Description
The Gamma Nu DOY13X2070MD4TR is a professional-grade 4-Port Spot Beam Directional Panel Antenna designed for cellular, 5G, CBRS, C-Band, and wireless network infrastructure applications. Operating across 617–896 MHz, 1695–2700 MHz, and 3300–4200 MHz frequency bands, this antenna delivers focused directional coverage with maximum gain up to 15 dBi. Its multiband design, narrow horizontal beamwidth, and dual ±45° polarization make it suitable for targeted wireless coverage and high-capacity network deployments.
The DOY13X2070MD4TR features Gamma Nu's 20/70 Spot Beam antenna configuration, providing narrow horizontal coverage and broader vertical coverage for applications requiring concentrated RF signal distribution. The antenna incorporates four RF ports, with two ports supporting low, mid, and high frequency bands and two additional ports supporting mid and high frequency bands. It features four 4.3-10 Female connectors, 50 Ohm impedance, inter-port isolation greater than 25 dB, and a maximum effective input power of 100W per port. Its outdoor-rated construction, gray ASA radome, and 150 mph survival wind speed rating support demanding telecommunications infrastructure installations.
Key Specifications
- Manufacturer: Gamma Nu
- Model Number: DOY13X2070MD4TR
- Product Type: Multiband Directional Spot Beam Panel Antenna
- Antenna Configuration: 4-Port / Multiband
- Low Frequency Band: 617–896 MHz
- Mid Frequency Band: 1695–2700 MHz
- High Frequency Band: 3300–4200 MHz
- Maximum Gain, Low Band: 13.1 dBi
- Maximum Gain, Mid Band: 15 dBi
- Maximum Gain, High Band: 13.3 dBi
- Polarization: Dual ±45°
- Horizontal Beamwidth, Low Band: Approximately 17°–22°
- Horizontal Beamwidth, Mid Band: Approximately 15°–20°
- Horizontal Beamwidth, High Band: Approximately 17°–19°
- Vertical Beamwidth, Low Band: Approximately 79°–83°
- Vertical Beamwidth, Mid Band: Approximately 59°–64°
- Vertical Beamwidth, High Band: Approximately 64°–69°
- Front-to-Back Ratio, Low Band: 22 dB
- Front-to-Back Ratio, Mid Band: 26 dB
- Front-to-Back Ratio, High Band: 20 dB
- Impedance: 50 Ohms
- VSWR: 1.5:1
- Inter-Port Isolation: Greater than 25 dB
- Passive Intermodulation (IM3): -153 dBc (3rd Order, 2 x 20W), Low and Mid Bands; Not Specified for High Band
- Maximum Effective Power: 100W per Port
- Connector Type: 4 x 4.3-10 Female
- Connector Position: Rear / Backside
- Antenna Dimensions: 51.1 x 13.8 x 6.3 inches (1300 x 350 x 160 mm)
- Net Weight: 70.9 lb (32.2 kg)
- Weight Without Mounting Kit: 54.4 lb (24.7 kg)
- Mounting Configuration: Outdoor Pole Mount
- Radome Material: ASA
- Radome Color: Gray
- Maximum Survival Wind Speed: 150 mph
- Application: Outdoor Cellular and Wireless Infrastructure
- Condition: Used
- Quantity: 1 Antenna
Typical Applications
- 5G cellular network infrastructure
- 4G LTE wireless network deployments
- CBRS private wireless networks (3550–3700 MHz)
- C-Band wireless infrastructure (3700–4200 MHz)
- Outdoor distributed antenna systems (DAS)
- Targeted cellular coverage enhancement
- Directional spot beam wireless installations
- Private LTE and 5G network deployments
- Commercial and industrial wireless networks
- Telecommunications base station installations
- High-capacity cellular sector coverage
- Wireless network expansion and infrastructure upgrades
- Replacement and maintenance of existing cellular antenna systems
Please Note: The Gamma Nu DOY13X2070MD4TR is a 4-port multiband directional panel antenna designed for coverage across three separate frequency ranges: 617–896 MHz, 1695–2700 MHz, and 3300–4200 MHz. The antenna features four rear-mounted 4.3-10 Female RF connectors. Frequency support varies by antenna port, and not all ports operate across all three bands. Please verify the required frequency bands, RF port configuration, mounting requirements, and equipment compatibility before ordering.
Condition: These are used antennas previously installed in telecommunications infrastructure. The antennas may show normal signs of prior installation, handling, and use. They are offered in their existing condition.
