Internet Famous Pulse Larsen Dasutwcr500nf Ultra-thin Clarity™ White Das Antenna With Reflector N Female Markdown: -60% [63oUGwYp]

Introducing the Pulse Larsen DASUTWCR500NF Ultra-Thin Clarity™ White DAS Antenna

The Pulse Larsen DASUTWCR500NF Ultra-Thin Clarity™ White DAS Antenna is a cutting-edge solution designed to meet the growing demand for high-quality wireless connectivity. This ultra-thin, ceiling-mounted antenna is the perfect choice for enhancing in-building wireless networks. Its sleek, white design seamlessly blends into any environment, making it an ideal option for modern commercial and residential spaces.

• High-performance DAS antenna with reflector for superior signal reception
• Wide frequency range of 608-960/1695-2200/2300-2700MHz to accommodate various network requirements
• Ultra-thin profile for discreet installation and minimal visual impact

Key Product Properties and Specifications

The Pulse Larsen DASUTWCR500NF White DAS Antenna is built with advanced technology to deliver exceptional performance. It features a PIM Rating of -155 dBc, ensuring minimal interference and optimal signal quality. The antenna comes with a N Female connector and a 500mm pigtail for easy installation and connection to your network infrastructure.

• High-quality materials and construction for durability and reliability
• Ceiling mount design for convenient placement in any room
• Compliant with industry standards for seamless integration into existing networks

Practical Uses and Benefits

As consumers increasingly rely on constant internet connectivity, the Pulse Larsen DASUTWCR500NF White DAS Antenna is an essential component for maintaining high-speed, reliable wireless networks. This antenna is ideal for use in office buildings, shopping centers, residential complexes, and other environments where seamless connectivity is crucial. Its innovative design and advanced features make it a must-have for anyone looking to enhance their in-building wireless network.

• Improve network capacity and data throughput in smaller coverage areas
• Enhance user experience with reduced buffering and faster internet speeds
• Ensure reliable connectivity for a wide range of devices and applications