Small Components. Massive Scale.

As GPU clusters expand and network speeds surpass 224 Gbps, scaling AI infrastructure requires solving thermal, signal, and reliability constraints entirely at the component level. This comprehensive guide reveals how TE Connectivity and Henkel utilize advanced materials to engineer interconnects and optical architectures that catalyze groundbreaking data center performance.

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Small Components. Massive Scale.

Key Takeaways:

Conquer Thermal Constraints: Dissipate extreme heat loads and support higher rack densities using advanced thermal interface materials, gap fillers, and phase-change formulations.
Preserve Signal Integrity: Maintain micron-level alignment and ultra-high-speed data transmission for next-generation co-packaged optics (CPOs) and fiber array units (FAUs).
Deliver Hyperscale Reliability: Protect critical connections from thermal cycling, vibration, and harsh environmental conditions to ensure continuous operational resilience.
Drive Sustainability: Maximize data center efficiency and reduce overall energy consumption through optimized, long-lasting component designs.