PEAR™ Antennas
| Innovative In-Building Solutions
CUTTING EDGE TECHNOLOGY
- Superior antenna performance.
- MIMO performance within one enclosure.
- Optimized for multiple carrier deployment.
CUSTOMIZABLE TO YOUR NEEDS
- Mounting options for above, below and through false/dry ceilings. More...
REDUCED SYSTEM COST
- Reduced installation cost due to reduced number of antennas.
- Better coverage per antenna.
"With PEAR™
you achieve
up to 47% more
data throughput." *
PEAR™ Antennas
| Innovative In-Building Solutions
REDUCED LABOR COST
- Install only one antenna for MIMO performance.
A SOLUTION FOR EACH LOCATION
- Mounting solutions for above, below and through false/dry ceilings. More...
- Antenna configurations with and without pigtail available.
CONSISTENT COVERAGE ACROSS THE VENUE
- True omni patterns at each frequency band.
- Superior antenna performance.
"Installing only one
Galtronics antenna
instead of two spatially
separated antennas
is true labor saving."
PEAR™ Antennas
| Innovative In-Building Solutions
BETTER SYSTEM PERFORMANCE
- Designed for in-building multi-path environments.
- Higher data throughput with MIMO through dual polarization.
REDUCED SYSTEM COST
- Reduced number of antennas result in cost savings.
TROUBLE FREE OPERATION WITH MULTIPLE CARRIERS
- Antennas cover ultra wide frequency ranges.
- Verified low PIM antenna design.
"The PEAR radiation
patterns are amazingly
uniform & omni directional."
Major U.S. National Carrier
PEAR™ Antennas
| Innovative In-Building Solutions
REDUCED VISUAL IMPACT WITHIN YOUR PROPERTY
- Only one antenna instead of two spatially separated for 4G/LTE performance.
- Flexible mounting solutions for all ceiling types. More...
AESTHETICALLY APPEALING
- Unobtrusive antenna design. Radome paintable.
BE READY FOR INCREASING DATA DEMANDS
- Superior antenna performance.
- Optimized for multiple carrier operations.
"PEAR antennas made
an unobtrusive integration
within our building
interior possible."
*Compared to two spatially separated SISO antennas. Based on a live network joint testing with a major U.S. neutral host. Read more ...
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