| Material Type | High-power devices, industrial equipment | - Industry Standard: FR-4 (Thermal Conductivity: 0.2 W/m·K) - Our Base: FR-4 (0.2 W/m·K) - Our Advanced: Aluminum (2.0 W/m·K ▲▲▲) | Base: Cost-effective for standard thermal needs. Advanced: ▲▲▲ Superior heat dissipation for high-power applications | Base: Limited thermal performance for extreme environments. Advanced: 30% higher cost due to material |
| Certification | Global market compliance | - Industry Standard: UL (mandatory) - Our Base: UL (compliant) - Our Advanced: UL + RoHS (▲ added compliance) | Ensures safety and market access in regulated regions. Advanced: ▲ Expanded compliance for EU markets | Advanced: Higher certification costs |
| Thermal Performance | Power banks, LED lighting | - Industry Standard: FR-4 (Max Temp: 130°C) - Our Base: FR-4 (130°C) - Our Advanced: Aluminum (Max Temp: 85°C ▲▲▲) | Base: Suitable for moderate heat. Advanced: ▲▲▲ 40% cooler operation (prevents overheating in power banks) | Base: Risk of thermal throttling in high-load scenarios |
| Signal Integrity | 5G modules, radar systems | - Industry Standard: FR-4 (Dielectric Loss: 0.02 @ 1GHz) - Our Base: FR-4 (0.02) - Our Advanced: Rogers 4003 (0.0025 @ 10GHz ▲▲▲) | Advanced: ▲▲▲ 87.5% lower signal loss (critical for high-frequency applications) | Base: Unsuitable for GHz-range frequencies |
| Weight | Wearable tech, portable devices | - Industry Standard: FR-4 (Density: 1.8 g/cm³) - Our Base: FR-4 (1.8 g/cm³) - Our Advanced: Aluminum (1.2 g/cm³ ▲) | Advanced: ▲ 30% lighter (ideal for compact, portable designs) | Base: Heavier, limiting use in lightweight applications |
| Cost | Budget electronics, mass production | - Industry Standard: FR-4 ($25/unit) - Our Base: $25 (matches industry) - Our Advanced: $32.5 (▲ 30% premium) | Base: Economical for standard requirements. Advanced: ▲ Balances premium performance with ROI in niche markets | Advanced: Higher upfront cost may deter budget-sensitive buyers |