MX14FRO660-01

 

NWAV™ X-Pol 14-Port Antenna
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X-Pol 14-Port 6 ft, 60° Fast Roll Off with Smart Bias Ts, 698-4200 MHz:

2 ports 698-894 MHz, 4 ports 1695-2200 MHz, and 8 ports 3700-4200 MHz
  • Fast Roll Off (FRO™) azimuth beam pattern improves Intra- and Inter-cell SINR

  • Combination of Hex Port Antenna with integrated 5G 3.5 GHz 8T8R beamforming capability

  • Optimized antenna array design for all 3.5 GHz beamforming combinations

  • Maintains existing low and mid band RF performance

  • Lower antenna weight with new Integrated RF distribution design

  • Excellent passive intermodulation (PIM) performance reduces harmful interference.

  • Fully integrated internal (iRETs) with SBT for independent RET control on all bands

Fast Roll-Off antennas increase data throughput without compromising coverage
The horizontal beam produced by Fast Roll-Off (FRO) technology increases the Signal to Interference & Noise Ratio (SINR) by eliminating overlap between sectors .
Non-FRO antenna Large traditional antenna pattern overlap creates harmful interference. JMA FRO antenna
JMA’s FRO antenna pattern minimizes overlap, thereby minimizing interference.
LTE throughput SINR Speed (bps/Hz) Speed increase CQI
Excellent >18 >4.5 333+% 8-10
Good 15-18 3.3-4.5 277% 6-7
Fair 10-15 2-3.3 160% 4-6
Poor <10 <2 0% 1-3
The LTE radio automatically selects the best throughput based on measured SINR.
Electrical specification (minimum/maximum) Ports 1, 2 Ports 3, 4, 5, 6
Frequency bands, MHz 698-806 806-894 1695-1880 1850-1990 1920-2200
Polarization ± 45° ± 45°
Gain over all tilts, dBi 14.6 15.2 17.5 17.9 18.2
Horizontal beamwidth (HBW), degrees1 64 60 64 61.0 56.0
Front-to-back ratio, @180°, dB >26.0 >27.0 >28.0 >26.0 >25.0
X-Pol discrimination (CPR) at boresight, dB >20.0 >18.0 >19.0 >17.0 >17.0
Vertical beamwidth (VBW), degrees1 14 12 5.7 5.3 4.8
Electrical downtilt (EDT) range, degrees   2-14 0-9
First upper side lobe (USLS) suppression, dB1 ≤-16.0 ≤-16.0 ≤-16.0 ≤-16.0 ≤-16.0
Cross-polar isolation, port-to-port, dB1 25 25 25 25 25
Max VSWR / return loss, dB 1.5:1 / -14.0 1.5:1 / -14.0
Max passive intermodulation (PIM), 2x20W carrier, dBc -153 -153
Max input power per any port, watts 300 250
Total composite power all ports (1-14), watts 1500

1 Typical value over frequency and tilt

Electrical specification (minimum/maximum) Ports 7, 8, 9, 10, 11, 12, 13, 14
Frequency bands, MHz 3700-4200
Gain over all tilts, dBi 15.7
Horizontal beamwidth (HBW), degrees1 85
Horizontal beam width tolerance, degrees ±5
Front-to-back ratio, @180°, dB 27
Vertical beamwidth (VBW), degrees1 7.5
Vertical beam width tolerance, degrees ±0.3
Beam tilt, degrees 2-12
First upper side lobe (USLS) suppression, dB1 15
Coupling level, Amp, Antenna port to Cal port, dB 26
Coupling level, max Amp Δ, Antenna port to Cal port, dB ±0.7
Coupler, max Amp Δ, Antenna port to Cal port, dB 0.65
Coupler, max Phase Δ, Antenna port to Cal port, degrees 4
Cross-polar isolation, port-to-port, dB1 25
Isolation, Inter-band, dB 25
Max VSWR / return loss, dB 1.5 / -14.0
PIM, 3rd Order, 2 x 20 W, dBc -145
Max input power per any port at 50 °C, watts 75

