Frequency Range | Multi-band cellular networks (4G/5G) | Industry Standard: 800-2500 MHz (3GPP TS 38.104) Our Base: 800-2600 MHz ▲ (5G sub-6 GHz) Our Advanced: 600-6000 MHz ▲▲ (mmWave) | Supports broader spectrum compatibility for 5G deployments. Future-proof for emerging bands. | Higher costs for expanded frequency coverage. Advanced versions may require larger physical dimensions. |
Antenna Gain | Long-range coverage in rural areas | Industry Standard: 12-15 dBi Our Base: 14 dBi ▲ Our Advanced: 18 dBi ▲▲ | Enhanced signal strength for better penetration in low-density areas. Reduces need for repeaters. | Higher gain requires precise alignment to avoid interference. Advanced models may have narrower beamwidth. |
Beamwidth | Urban environments with dense traffic | Industry Standard: 60° horizontal Our Base: 45° ▲ Our Advanced: 30° ▲▲ | Narrower beam minimizes interference in crowded frequency bands. Optimizes signal focus for high-density networks. | Requires meticulous installation to avoid coverage gaps. Advanced versions may sacrifice coverage breadth. |
Polarization Type | Mixed-terrain deployments (urban/rural) | Industry Standard: Vertical Our Base: Vertical Our Advanced: Dual (Vertical + Horizontal) ▲▲ | Dual polarization improves reception in diverse environments (e.g., moving vehicles). | Adds complexity to installation and calibration. Increases cost due to dual-feed design. |
VSWR | High-power transmission systems | Industry Standard: ≤1.5:1 (IEC 60335) Our Base: ≤1.3:1 ▲ Our Advanced: ≤1.2:1 ▲▲ | Reduces signal loss and improves power efficiency. Minimizes overheating risks. | Advanced versions require higher-quality components, raising costs. |
Weather Resistance | Coastal or industrial sites | Industry Standard: IP54 (dust/water spray) Our Base: IP65 ▲ (dust-tight, water jets) Our Advanced: IP68 ▲▲ (immersion-resistant) | Protects against harsh conditions like saltwater corrosion or heavy rain. Extends operational lifespan. | Advanced versions may be bulkier and heavier. Higher upfront investment. |