HIGH DensITY

Use Case Antenna: High Density

High Density: When Downtown Doesn’t Mean Downtime

Low Signal on Micro Level – Specific Location (Inside Village, in Basement, Building, Dense Area)

Situation

Do you know the frustration of being located in a perfectly central location, great signal outside but as soon as you get inside the building you hardly see any signal bar on your phone? This is due to lots of concrete and steel building material and/or metal-covered windows distorting and dampening signal waves. Plus, once inside, the already weak signal gets bounced back and forth between walls, doing additional damage to the waves. Subsequently it gets hard to impossible to reliably connect any phones, routers or other equipment relying on a wireless 3G/LTE/GSM connection.

Solution

With high performance antennas you can get a better connection indoors. Simply mount the antenna outside where the signal is strong and connect the antenna via cable directly or with a coupler to your device. This typically does make the difference and you are reliably connected. 


Use Case: High Density

Product Recommendations

Antenna XPOL-A0001 comprises two omnidirectional antennas and therefore can be most flexibly mounted to connect to all available provider networks. Gain is less than with some of others’ antennas but typically sufficient in areas where there is a good signal as soon as you are outside of the building.

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The OMNI-A0121 is one of our current bestsellers for 3G and LTE installations. The antennas already comes equipped with 8m cable which allows for flexible installation. The OMNI-A0121 covers all current 3G/LTE frequencies (700-2700 MHz), 4-5dBi gain. For full LTE functionality two antennas are required.

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Antenna OMNI-A0069 is a powerful, high-gain omnidirectional antenna which covers all current 3G/LTE frequencies (700-2700 Mhz). Ideal for professional installations which require maximum flexibility in terms of cable length and type. N-type connector allows for any type of cable including super low cables. For LTE coverage two antennas are required.

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