IBM NorthPole AIU chip launch film showcases next generation AI hardware
IBM Research has introduced its NorthPole AIU chip through a meticulously produced launch film created by Found in partnership with Map Project Office. This new project highlights a pivotal moment in artificial intelligence hardware, complementing the studio’s material research seen in works like Vessel by presenting both the power of the chip and the elegance of the surrounding server units.
The film not only emphasizes technological progress but also reflects how design and digital visualization can work together to communicate innovation effectively.
The NorthPole AIU chip represents an important development in AI acceleration, designed to handle complex neural network tasks with far greater efficiency than conventional processors. This hardware is engineered to significantly reduce latency and energy consumption, issues that continue to challenge large-scale data operations.
By combining high performance with energy-aware computing, the NorthPole AIU is positioned as a step forward for industries that rely on machine learning, from healthcare diagnostics to autonomous systems.
To present this innovation, Found structured the film in modular sequences that gradually move from a broad view of expansive data centers into the precision of the chip itself.
The use of orthographic and isometric camera perspectives highlights the technical detail and engineered quality of the design, creating a visual narrative that underscores accuracy and control. Each transition is carefully choreographed to mirror the functionality of the hardware while maintaining visual clarity.
The hardware design, led by Map Project Office, brings a minimalist approach to the server units housing the chip. Every decision, from color and material choice to overall form, was guided by principles of clarity and performance.
The film’s digital representation was developed using real material samples and prototype studies, ensuring a close match to the actual manufacturing process. This approach allowed the visuals to feel both authentic and tactile, bridging the gap between conceptual imagery and physical reality.
Lighting was also treated as a fundamental part of the NorthPole AIU chip narrative. During development, the creative team studied how controlled overexposure and shadow interplay could be applied to guide attention and enhance the sense of immersion.
Rather than serving as background illumination, light acted as a connective element, shaping transitions and deepening the perception of form.
Credits:
- Film: Found
- Audio: Father
- Client: IBM Research
- Design: Map Project Office
