Vertical Polarization 4G/LTE Sector Coverage Panel Antenna GL-DY2327V9016

Product Introduction

●Wide Compatibility: Specifically designed for 4G/LTE systems, ensuring seamless integration and reliable performance in relevant networks.

●Optimal Signal Transmission: With a gain of 16 dBi and a suitable beam width, it can effectively cover sectors and transmit signals over a distance.

●Low - Loss Operation: Its low VSWR (≤1.5) reduces signal reflection, minimizing power loss and improving transmission efficiency.

●Sturdy & User - friendly: Boasts a strong structure for durability and a simple installation process, saving time and effort.

●All - weather Ready: Equipped with DC ground lightning protection and can operate in temperatures from - 40°C to + 65°C, suitable for various environments.

Selection Suggestions

• For Higher Signal Strength: If you need to cover a larger area or have better signal penetration in a 4G/LTE system, GL - LDY2327V9016 is a better choice due to its higher gain of 16 dBi compared to 14 dBi of GL - LDY2327V9014.

• For Narrower Vertical Coverage: When you want a more focused vertical signal distribution, GL - LDY2327V9016 with a vertical beam width of 7.5° is more suitable, while GL - LDY2327V9014 has a wider 15° vertical beam width.

• Considering Installation and Space: GL - LDY2327V9014 is smaller in both dimensions and packing size and lighter in weight. If you have limited installation space or want an easier - to - handle antenna, this model may be preferable.

FAQ

Q:Is this 2300 - 2700MHz panel antenna suitable for other network systems?
A:It's mainly for 4G/LTE systems. Using in other systems may not work well.

Q:How much power can the antenna handle at most?
A:The maximum input power of the antenna is 100W.

Q:What's the advantage of the low VSWR?
A: low VSWR (≤1.5) reduces signal reflection, which helps save power and improve the quality of signal transmission.

Q:How do I install the antenna?
A:Installation is simple, but it's recommended to follow the detailed instructions in the product manual.

Q:What material is the radome made of?
A:The radome is made of UPVC, which provides good protection for the internal components.

Q:Can the antenna withstand strong winds?
A:With a rated wind velocity of 60 m/s, it can handle relatively strong winds, but extreme conditions may affect it.

Q:What's the significance of the front - to - back ratio (≥23dB)?
A:A higher front - to - back ratio means less interference from the back - side signal, enhancing the forward signal strength.