Dual Band Bi-Sector™ Array (824 – 896 MHz; 1850 – 1990 MHz)

The TenXc Dual Band Bi-Sector Array is an innovative, single-enclosure phased array solution for both 850 MHz and 1900 MHz band networks. It matches the original 65° pattern with a new asymmetric beam-pair contoured to optimize central overlap and edge roll-off characteristics. Operating across the full 850MHz and 1900MHz frequency bands, the Dual band Bi-Sector Array is applicable to CDMA, GSM and UMTS networks.

The Dual Band Bi-Sector Array incorporates advanced array technology with a single panel supporting two sectors per frequency band in a highly compact Radom design. It is available in three different versions:

FET (Fixed Electrical tilt) Series
VET (Variable Electrical Tilt) Series
RET (Remote Electrical Tilt) Series

All TenXc antenna products are manufactured under ISO 9000/14000 and are RoHS compliant

Key Features

High-gain antenna with continuous wideband operation between 824-960 MHz and 1850-1990MHZ.
Single panel design supporting four beams without mount changes (8RF ports per panel)
Asymmetric dual beams optimized to match existing cloverleaf (65°) deployments
Dual +45° and –45° cross-polarization for Left and Right beams
Independently adjustable beams provide unmatched optimization flexibility
3GPP/AISG 2.0 compliant (RET Series)
Daisy Chaining capability (RET Series)
Weather resistant and highly reliable internal design
Software upgradeable (RET Series)

Applications

Data throughput and/or capacity-constrained sites
Spectrum-limited markets
Spectrum clearing and re-farming
In circumstances where operator wishes to defer CDMA or W-CDMA carrier adds

Benefits

Dramatically increases site capacity through higher order sectorization
Patented asymmetrical beam shape maximizes coverage in a standard tri-sector cell site
Boosts data throughput by lowering interference
Dual band array provides both 850 MHz and 1900 MHz coverage in a single enclosure
Provides remote control of electrical down tilt of antenna for easier optimization (RET Series)
Allows operators to defer or avoid building new capacity sites
Enables reduced antenna count
Minimizes installation and site upgrade costs

For data sheets and antenna patterns, please contact us.