Liquidation Sale 2 Inside Building Panel Antennas (50 Ohm) With 3-way Splitter & Cables Collection [UT0J6Fbv]

2 Inside Building Panel Antennas with Splitter and Cables

This premium quality expansion kit is designed to enhance your existing 50 Ohm cell phone booster system. The kit includes two ceiling or wall mountable panel antennas, a 3-way splitter, and necessary cables for seamless integration. With its easy installation and compatibility with major brands like Uniden, Hiboost, SureCall, and Wilson weBoost, this expansion kit is a perfect choice for anyone looking to improve their indoor cellular reception. Key features include: two high-gain panel antennas, a robust 3-way splitter, and cables for direct connection to your booster system.

Product Specifications and Technical Details

Each panel antenna offers excellent performance with a frequency range of 698 – 960 / 1710 - 2700 MHz, providing coverage for all major cellular bands and carriers. The antennas are designed for in-building use and come with a concealed mounting bracket for easy wall installation. The 3-way splitter is weatherproof, ensuring reliable performance in both indoor and outdoor environments. The AFCAX-400 low-loss cables provide high-performance connectivity, while the 50 Ohm impedance ensures compatibility with a wide range of boosters. Key specifications include: 698-2700 MHz frequency range, 4.8 dB splitter loss, and 20 dB isolation.

Practical Uses and Benefits

Whether you're looking to improve cell reception in your home or office, or enhance signal strength for critical communication needs, this expansion kit is an ideal solution. By placing the panel antennas in areas with weak reception, you can extend the coverage of your booster system up to 50 feet away. The kit's compatibility with major brands and its easy installation make it a great choice for both DIY enthusiasts and professionals. Target audience includes: individuals and businesses looking to improve indoor cell coverage, cell tower operators, and homeowners with weak signal issues.