Multi-band Ceiling Antenna 5G Omni for Hot Sales GL-DY3060H3

Differences between similar antennas

Product Introduction

1.Five-band full coverage

350-960MHz + 1350-1550MHz + 1710-2700MHz + 3400-3800MHz + 4900-7125MHz, supporting 4G/5G/C-band/Wi-Fi 6E (6GHz), replacing multiple antennas with a single device.

2. Invisible Ultra-Slim Design

Measuring only 18mm thick and Ø220mm in diameter, the pure white ABS housing blends seamlessly into the ceiling, and weighing a minimal 0.3kg, it effortlessly blends in with your decor.

3.Horizontal Polarization Anti-Interference

Unique horizontal polarization technology reduces crosstalk between devices, achieving ultra-low intermodulation (IM3) ≤ -150dBC, improving signal purity by 50% in densely populated areas such as shopping malls.

4.360° coverage without blind spots

Omnidirectional radiation + 6dBi peak gain (3.5GHz band), vertical beam angle of 45°-65°, layered coverage, single device effectively controls a 500㎡ floor.

5.Industrial-grade reliability

50W power rating + wide operating temperature range of -40°C to 65°C, PCB radiator element is moisture-resistant and corrosion-resistant, DC grounding for lightning protection, and 10 years maintenance-free.

Application Scenarios

Smart Commercial Complex: Shopping mall/airport terminal passenger flow system networking

Digital Healthcare: Seamless signal coverage for hospital ward monitoring equipment

Educational Informatization: Centralized CPE management for multiple classrooms in teaching buildings

Hotel Digitalization: IPTV and WiFi dual-network integration in guest rooms

Industrial IoT: Factory sensor data backhaul hub

Government Venues: Zero-interruption queuing system in government halls

FAQ

Q: What is the difference between horizontal polarization and common vertical polarization?

A: Vertical polarization matches mobile phone signals and is optimized for ceiling-mounted devices (AP/CPE), reducing wall reflection loss and improving the transmit and receive efficiency of ceiling-mounted devices.

Q: Can it be connected directly to a router?

A: It requires an N-type female adapter cable (such as an RG316 cable) to connect to the device. The maximum line loss is recommended to be ≤3dB. We recommend using our CL-30 ultra-low-loss patch cables.

Q: What is the use of the 4900-7125MHz frequency band?

A: It covers the 6GHz band of WiFi 6E/7 and the 5G C-band (n77/n78), ensuring future-proof performance for the next decade.

Q: How do I install an 18mm thick cable?

A: The ceiling opening is Ø225mm, and the included spring-loaded bracket allows for single-person deployment in 3 minutes.

Q: Why does the vertical beam angle narrow as the frequency increases?

A: High-frequency signals have weak penetration. A narrow beam (such as a 45° beam) focuses the energy to penetrate floors. The measured interference attenuation between upper and lower floors is ≥12dB.

Q: How do I perform DC grounding? A: The housing has a built-in grounding stud for connecting to the building ground grid (lightning protection standard IEC 62305) using a 6mm² or larger copper cable. This connection is not required in areas with strong lightning strikes.

Q: Can it be used outdoors?

A: The ABS housing is UV-resistant but not waterproof. It is only suitable for indoor use. For outdoor use, select the IP67 model GL-OD series.