Engineering guidelines for liquid cooling loop integration, dynamic frequency scaling under safety constraints, and 48V power architecture design in software-defined vehicles.
Central compute enclosures use custom micro-channel copper cold plates directly contacting silicon lids using high-conductivity phase-change thermal interface materials (TIM). Operating pressures up to 2.5 bar ensure uniform thermal resistance across multi-chiplet clusters.
Stepping 48V down to 0.75V for processor cores in a single stage risks high switching losses. Automotive power designs utilize two-stage topologies: an unregulated intermediate bus converter (IBC) drops 48V to 12V, followed by a multi-phase buck controller delivering transient response under dynamic load swings.