Complete Hg4958dp-25d 4.9 To 5.8 Ghz Dual Polarity Dish Antennas Series [BpSG0IfJ]

HyperLink HG4958DP-25D: High-Performance Dual Polarity Dish Antennas

The HyperLink HG4958DP-25D is a cutting-edge dual polarized dish antenna designed for superior performance across the 4.9 GHz to 5.8 GHz frequency range. This robust antenna offers 25 dBi of gain and a wide beam-width, making it ideal for a variety of high-performance wireless applications. With its dual polarity feed system and wide bandwidth, the HG4958DP-25D simplifies installations by eliminating the need for multiple antennas, saving time and resources. This versatile antenna is perfect for use in ISM and UNII bands, public safety bands, and a range of other applications.

Unmatched Performance and Rugged Design

The HG4958DP-25D is crafted with premium materials, including a high-quality aluminum reflector dish for exceptional strength and durability. The dish is coated with a UV-inhibited polymer for long-lasting aesthetics and resistance to the elements. The antenna's dual polarity feed system is supplied via two N-Female ports, providing flexibility for vertically and horizontally polarized signals. This dual-polarity design is perfect for MIMO/802.11n and polarization diversity systems, offering enhanced performance and reliability. Additionally, the included tilt and swivel mast mount kit allows for easy alignment at various incline angles, from 0 to 30 degrees.

Wide Range of Applications

The HyperLink HG4958DP-25D is a versatile solution for a multitude of applications. Whether you're deploying WiMAX, long-distance backhaul, or point-to-point data links, this antenna delivers exceptional performance. Its wide bandwidth and high gain make it an excellent choice for ISM and UNII band applications, public safety bands, and MIMO/802.11n systems. With its rugged and weatherproof construction, the HG4958DP-25D is a reliable choice for demanding environments. Upgrade your wireless infrastructure with the HG4958DP-25D and experience the difference in performance and durability.