Equipments for data routing in LAN/WLAN networks
Available with WiFi, Fast Ethernet, Gigabit Ethernet, and/or SFP ports
Equipment for data switching in LAN/WLAN networks
Models available with Fast Ethernet, Gigabit Ethernet, and/or SFP ports
"Small Office Home Office" EquipmentS for LAN/WLAN networks
Typically used as routers, switches and / or Indoor WiFi Access Point
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Solid Dish Antenna with Radome, Freq. 4.9-7.1GHz, Dual Pol. ±45° or V/H, Gain 36dBi, Ø 120cm
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SPR4971-D12G36+R Solid Dish antenna with radome 4.9-7.1GHz 120cm 36dBi
Solid Dish Antenna with Radome, Freq. 4.9-7.1GHz, Dual Pol. ±45° or V/H, Gain 36dBi, Ø 120cm
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Mounting Type | On pole |
Environment work | Outdoor |
Antenna gain (dBi) | 36 |
Radiation type | Directional |
Antenna shape | Solid Dish Parabolic with Radome |
Frequency bands | 4.9 ÷ 7.1GHz |
RF Connectors Type | 2 N Female |
Dimensions | Diameter 120 cm |
Operating temperature | -40°C to +70°C (-32°F to +158°F) |
material | Aluminum |
Peso | 40kg |
Diametro palo | Φ30 - Φ80 mm |
Ant. Horizontal Beamwidth | 3° |
Vertical Beamwidth | 3° |
5 GHz Yes/No | Sì |
Selit SPR4971-D12G36-N is a professional parabolic antenna with a diameter of 120cm, a gain of 36dBi and an operating band of 4.9 to 7.1GHz (2.2GHz total) that allows it to be used on the entire Wireless WiFi 6E band.
The dish with "Cassegrain" Prime Focus Technology and Dual Slant Polarization (V/H or ±45°), allows a high reduction of interfering signals compared to other types of antennas which results in better performance and more stability on radio links.
The antenna thanks to a careful and robust construction consisting of a molded Aluminum reflector, reinforced mechanics in Powder Coated Steel with fine Tilt adjustment, Hot galvanized hardware, UV-resistant ABS cone radome, is suitable for use in severe environmental conditions even at high altitudes.
These features make it particularly suitable for use in high-capacity Point-to-Point Wireless Links over Long Distance up to over 50Km, Wireless backbones for data transport and similar applications in professional Broadcasting on large Towers.