Frequency Response | Professional audio recording, voice assistants | Industry Standard: 50Hz–16kHz Our Base: 20Hz–20kHz (IEC 60268-16) Our Advanced: 10Hz–22kHz (▲▲) | Wider range captures richer audio (e.g., bass frequencies for music) ▲▲: Enhanced low/high-end clarity for studio use | Higher cost for advanced versions; may require specialized equipment to utilize fully |
Sensitivity | Wearable devices, IoT sensors | Industry Standard: 10–30 dB @ 1kHz Our Base: 35 dB (▲) @ 1kHz (IEC 60942) Our Advanced: 40 dB (▲▲) | Stronger signal output reduces amplification needs ▲▲: Superior pickup for low-volume environments | Increased sensitivity may amplify background noise in noisy settings |
Noise Floor | Noise-critical environments (e.g., conference rooms) | Industry Standard: 38 dBA Our Base: 35 dBA (▲) (IEC 61672) Our Advanced: 30 dBA (▲▲) | Quieter than a whisper (30 dBA ≈ rustling leaves) improves speech clarity | Advanced versions require careful shielding to avoid interference |
Power Consumption | Battery-powered devices (smartwatches) | Industry Standard: 1.5mA @ 3V Our Base: 1.0mA (▲) @ 3V Our Advanced: 0.8mA (▲▲) | Extended battery life (▲▲: 50% lower power than industry standard) | Advanced versions may need paired with specific power management ICs |
Operating Temperature | Industrial monitoring, automotive systems | Industry Standard: -20°C–70°C Our Base: -30°C–85°C (▲) Our Advanced: -40°C–85°C (▲▲) | Survives extreme environments (e.g., Arctic sensors) | Higher cost for materials enabling extreme temperature tolerance |
Mounting Stability | High-vibration machinery, drones | Industry Standard: 2 mounting holes Our Base: 3 holes (▲) Our Advanced: 4 holes (▲▲) | ▲▲: 4-hole SMT design resists vibration 40% better than industry standard | Requires precise PCB layout for advanced versions; occupies more board space |