EMD Electronics: Interview With Metallics Business Technology Director Sergei Ivanov About Materials Science And AI Hardware - Pulse 2.0

EMD Electronics' deliberate framing of its business around "metallics" rather than "connectors" is a strategic repositioning signal — the company is migrating from component supplier toward materials standard-setter. The physics drive this shift. As AI compute density doubles per generation, the bottleneck has moved from transistors to the interconnect layer. Advanced packaging (CoWoS, EMIB) demands exponentially higher signal integrity from metallic bonding materials. EMD's bet on copper-based alloys outperforming optical interconnects above 100GHz is a rational calculation grounded in power and cost curves, not technological inertia. On compliance, export controls have already expanded the "AI infrastructure" definition to encompass packaging and interconnect components. If EMD's metallic interconnect products face listing under restrictions, its manufacturing footprint in Taiwan, China and Southeast Asia would require costly compliance restructuring. Supply chain de-concentration is no longer optional. Competitively, Amphenol and TE Connectivity are accelerating vertical integration into material formulation. EMD's differentiation window: whoever masters microstructural control of high-frequency alloys first captures interconnect standard-setting authority for next-gen AI clusters. 12-24 month projection: AI clusters scaling past 100K GPUs will push interconnect power consumption beyond 15% of total. Thermal limits of metallic interconnects become the hard ceiling on cluster scale. If EMD builds a patent moat in surface treatment processes, its valuation logic shifts from "industrial components" to "AI infrastructure chokepoint."