RF Frequency Range | 5G base stations, radar systems | Industry Standard: 20 GHz (IEEE 837) Our Base: 40 GHz (ISO 1234) ▲ Our Advanced: 45 GHz (ASTM 567) ▲▲ | Wider coverage for high-frequency applications; supports emerging 5G/6G tech | Higher cost for advanced versions; requires specialized PCB design |
Noise Level | Low-noise amplifiers, satellite comms | Industry Standard: 5 dB (IEC 60706) Our Base: 3 dB (EN 50121) ▲ Our Advanced: 2 dB (MIL-STD-810) ▲▲ | Reduces signal interference; ideal for sensitive comms systems | Advanced versions may require cooling solutions |
Power Handling | High-power radar, avionics | Industry Standard: 8 W (ANSI C63.4) Our Base: 10 W (IEC 62368) ▲ Our Advanced: 20 W (DO-160) ▲▲ | Supports high-output applications like radar and aerospace systems | Thermal management constraints in compact designs |
Package Material | Harsh industrial environments | Industry Standard: Plastic (UL 94 HB) Our Base: Ceramic (ASTM C695) ▲ Our Advanced: Ceramic + Parylene (MIL-I-46084) ▲▲ | Enhanced durability in extreme temperatures and chemical exposure | Advanced materials increase manufacturing complexity and cost |
Thermal Dissipation | High-temperature industrial IoT | Industry Standard: 85°C (JEDEC JESD22-A108) Our Base: 105°C (IEC 60068-2-1) ▲ Our Advanced: 125°C (AEC-Q100) ▲▲ | Operates reliably in harsh environments like automotive or oil/gas systems | Requires robust heat sinks or forced-air cooling |
Chemical Resistance | Chemical processing plants | Industry Standard: Unrated Our Base: ASTM D543 (50+ chemicals, 30min exposure) ▲ Our Advanced: NEMA IC 61346 (100+ chemicals, 24hr) ▲▲ | Withstands aggressive chemicals in industrial settings | Base version may degrade over prolonged exposure to certain solvents |