Frequency Range | FM Radio Broadcasting | Industry: 88-108 MHz (covers global FM spectrum) Base: 88-108 MHz Advanced: 87.5-108.5 MHz▲ (expanded range) | Advanced supports international FM bands (e.g., Europe’s 87.5-108 MHz) | Base may exclude edge frequencies used in some regions |
Output Power | Outdoor Broadcasting, Large Venues | Industry: 50W (standard for small venues) Base: 75W▲ (supports 500+ attendees) Advanced: 100W▲▲ (covers 1,000+ attendees) | Advanced ensures coverage for stadiums or festivals | Advanced requires higher power supply and cooling |
Signal-to-Noise Ratio (SNR) | Urban Areas with Interference | Industry: 60 dB (minimal static) Base: 70 dB▲ (50% less noise) Advanced: 80 dB▲▲ (90% noise reduction) | Advanced delivers crystal-clear audio in crowded RF environments | Advanced may incur higher costs due to advanced filtering |
Bandwidth | High-Fidelity Audio Transmission | Industry: 200 kHz (standard FM) Base: 300 kHz▲ (enhanced audio) Advanced: 500 kHz▲▲ (HD audio support) | Advanced supports high-resolution audio for premium broadcasts | Requires upgraded transmission infrastructure for full bandwidth utilization |
Thermal Dissipation | Continuous Operation in Hot Climates | Industry: Passive cooling (up to 50W) Base: Heatsink▲ (supports 75W) Advanced: Active cooling▲▲ (supports 100W) | Advanced ensures reliability in tropical or industrial environments | Active cooling adds mechanical complexity and maintenance needs |
Compatibility | Integration with Existing Systems | Industry: Basic compatibility with common brands Base: 10+ brands▲ (e.g., R&S, Sony) Advanced: Plug-and-play▲▲ (supports top-tier systems like Harris, Nautel) | Advanced simplifies setup with enterprise-grade equipment | Base may require adapters for high-end systems |