Description

Huawei A164522R01v06 EasyRET 32-Port 2L6H FDD+8T8R TDD Antenna | 690–3800MHz Macro Base Station Antenna

Download Documentation of Huawei A164522R01v06 Antenna

EXECUTIVE PRODUCT OVERVIEW of Huawei A164522R01v06 Antenna 

COMPREHENSIVE TECHNICAL SPECIFICATIONS Huawei A164522R01v06 Antenna 

ELECTRICAL & MECHANICAL PROPERTIES for Huawei A164522R01v06 Antenna 

• Electrical Properties:
  • Polarization: +45°, -45°.
  • VSWR: < 1.5.
  • Isolation: Inter-band ≥ 28 dB; Cross-polar ≥ 25 dB.
  • PIM (IM3): ≤ –153 dBc (2 x 43 dBm carrier).
  • TDD Beamforming: Optimized for NR service beam and broadcast beam patterns.
• Mechanical Properties:
  • Dimensions (HxWxD): 2099 mm x 499 mm x 206 mm.
  • Weight: ~52.0 kg (excluding mounting brackets).
  • Radome Material: Fiberglass/GFRPP (Light Grey).
  • Wind Resistance: Survival speed up to 250 km/h.
  • Connector Type: 4.3-10 Female and MQ4/MQ5 Cluster Connectors.

PORT MAPPING & ARRAY OUTPUT for Huawei A164522R01v06 Antenna 

• FDD Low/Mid-Bands (16 Ports): Dedicated to 700/800/900 MHz (4T4R) and 1.4G/1.8G/2.1G/2.6G (8T8R FDD) coverage.
• TDD High-Bands (16 Ports): Two dedicated 8T8R arrays for 2.3–3.8 GHz, facilitating Massive MIMO beamforming for 5G NR (Sub-6GHz).
• Control Interface: Single AISG daisy-chain for remote tilt control of all 10 internal motors.

STRATEGIC APPLICATIONS for Huawei A164522R01v06 Antenna 

• Total Site Consolidation: Merges 2G, 3G, 4G, and 5G into one antenna position, drastically reducing tower rental costs.
• 8T8R Beamforming: Ideal for operators deploying TDD 2.6GHz or 3.5GHz 8T8R to enhance 5G capacity and cell-edge coverage.
• Ultra-Dense Urban Hubs: Provides massive port density to support multi-operator or multi-band “Super-Cell” configurations.

Huawei A164522R01v06 Passive Antenna 32-Port 8T8R Hybrid FDD+TDD 5G Antenna EasyRET 32-Port 2L6H FDD 2x(2.3-3.8GHz) 8T8R TDD Antenna with 10 Integrated RCUs – 2.0 m

A164522R01v06	D16X-2×690-960/2×1427-2690/2×1695-2200/2×2490-2690/4×2300-3800/4×2300-3800-10×65-2×15.5i/2x18i/2x17i/2×17.5i/22i/22i-10xM-R EasyRET 32-Port 2L6H FDD/2x(2.3-3.8GHz) 8T8R TDD Antenna with 10 Integrated RCUs – 2.0 m
A164519R0v06	D16X-2x(690-960)/2x(1427-2690)/2x(1695-2690)/4x(2300-3800)/4x(2300-3800) Hybrid 32-Port Passive/Active Ready Antenna. Typically features high gain (up to 22 dBi for TDD) and integrated RCUs for independent tilt across all bands.
A164521R0v06	EasyRET 32-Port 2L6H FDD / 8T8R TDD High-Capacity Antenna. Supports 690–960 MHz, 1427–2690 MHz, and 2300–3800 MHz bands with a focus on site simplification and flexible 5G evolution.

Huawei 32-Port Antennas

• Integrated RCU Design: These models use EasyRET technology, which integrates Remote Electrical Tilt (RET) motors inside the antenna housing to eliminate external AISG cables and reduce tower wind load.
• Connector Configuration: High port counts are managed through a combination of standard 4.3-10 Female connectors and high-density MQ4/MQ5 cluster connectors to maintain a slim antenna profile.
• 5G NR Optimization: These antennas are specifically designed for 5G NR “broadcast” and “service” beams, often achieving over 20 dBi gain in the 3.5 GHz TDD range to maximize 5G coverage.
• Site Consolidation: By supporting up to 32 ports, these units can replace multiple legacy antennas, consolidating 2G/3G/4G FDD and 5G TDD onto a single pole.

Detailed Comparison of Huawei 32-Port Models

Key Differentiators Explained

1. Gain vs. Size:
   • The A164519R0v06 is 2.6 meters tall. This extra height provides a narrower vertical beam, resulting in higher gain. Choose this for rural areas or highways where you need the signal to travel further.
   • The A164522R01v06 is 2.0 meters. It has slightly lower gain but is much easier to permit and install in crowded urban areas due to lower wind load.
2. Frequency “Slicing” (The D16X vs D12X):
   • The A164522 version is optimized for L-Band (1427-1518 MHz), which is becoming critical for 5G supplemental downlink.
   • The A164519 version focuses more on the standard high-bands (1.8G/2.1G/2.6G) with maximum 4T4R/8T8R efficiency.
3. TDD Performance:
   • All three support 8T8R TDD (2.3-3.8 GHz), but the 2.6m version (A164519) offers the best “Broadcast Beam” performance, making it the “King” of 5G coverage distance.
4. Integrated RCUs:
   • The A164521 often features 11 RCUs, giving you one extra motor for even more granular control over specific frequency sub-slices (like separating B1 and B3 tilt entirely).

Which one should you choose?

• Choose A164522 (2.0m): If you are in a City Center with strict height restrictions.
• Choose A164519 (2.6m): If you are covering a Suburban or Highway area and need maximum 5G range.
• Choose A164521 (2.2m): If you need the most motors for independent tilt control of every single band.