Model: ATD4516R8v08
DX-3300-3800-75-15.5i-M-R
Antenna Specifications
General Electrical Properties
Frequency range (MHz)
3300–3800 (p1)
Polarization
+45°, –45°
Electrical downtilt (°)
General
parameters
2–12, continuously adjustable
±1
Electrical downtilt tolerance (°)
Maximum effective power per port (W)
50 (at 50℃ ambient temperature)*
Impedance (Ω)
50
Grounding
Calibration
and
electrical
parameters
DC grounding
Coupling factor between calibration port and each antenna port
(dB)
–26±2
Max. amplitude tolerance from calibration port to input ports (dB)
0.9
Max. phase tolerance from calibration port to input ports (°)
7
Ports VSWR
1.5
Co-polarization isolation between ports (dB)
≥ 20
Cross-polarization isolation between ports (dB)
≥ 25
* Maximum effective power whole antenna: 400W (at 50℃ ambient temperature)
TDD LTE Electrical Properties
Frequency range (MHz)
Single
column
beam
Radiation
parameters
65°
Broadcast
beam
Service
beam
3300–3800 (p1)
Gain (dBi)
15.5
Horizontal 3 dB beam width (°)
78
Front to back ratio (dB)
≥ 23
Cross polar ratio, 0° (dB)
≥ 18
Vertical 3 dB beam width (°)
5.5
Side lobe suppression for first side lobe above main
beam (dB)
≥ 15
Gain (dBi)
17
Horizontal 3 dB beam width (°)
65
Front to back ratio (dB)
≥ 25
Cross polar ratio, 0° (dB)
≥ 22
Vertical 3 dB beam width (°)
5.5
Side lobe suppression for first side lobe above main
beam (dB)
≥ 15
0° direction beam gain (dBi)
21
0° direction beam horizontal 3 dB beam width (°)
26
0° direction beam front to back ratio (dB)
≥ 28
0° direction beam cross polar ratio (dB)
≥ 22
Gain (dBi)
20
Horizontal 3 dB beam width (°)
Soft split
multi-beam Front to back ratio (dB)
30
≥ 25
Cross polar ratio at boresight (dB)
≥ 18
Notes：
65° broadcast beams and multi-beams are applicable in different scenarios. Select one of them for network coverage based on
site requirements and auxiliary equipment conditions.
1
Model: ATD4516R8v08
DX-3300-3800-75-15.5i-M-R
5G NR Electrical Properties
Frequency range (MHz)
Single column beam
Radiation
parameters
NR Broadcast beam
NR Service beam
3300–3800 (p1)
Gain (dBi)
15.5
Horizontal 3 dB beam width (°)
78
Front to back ratio (dB)
≥ 23
Cross polar ratio, 0° (dB)
≥ 18
Vertical 3 dB beam width (°)
5.5
Side lobe suppression for first side lobe above main beam
(dB)
≥ 15
Gain (dBi)
20.7
Horizontal 3 dB beam width (°)
65
Front to back ratio (dB)
≥ 25
Vertical 3 dB beam width (°)
5.5
Side lobe suppression for first side lobe above main
beam (dB)
≥ 15
0° direction beam gain (dBi)
21
0° direction beam horizontal 3 dB beam width (°)
26
0° direction beam front to back ratio (dB)
≥ 28
0° direction beam cross polar ratio (dB)
≥ 22
Notes：
1. The 5G NR broadcast beam is the envelope of SSB(synchronization signal block) sweeping beams and the gain is the
maximum gain of SSB sweeping beams.
2. Downlink broadcast beam gain values and pattern files can only be used for broadcast channel coverage prediction.
3. Downlink and uplink budgets need to be calculated based on the gain of single column beam and the correct Tx/Rx number.
