axl P11 E
UHF RFID Antenna (902–928 MHz)
Right-Hand Elliptical Polarization (RHEP) for enhanced tag readability
Up to 10.1 dBiC gain for extended read performance
90° beamwidth for broad and consistent coverage
Read range up to 2 meters (6.6 ft)
Multiple SMA and MCX connector options for flexible integration
$70.99
QTY
Connector Type
Product Details
The AXL P11 94 is a UHF RFID antenna designed for operation within the FCC 902–928 MHz band, utilizing advanced patch antenna technology to deliver reliable, wide-area performance. It produces a hemispherical radiation pattern with beamwidths of 90° in both elevation and azimuth, enabling consistent tag detection across broad coverage zones.
This antenna provides a typical gain of 4.5 dBiC and a peak gain of 4.8 dBiC, supporting stable read performance in demanding RF environments. It features right-hand elliptical polarization (RHEP), with axial ratios of 9.0 dB at boresight and 10.1 dB within the 3 dB beamwidth, ensuring dependable readability regardless of tag orientation.
Electrical characteristics include a VSWR of less than 2.0:1 and a standard 50 Ω input impedance for efficient power transfer and minimal signal reflection. A front-to-back ratio below -15 dB helps suppress rear radiation and improve forward directivity.
For flexible system integration, the AXL P11 94 supports SMA and MCX connector options available in flange, right-angle, and edge-mount configurations, making it suitable for a wide range of embedded and industrial RFID applications.
Key Specifications
Operating Frequency: FCC 902-928 MHz
Polarization Elliptical - RHEP (Right Hand Elliptical Polarization)
Gain US version 9.0 dBiC (Typical), 10.1 dBiC (Max)
MaxRad Distance Up to 2m (6.6ft)
ElevationBeamwidth: 90°
AzimuthBeamwidth: 90°
InputImpedance: 50Ω
VSWR: <2.0:1 (Typical)
Overall size: 155 x 155 x 1.5 mm
Weight: 105g
Product Variation with Connector Type FCC (902-928 MHz)
Flange Straight: AXL-P11 94-FLSMA
Flange Right Angle: AXL-P11 94-FRSMA
Edge Mount: AXL-P11 94-EMSMA
Ratings And Reviews





