The Xertex Terrace bi-directional antenna utilizes a patented low-profile design
to provide coverage in corridors or long hallways.
This antenna provides outstanding performance in healthcare and office environments, where a long hallway requires one base station rather than two.
Typical applications include wireless local loop, in-building wireless (voice and data), WLAN, DECT, WPBX, and PHS.
Customized and scalable to meet your frequency and application requirements
| |
PCS 1900 MHz |
ISM 2400 MHz |
| Element Type |
Air-Loaded Patch |
Air-Loaded Patch |
| Frequency Range |
1850-1990 MHz |
2400-2500 MHz |
| Peak Gain |
5.0 dBi |
5.0 dBi |
| Polarization1 |
Linear |
Linear |
| Azimuth 3dB Beamwidth |
60º |
60º |
| Elevation 3dB Beamwidth |
30º |
30º |
| Impedance |
50 ohms |
50 ohms |
| Maximum Input Power |
50 watts |
50 watts |
| VSWR (Min. Performance) |
2.0:1 |
1.8:1 |
| Connector |
Customer Choice |
Customer Choice |
| Size |
8x8.8x3.2cm |
6.9x6.4x2cm |
| Radome Material |
ABS |
ABS |
| Operating Temperature |
-40º to +70º C |
-40º to +70º C |
| Storage Temperature |
-40º to +70º C |
-40º to +70º C |
| Model Numbers2 |
| With N-type connector |
190BD5W-NF12 |
245BD5W-NF12 |
| With SMA (male) |
190BD5W-SM12 |
245BD5W-SM12 |
All models include a low-loss, RG142, plenum rated "pigtail" cable.
1Polarization axis is parallel to the cable axis.
2Please contact your Xertex representative for different connector options and their part numbers.
Typical Antenna Patterns
|
Azimuth Plane
(cut perpendicular to the antenna and perpendicular to the cable)
 |
Elevation Plane
(cut perpendicular to the antenna along the cable axis)
 |
|
Omni Plane
(cut in the plane of the antenna parallel to the cable)
 |
As shown in these typical antenna patterns, the Terrace antenna offers excellent high-gain two-way performance over a broad area.
|

Xertex designs and test the Terrace antennas, as well as other stock and custom designs, in its state-of-the-art Colorado facility. Xertex can modify an existing design or create a new solution to solve any application's requirements.