continue to drive demand for more sophisticated testing solutions. The collaboration between a test innovation leader and a manufacturing scale provider addresses critical bottlenecks in bringing advanced compute platforms to market. For more information about ASE Technology Holding Co., Ltd., visit https://www.aseglobal.com. The integration of specialized test technologies with high-volume manufacturing capabilities could accelerate the development cycle for AI processors and HPC systems, potentially reducing time-to-market for next-generation technologies that power everything from data centers to autonomous systems.
