Panel Antennas

Types of Panel Antennas

Directional In-Building Antenna, 694-3800MHz, 1-Port SISO

Directional IBS Antenna, 694-4200MHz, 1-Port SISO

Directional DAS Antenna, 350-2700MHz, 1-Port SISO

Directional Panel Antenna, 617-6000MHz, 1-Port SISO

Directional Indoor Panel Antenna, 694-3800MHz, 2-Port MIMO

Directional 5G Panel Antenna, 694-4200MHz, 2-Port MIMO

4×4 MIMO Directional Panel Antenna, 694-4200MHz, 4-port MIMO

4×4 MIMO Directional Indoor Panel Antenna, 694-3800MHz, 4-port MIMO

Products

Why Choose SYMAIR for DAS Panel Antenna?

Choosing SYMAIR for Distributed Antenna System (DAS) panel antennas offers several advantages tailored to the needs of enhancing indoor cellular coverage effectively:

Quality and Reliability: SYMAIR DAS panel antennas are known for their high-quality construction and reliable performance. They are built to withstand outdoor and indoor environmental conditions, ensuring long-term durability and stable operation.

Optimized Performance: These antennas are designed to provide excellent signal gain and radiation patterns, which are crucial for maximizing coverage and minimizing signal interference in indoor environments with complex layouts.

Support and Expertise: SYMAIR typically provides strong technical support and expertise to assist with antenna selection, deployment recommendations, and troubleshooting. This ensures that the antennas are effectively integrated into the DAS infrastructure to achieve optimal performance.

Compliance and Standards: SYMAIR antennas adhere to industry standards and certifications, ensuring compliance with regulatory requirements and interoperability with other network equipment. This reliability is crucial for seamless integration into existing cellular networks.

Why Choose SYMAIR for DAS Panel Antenna?

How Do I Choose the Right Panel Antenna for My Needs?

Choosing the right panel antenna for your needs involves several key considerations.

First, identify the frequency band your system operates on, as the antenna must be compatible with this frequency.
Next, consider the gain, which affects the range and strength of the signal; higher gain antennas provide longer range but narrower focus. Beamwidth is also crucial, as it determines the coverage area; a wider beamwidth covers more area but with less intensity.
Additionally, think about the intended application, whether it's for point-to-point communication, cellular networks, or Wi-Fi.
Finally, ensure the antenna is compatible with your existing equipment and network requirements, including connectors and mounting options.

Consulting with a professional or the manufacturer can also provide valuable guidance tailored to your specific needs.