TX RX Systems last Friday announced connectivity advancements in UHF and VHF frequencies. The company continues to push boundaries to redefine standards for bi-directional amplifiers (BDAs) during a time when reliable connectivity is more important than ever.
All BDAs are optimized in the company’s Angola, N.Y. facility. The engineering team specializes in designing custom BDA filtration systems that optimize UHF and VHF frequencies to mitigate potential noise challenges and ensure seamless coverage.
TX RX Systems’ enhanced UHF and VHF frequencies ensure:
- Extended coverage range for improved communication in challenging environments.
- Superior signal strength to overcome obstacles and interference.
- Optimized performance to meet the rigorous demands of emergency response and public safety operations.
- The company provides industry-leading products globally, all of which are customizable industrial grade and include a three-year warranty. In addition, all RF products are NFPA-compliant and UL 2524 certified.
TX RX Systems implemented state-of-the-art UHF and VHF frequency networks for prominent clients in the U.S. The company:
- Built a revolutionary UHF radio network with Kenwood Radio for LoanDepot Park, in Miami, to ensure uninterrupted public safety coverage throughout the stadium.
- Designed and generated an innovative UHF combiner for SoFi Stadium, in Los Angeles, to centralize signal outputs and streamline frequencies for optimal connectivity.
- Developed advanced VHF combining systems at Hudson Yards Rail Center, in New York, introducing two cutting-edge systems and expanding an existing one, to significantly enhance railway communications.
TX RX Systems is paving the way for the future of connectivity. The company’s patented technology is growing exponentially and continues to enhance frequencies that empower BDAs to deliver unmatched performance.
Ken Pokigo, CTO, TX RX Systems
TX RX Systems recognizes the importance of UHF and VHF frequencies in optimizing BDA performance. These enhanced frequencies play a pivotal role in powering uninterrupted communication, particularly in critical situations where reliable connectivity is essential in saving lives.
