Ventev

Ventev's TerraWave 2.4/5 GHz 6 dBi 3 Dual Band Lead Outdoor Omni Wi-Fi Antenna with N-Style Jack Connectors supports applications operating in the 2.4/5 GHz frequency ranges. It is compatible with...

Ventev's small form factor Wi-Fi Omni antenna provides outstanding RF coverage in a small, attractive package. The antenna is designed to operate with modern enterprise class access points, and each...

Ventev’s TerraWave 2.4/5 GHz 6 dBi Small Form Factor Micro Patch Antenna delivers outstanding Wi-Fi performance in a very small package and is ideal for space constrained environments or environments...

Ventev’s Small Form Factor Micro Patch Antenna with Medium Strength Articulating Mount offers outstanding Wi-Fi performance in a small package with a rugged mounting solution. The antenna and mount...

Description Ventev�s Small Form Factor Patch Wi-Fi Antenna with Medium Strength Articulating Mount offers outstanding Wi-Fi performance in a small package with a rugged mounting solution. The...

Ventev’s TerraWave 2.4/5GHz 4.5/5.5 dBi Dual Polarized Directional MIMO Wi-Fi Antenna is designed to operate with Aruba's latest 802.11ac Waves I & II WLAN access points. The antenna's gain and...

Description Ventev’s TerraWave 2.4/5 GHz 4-Port Wall Junction Box Wi-Fi Antenna is concealed within a standard three-gang electrical box. The antenna’s cover plate looks like a standard junction box...

SmallForm Factor WiFiOmni M060060M1D43620C, 6 dBi, 2.4 220851

Ventev�s TerraWave 2.4/5 GHz 4-Port Wall Junction Box Wi-Fi Antenna is concealed within a standard three-gang electrical box. The antenna�s cover plate looks like a standard junction box cover,...

2.4/5GHz Junction Box 551274

Package dimensions Depth (package,cm) 40.32 cm Gross Weight (Package, kg) 0.14 kg Height (package,cm) 22.58 cm Width (package,cm) 37.1 cm Product dimensions Net Weight...

TerraWave's 2.4/5 GHz 4/6 dBi antenna is designed to work with 4x4 MIMO radios functioning in the 802.11n wireless protocol band. It features four dual-band antennas in a single unit, where each...