1 Typical value over frequency and tilt

Electrical specification, Broadcast 65° Ports 7, 8, 9, 10, 11, 12, 13, 14
Frequency bands, MHz 3700-4200
Gain over all tilts, dBi 21.2
Horizontal beamwidth (HBW), degrees1 65
Horizontal beamwidth tolerance, degrees ±4
Vertical beamwidth (VBW), degrees1 7.5
Vertical beamwidth tolerance, degrees ±0.3
First upper side lobe (USLS) suppression, dB1 <-16
Electrical specification, Service Beam Ports 7, 8, 9, 10, 11, 12, 13, 14
Frequency bands, MHz 3700-4200
Steered 0° gain, dBi 21.2
Steered 0° Gain tolerance, dBi ±0.6
Steered 0° Beamwidth, Horizontal, degrees 24
Steered 0° CPR at beampeak, dB 18
Steered 0° Horizontal Sidelobe, dB 12
Steered 30° Gain, dBi (max) 20.5
Steered 30° Gain tolerance, dBi ±0.6
Steered 30° Gain, dBi 20.7
Steered 30° Beamwidth, Horizontal, degree 22
Steered 30° CPR at beampeak, dB 18
Steered 30° Horizontal Sidelobe, dB 10
Electrical specification, Soft Split Ports 7, 8, 9, 10, 11, 12, 13, 14
Frequency bands, MHz 3700-4200
Gain over all tilts, dBi 19.8
Horizontal beamwidth (HBW), degrees1 33
First upper side lobe (USLS) suppression, dB1 15

Beamforming weighting table available upon request

Ordering information
Antenna model Description
MX14FRO660-01 6F X- Pol 14 Port FRO 60⁰ 2-14⁰/ 0-9⁰/ 2-12⁰ RET, 4.3-10 & SBT
Optional accessories
AISG cables M/F cables for AISG connections
PCU-1000 RET controller Stand-alone controller for RET control and configurations
91900314-03 Dual Mount Bracket (see 91900314 bracket document for details)
Mechanical specifications
Dimensions height/width/depth, inches (mm) 72.0/ 14.2/ 8.5 (1828.8/ 360.7/ 215.9)
Shipping dimensions length/width/height, inches (mm) 82/ 20/ 15 (2082.8/ 508/ 381)
No. of RF input ports, connector type, and location 14 x 4.3-10 female, bottom
Calibration interface port, connector type & location 1 x 4.3-10 female, bottom
RF connector torque 96 lbf·in (10.85 N·m or 8 lbf·ft)
Net antenna weight, lb (kg) 63 (28.57)
Shipping weight, lb (kg) 101 (45.81)
Antenna mounting and downtilt kit included with antenna 91900318
Net weight of the mounting and downtilt kit, lb (kg) 18 (8.18)
Range of mechanical up/down tilt -2° to 12°
Rated wind survival speed, mph (km/h) 150 (241)
Frontal and lateral wind loading @ 150 km/h, lbf (N) 67.0 (298.3), 28.1 (124.9)
EPA frontal and lateral, ft2, (m2) 3.0 (0.28), 1.3 (0.12)
Front view Back view Bottom view
Remote electrical tilt (RET 1000) information
RET location Integrated into antenna
RET interface connector type 8-pin AISG connector per IEC 60130-9 or RF port bias-t
RET connector torque Min 0.5 N·m to max 1.0 N·m (hand pressure & finger tight)
RET interface connector quantity 2 pairs of AISG male/female connectors and 3 RF port bias-ts
RET interface connector location Bottom of the antenna
Total no. of internal RETs 698-894 MHz 1
Total no. of internal RETs 1695-2200 MHz 1
Total no. of internal RETs 3700-4200 MHz 1
RET input operating voltage, vdc 10-30
RET max power consumption, idle state, W ≤ 2.0
RET max power consumption, normal operating conditions, W ≤ 13.0
RET communication protocol AISG 2.0 / 3GPP
RET and RF connector topology
The R1 and B1/B2 RET devices can be controlled via either the designated external AISG connectors or the RF smart bias-t ports. The P1 RET devices can be controlled via the RF smart bias-t port only as shown below: 

 

Band RF port
1695-2200 3-6

 

Band RF port
698-894 1-2

 

Band RF port
3700-4200 7-14
Array topology

4 sets of radiating arrays

R1: 698-894 MHz

B1: 1695-2200 MHz

B2: 1695-2200 MHz

P1: 3700-4200 MHz
Band RF port
698-894 1-2
1695-2200 3-4
1695-2200 5-6
3700-4200 7-14

V3.0

01/02/24