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ADRF Bows SDRC Series Repeater for Indoor Wireless Connectivity

Published: October 4, 2024
4zevar / stock.adobe.com

Advanced RF Technologies, Inc. (ADRF), the Burbank, Calif.-based, distributed antenna system (DAS) and repeater provider, introduced the SDRC Series repeater — its first Part 20 repeater to bring instant wireless connectivity to small and mid-sized buildings. The repeater makes it easier, faster, and more cost-effective than ever to provide cellular coverage by streamlining the lengthy and cumbersome process typically involved with establishing in-building wireless networks, says ADRF.

The SDRC is sold in a turnkey solution with four 4G/LTE RF bands (e.g. 700MHz, 850MHz, PCS, AWS), coaxial cable, donor and server antenna. Unlike other Part 20 repeater solutions on the market, the SDRC package can be easily deployed to improve the existing wireless network and be easily upgraded due to its modular architecture, says ADRF. The SDRC offers quad-band service in one chassis and its specialized digital filtering vastly decreases the likelihood of interfering with adjacent mobile carrier macro networks.

“ADRF has been a leader in delivering premium carrier-grade repeater solutions for a quarter century, and we are thrilled to bring that same quality to a Part 20 solution for the first time,” says Sun Kim, director of engineering at ADRF.  Kim continues, “The SDRC is the next evolution of repeater technology and architecture, and the perfect solution for integrators to easily bring cellular connectivity to small to mid-sized buildings without the hassle of a full-scale installation.”

ADRF’s SDRC Series Repeater Features

ADRF’s SDRC Series supports:

  • 700 MHz, 850MHz, PCS, AWS bands out of the box
  • Up to five SDRC modules and one power supply module
  • Remote network control and alarm monitoring via web-based graphical user interface (GUI)
  • Hot-swappable modules to minimize downtime
  • 17 dBm max downlink output power
  • Up to 3 channelized digital filtering with sharp roll-off
  • Band equalization to balance out RF signal strength across all frequency bands

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