Mechanical Properties
Antenna dimensions (H x W x D) (mm)
1100 x 259 x 135
Packing dimensions (H x W x D) (mm)
1290 x 340 x 205
20.7 (Including clamps)
Radome material
Fiberglass
Radome colour
Light grey
Operational temperature (℃)
–40 to +65
Connector
Connector position
Wind load (N)
1100
Antenna packing weight (kg)
13.3
770
Antenna weight (kg)
(281)
43
8 x 4.3-10 Female + 1 x 4.3-10 Female
(CAL)
Bottom
Frontal: 301 (at 150 km/h)
Lateral: 161 (at 150 km/h)
Maximum: 345 (at 150 km/h)
Max. operational wind speed (km/h)
200
Survival wind speed (km/h)
250
2
49
Distance between columns (mm)
68
Unit: mm
Model: ATD4516R8v08
DX-3300-3800-75-15.5i-M-R
Wind Load Polar Chart @150 km/h (N)
Accessories
Item
Model
Description
Weight
Units per antenna
Clamp kit-B
ASMC00013
2 clamps,
mast diameter: 50–115 mm
3.3 kg
1
Downtilt kit-B
ASMDT0B01
Mechanical downtilt: 0–16°
1.3 kg
1 (Separate packing)
Port and Array Layout
p1.L
p1.CL
p1.CR
p1.R
p: Purple
Port
Array
Freq(MHz)
RET S/N
RAE S/N
1–8
p1
3300-3800
HWMxxx….p1
HWXxxx…...p1
3
Model: ATD4516R8v08
DX-3300-3800-75-15.5i-M-R
Pattern Sample for Reference
Single column
65° Broadcast
Service 0°
5G NR Broadcast
Multi-Beam –30°
Multi-Beam +30°
4
Model: ATD4516R8v08
DX-3300-3800-75-15.5i-M-R
Antenna Information Management Module (AIMM) Specifications
RET Properties
RET type
Integrated RET
RET protocols
AISG 2.0/3GPP
Input voltage range (V)
10–30 DC
Power consumption (W)
< 1 (when the motor does not work, 12 V)
< 3.5 (when the motor is working, 12 V)
< 10 (when the motor is starting up or shutting down, 12 V)
Adjustment time (full range) (s)
Typ. 30 (typically, depending on antenna type)
Connectors
2 x 8 pin connector according to IEC 60130-9
Daisy chain in: Male/Daisy chain out: Female
Pin assignment according AISG
1
2
3
4
5
6
7
8
DC
Not used
RS-485B
Not used
RS-485A
DC
DC return
Not used
2.5 (10/350 μs)
10 (8/20 μs)
Lightning protection (kA)
RAE Properties
RAE type
Integrated RAE, manages antenna information
RAE protocols
AISG-ES-RAE V2.1.0
EasyBeam Properties
Frequency range (MHz)
3300–3800
Electrical downtilt (°)
2–12
Broadca
st beam
Horizontal 3 dB beam
width (°)
Electrical azimuth (°)
30
65
90
–15 to +15
0
1
/
Electrical azimuth step(°)
Standards: EN/IEC 60950-1(Safety), EN/IEC 60950-22(Safety – Equipment installed outdoor), EN 55032 (Emission),
EN 62368-1(Safety), ETSI EN 301 489, FCC Part15, ICES-003
Certification: CE, FCC, IC, RCM, RoHS, REACH, WEEE
NOTE
1. Values based on NGMN recommendations on Base Station Antenna Standards (BASTA).
2. Electrical datasheet is available in XML format.
3. Facilities, such as towers and poles, must bear the weight and wind load of antennas.
4. Huawei's standard brackets and accessories must be used for any installation.
5. The antenna working environment must meet the requirements specified in the datasheet.
6. Only qualified personnel are allowed to perform installation. Installation tools and procedures must conform to requirements
described in the antenna installation guide.
7. In the effort to improve our products, all specifications are subject to change without notice.
Huawei Technologies Co., Ltd.
Bantian, Longgang District, Shenzhen 518129, P.R.China
5
www.huawei.com/antenna
Issue: 2024-03-30