Dual 11dBi All-Band, 4GX 4G MIMO and 3G – LPDA Antenna

Description11dBi – DUAL LPDA MiMo Antenna Kit for:4G Advanced 4GX (4G CA) : 700/1800MHz 4G MIMO FDD 700,850,900,1800,2100,2300,2600 4G Plus MIMO : 2300MHz 4G LTE MIMO : 2600MHz. Also: 3G, Next G, Dual Carrier HSPA in Antenna Diversity mode.Plus: WiFi Wireless N networks with 2xAntennas ConnectivityBenefits All 3G, 3G nextG & GSM Modems & RoutersAll 4G 700,850,900,1800,2300 & 2600MHz bands including 4GX and 4G CA.Future proof, covers All Bands: GSM, 3G, WCDMA, UMTS, HSPA, HSPA 4G-LTEWideBand: 700-960/1710-2700MHzFixed Wireless, Outdoor or Semi-Mobile installs.Future proof – Covers new 700 and 2500MHz 4G bands.Connect to towers that have 4G MIMO or Dual Carrier 3G services enabled.Correctly installed, this antenna can turn an unreliable 3G or 4G internet connection into a fast broadband service.Rural and Metro Locations where local signal is weak.Pictures above are for illustration purposes, some negligible variance in actual appearance may apply.SPECIFICATIONS Electrical DataGain:10/11 dBiFrequency (MHz)698-960/ 1710-2700VSWR:<1.2:1Polarization:Vertical, Horizontal, Slant or X-pol (±45°)Horizontal Beamwidth:50°Vertical Beamwidth:40°Nominal Impedance:50 OhmsF/B Ratio:>18 dBMax Input Power:100 WLightning Protection:DC Ground Mechanical DataConnector:SMA Male on antenna FME female adapterDimensions (mm):445*265*65Weight:1.2kgPigtail Cable Length:300mmPigtail Coax:®LMR200 or equiv.Element Material:Aluminum AlloyRadome Material:Weatherproof ABSMounting Method:MastMast Diameter:Ø25-Ø54mmRated Wind Velocity:240km/hOperating Temp:-40~ 65°CType:Radome Log-Periodic (LPDA) Supplied with FME-Female and SMA-Male (adapter) final connection. Patch Lead (if required) not included sold separatelySome minor assembly required. You’ll need a 10mm spanner to set the antenna angles.698-960/1710-2700MHz CompatibleCarrier/ServiceFrequencyBandBandwidthCompatibleTelstra 4Gx Optus 4G, *TPG 4G700MHzBand 28703~803 MHzTelstra 3G Vodafone 3G & 4G 850MHz Band 5809~894 MHzOptus 3G,  *Telstra 4G Vodafone 3G *4G900MHzBand 8880~960 MHzTelstra & Optus 4G1800MHzBand 31710~1880 MHzVodafone, Optus, Telstra 3G and *4G2100MHzBand 11920~2170 MHzOptus 4G TDD (Vividwireless)2300MHzBand 402302~2400 MHz2.4GHz Wireless Networks WiFi WLAN 802.112400MHzWiFi 2.4GHz2400-2484 MHzTelstra 4G, Optus 4G *Vodafone/TPG 4G2600MHz Band 72500~2690 MHzNotes: *Minor or in-transition servicesCables & Connections The antennas have SMA male connector. The optional additional coax cable is supplied with adapter(s) LL240 and LL400 – SMA female both ends LL240 and LL400 SMA female on coax, SMA male FME female   adapters includedLL195 FME female on cable, SMA male adapter included Antenna Coax Cable • Select your required length of LL195, LL240 or LL400 low-loss coax cable ABOVE . • Connects Antenna to Wallplate or direct to your modem/Patch Cable. Coax specs   SMA-Male and FME-female Final Termination *When antenna is purchased with an Optional Coax • Selected Coax Cables are supplied with adapters to provide final terminations of both SMA Male and FME female via included adapter(s).Others available Coax Cable includes a strip of Self Amalgamating Tape to seal the outdoor antenna connection.Seal antenna connections against Rain, Moisture and UV sunlight.19 wide x 0.8mm thick.Sufficient tape to cover the outdoor SMA antenna connections in the kit.Phone/Modem Patch Cable not included – Please purchase separatelyMast shown in pictures is for illustration purposes only. Mast or pole not includedBest Coax Cable for 4G LTEConsider using super-low-loss LMR400 coax for 4G LTELMR240 & LMR195 coax are very high quality coax cables. However there are no magical loss-free coax cables and as such are subject to attenuation that increases with increased frequency and longer length as any coax cable. As the upper 4G bands of 1710MHz – 2700MHz the attenuation per metre will be more than double that of the lower 700, 850 and 900MHz bands. Thus we always recommend LMR400 super-low-loss coax for runs more than 5m for frequencies over 1GHz in low signal areas.