Located in Québec, Canada, IBM Bromont is one of North America's premier semiconductor packaging and test facilities. Since 1972, Bromont has developed and manufactured advanced packaging solutions for enterprise computing, AI, networking, aerospace, defense, healthcare and other demanding industries.

With over 850,000 square feet of manufacturing space, Bromont combines advanced assembly, test, characterization, package design and optoelectronic integration capabilities within a highly automated production environment. The site serves both IBM products and a growing ecosystem of external technology partners.

Bromont is uniquely positioned to bridge innovation and production, with development activities supported through its partnership with C2MI and IBM's broader research ecosystem.

No single packaging architecture can satisfy all AI infrastructure requirements. Future systems will rely on a combination of chiplet integration, optical interconnects, wafer-scale architectures and advanced manufacturing technologies. IBM's portfolio spans these critical domains, providing customers with scalable solutions from research through high-volume production.

As AI and high-performance computing systems become increasingly complex, chiplet architectures require new approaches for connecting processors, memory and accelerators. IBM's MFIT™ technology provides a highly scalable platform for integrating multiple chips within a compact package while enabling exceptional performance and manufacturability.

Built around advanced organic redistribution layer interposers and embedded bridge technologies, MFIT™ supports high-density interconnects, improved signal integrity and efficient system scaling. The approach enables customers to achieve the benefits of advanced multichip integration while maintaining a practical path to high-volume manufacturing.

Designed for next-generation AI and HPC platforms, MFIT™ provides the flexibility required to bring together diverse silicon technologies into a single high-performance package.

AI infrastructure is driving unprecedented bandwidth requirements. Moving data efficiently is becoming as important as processing it. IBM's co-packaged optics (CPO) solutions bring optical connectivity closer to compute, reducing latency, increasing bandwidth and improving overall system efficiency.

IBM combines years of optoelectronic packaging expertise with advanced assembly technologies to support high-density optical integration for next-generation AI and hyperscale data centers. These solutions are designed to enable both scale-up and scale-out architectures while addressing the growing power challenges of traditional electrical interconnects.

Through its lab-to-fab ecosystem, IBM supports customers from development through production, helping accelerate deployment of future optical infrastructure.

IBM's wafer-scale integration (WSI) platform represents a fundamentally different approach to system design. Rather than assembling multiple packaged devices together, WSI enables entire wafers to operate as highly integrated computing systems.

The result is unprecedented bandwidth, exceptional power efficiency and the ability to support massive AI and high-performance computing workloads. IBM's architecture combines advanced interconnects, vertical power delivery, integrated memory solutions and innovative cooling technologies into a single wafer-scale platform.

With years of development experience and demonstrated operational systems, IBM continues to advance WSI as a key technology for future AI infrastructure.

While IBM continues to pioneer future packaging technologies, it remains a leader in proven high-volume manufacturing platforms such as flip-chip BGA (fcBGA) and system-in-package (SiP). These technologies support a broad range of applications requiring high performance, reliability, thermal capability and complex multichip integration.

IBM's advanced fcBGA and SiP solutions are deployed across enterprise computing, networking, communications and specialized applications. The company's experience with large body sizes, dense interconnects and high-power designs enables customers to bring sophisticated products to market with confidence.

Backed by decades of manufacturing expertise, IBM continues to evolve these established packaging platforms to meet modern system requirements.

Bromont is embarking on a journey of digital transformation, set to launch in May 2024, to elevate their semiconductor packaging and testing processes to the forefront of smart manufacturing.

This initiative will build a robust data fabric foundation, facilitating the integration of advanced AI/ML technologies. The smart factory will enable predictive and real-time monitoring for quality inspections and utilize big data analytics to proactively predict equipment failures. A control tower will also be implemented to centralize critical data and insights, enabling informed decision-making across management levels.

With these enhancements in asset performance and quality management, Bromont aims to improve operational efficiency and reliability, setting a new standard in the industry.

Phase 1 aims to increase the assembly and test capacity of advanced fcBGA packaging technologies, while also adding capacity for Si Photonics technologies assembly. Phase 1.5 of the expansion plan will add wafer bumping and fan-out wafer-level packaging capabilities by 2H 2026.

This addition will create a complete North American solution for both R&D and high-volume manufacturing that leverages collaboration with IBM's research centers for lab-to-fab synergies.

Furthermore, IBM is working with development partner C2MI, located beside IBM Bromont, to finalize plans to add wafer finishing operations for 2.5D Si Interposer and 3D solutions. Production for this addition to the C2MI site is also scheduled for 2H 2026.