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
380Mbps FDD Microwave Radio Links with IP / SFP interface
Capacity of up to 380Mbps, 17 or 24GHz free band, Full Duplex, Gbit and/or SFP port, 256QAM, Adaptive Code Modulation
900Mbps FDD Microwave Radio Links with IP /SFP interface
Capacity of up to 900Mbps, 17 or 24GHz Free band, full duplex, Gbit and/or SFP port, 1024QAM, Hitless Adaptive Code Modulation
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SPR4965-D12G36+R Solid Dish antenna with radome 4.9-6.5GHz 120cm 36dBi
Solid Dish Antenna with Radome, Freq. 4.9-6.5GHz, Dual Pol. ±45° or V/H, Gain 36dBi, Ø 120cmRecipient :
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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 band | 4.9 ÷ 6.5GHz |
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° |
Banda 5 GHz | Sì |
RADOME INCLUDED !
SPR4965-D12G36+R is a professional solid dish parabolic antenna with a diameter of 120cm, a gain of 36dBi and an operating band of 1.6GHz from 4.9 to 6.5GHz provided with "UV Resistant" conical ABS radome.
The dish with Prime Focus “Cassegrain” technology with Dual Slant Dual Polarization (V / H or ± 45 °), allows a greater reduction of interfering signals than other types of antenna which results into better performance and more stability on radio links.
Thanks to a careful and sturdy construction consisting of a reflector in molded aluminum, reinforced Steel bracket with fine Tilt adjustment, galvanized screws, UV resistant ABS radome, it is suitable for use in extreme 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 distances, wireless backbones for data transport and similar applications in the professional broadcasting sector on large trellis and towers.