Technical analysis of the Hopelum induction desk peripheral indicates a 15W peak output across a single-coil Qi-compatible circuit. Material specifications confirm the use of PU synthetic leather which, while providing a 32-inch by 16-inch protective surface for optical sensors, presents a low thermal conductivity profile. Aggregated specification data suggests that the lack of active heat dissipation channels within the laminate layers may lead to thermal throttling when high-draw mobile devices are placed on the induction zone for extended periods.
Hardware Performance Metrics
Internal schematic review identifies a standard 15W Qi-inductive PCB. Standardized testing protocols show that achieving the maximum 15W throughput requires the use of a QC 3.0 external power adapter. Performance metrics demonstrate a specific induction "sweet spot" necessitated by the single-coil configuration, requiring precise device alignment to maintain a stable power handshake. Operational stability is maintained via a non-slip base, though material analysis confirms the synthetic surface is prone to heat retention during peak charging cycles.
Aggregated data suggests that for users requiring higher charging efficiency, the Mophie 4-in-1 mat offers a multi-device charging array with a distinct fabric-finish chassis.
This unit is classified within the wireless charging deskmats category, serving as a baseline for integrated power-surface architectural standards.
