D-Link ANT24-1600N – 2.4GHz Dual-Polarization Directional Antenna with 16–17dBi Gain, N Jack Connectors, IP67 Waterproof Housing, DC Ground Lightning Protection & Pole / Wall Mount
Overview:
• The D-Link ANT24-1600N is a 2.4GHz dual-polarization directional antenna designed for professional outdoor wireless installations.
• It operates within the 2400MHz to 2500MHz frequency range, making it suitable for 2.4GHz wireless bridge and outdoor access point deployments.
• The antenna provides 16–17dBi gain with linear vertical / horizontal polarization, helping improve directional wireless coverage and link performance.
• It includes 2 × N Jack connectors, 50-ohm impedance, DC ground lightning protection, and power handling up to 20W.
• The ANT24-1600N is designed for outdoor environments with IP67 waterproof protection, UV-resistant ABS radome, 216km/hr survival wind speed, and operating temperature from -40°C to +80°C.
• It supports pole mount and wall mount installation, making it suitable for fixed outdoor wireless links, antenna upgrade projects, and directional 2.4GHz coverage applications.
Key Features:
• 2.4GHz dual-polarization directional antenna.
• Designed for outdoor wireless applications.
• Frequency range from 2400MHz to 2500MHz.
• 16–17dBi antenna gain.
• Linear vertical / horizontal polarization.
• Dual-polarization design for improved wireless link flexibility.
• 2 × N Jack connectors.
• 50-ohm input impedance.
• VSWR 2.0:1 maximum.
• Horizontal HPBW from 18° to 25°.
• Vertical HPBW from 18° to 25°.
• Front-to-back ratio up to 25dB maximum.
• Isolation 16dB minimum.
• Power handling up to 20W continuous wave.
• DC ground lightning protection.
• IP67 waterproof protection.
• UV-resistant ABS radome.
• Survival wind speed up to 216km/hr.
• Pole mount and wall mount installation.
• Suitable for 2.4GHz outdoor bridge and directional Wi-Fi links.
Technical Specifications:
• Product Type: 2.4GHz Dual-Polarization Directional Antenna
• Brand: D-Link
• Model: ANT24-1600N
• Frequency Range: 2400MHz to 2500MHz
• Wireless Band: 2.4GHz
• Gain: 16–17dBi
• VSWR: 2.0:1 Maximum
• Polarization: Linear, Vertical / Horizontal
• Horizontal HPBW: 18° to 25°
• Vertical HPBW: 18° to 25°
• Standard Compliance: Co-Pol. ETSI EN 301 525 V1.1.1 TS1–TS3
• Cross-Polarization: -12dB Maximum
• Front-to-Back Ratio: -25dB Maximum
• Isolation: 16dB Minimum
• Input Impedance: 50 Ohms
• Cable: N/A
• Connectors: 2 × N Jack
• Power Handling: 20W Continuous Wave
• Lightning Protection: DC Ground
• Survival Wind Speed: 216km/hr
• Operating Temperature: -40°C to +80°C
• Humidity: 95% at 55°C
• Radome Color: Gray
• Radome Material: ABS, UV Resistant
• Weight: 1.1kg Including Mounting Kit
• Dimensions: 320 × 320 × 43 mm
• Waterproof Rating: IP67
• Mounting Kit: Pole Mount and Wall Mount
Applications:
• Outdoor 2.4GHz wireless bridge links.
• Point-to-point directional wireless transmission.
• Outdoor access point antenna upgrade.
• CCTV wireless backhaul applications.
• Wireless network extension between buildings.
• Factory, warehouse, campus, farm, and remote site connectivity.
• Directional 2.4GHz Wi-Fi coverage improvement.
• Outdoor wireless projects requiring vertical / horizontal polarization support.
• Installations requiring IP67 waterproofing and high wind resistance.
• Professional outdoor deployments requiring pole or wall mounting.
Connect Gates Recommendation:
• Recommended for outdoor 2.4GHz wireless projects that require directional antenna performance with dual-polarization support.
• Suitable for CCTV backhaul, point-to-point wireless links, building-to-building connections, outdoor AP upgrades, warehouses, factories, campuses, and remote site connectivity.
• Best used when the client needs 16–17dBi gain, 2.4GHz operation, vertical / horizontal polarization, 2 × N Jack connectors, IP67 waterproof protection, DC ground lightning protection, and pole / wall mounting.
• Connect Gates recommends proper line-of-sight planning, accurate antenna alignment, grounding, surge protection, and compatible RF cable selection for stable outdoor wireless performance.