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Viewed from a laboratory perspective, gas water heaters present a relatively “clean” set of problems: compliant parameters, complete functions, and passed tests. However, once the perspective shifts to real households—where systems run continuously for three to five years—a different logic begins to determine system longevity: whether the control system can maintain long-term stability under high-temperature conditions.

If industrial system upgrades are understood simply as “bigger equipment and higher parameters,” a critical fact is often overlooked: what truly determines long-term system stability is not hardware, but control logic.

If the evolution of display systems is simplistically understood as a pursuit of “higher brightness,” that view seriously underestimates the role displays play in today’s industrial landscape.

With the rapid growth of smart manufacturing and AIoT devices, electromagnetic compatibility (EMC) performance has become a decisive factor in whether a product can operate stably and reach the market on schedule. A common issue faced by enterprises during R&D and production is that hidden electromagnetic interference is difficult to detect with conventional equipment, leading to increased rework costs and delayed launch timelines. Backed by advanced testing instruments and a professional technical team, the COSMOPlat Intelligent IoT EMC Laboratory provides systematic and quantifiable solutions for electromagnetic interference issues.