Distributed Antenna Systems

Reliable Inbuilding Cellular Coverage

Overview

In today's mobile-centric world, reliable indoor cellular coverage is essential for businesses, venues, and public spaces. However, building materials and architectural designs often impede outdoor signals, leading to poor indoor reception. Distributed Antenna Systems (DAS) address this challenge by distributing cellular signals throughout a building, ensuring consistent and robust connectivity for all users.

What is a Distributed Antenna System (DAS)?

A DAS is a network of spatially separated antennas connected to a common source via coaxial or fiber-optic cables. This infrastructure amplifies and distributes cellular signals within a building or across a campus, providing seamless coverage even in areas where signals are typically weak or obstructed.

Benefits of Implementing DAS

  • Enhanced User Experience

Eliminates dropped calls and slow data speeds, ensuring uninterrupted communication and access to mobile applications.​

  • Supports Multiple Carriers and Technologies

Accommodates various mobile operators and is adaptable to evolving technologies, including 5G

  • Scalable Solutions

Tailored to fit diverse environments, from small enterprises to expansive venues like stadiums and airports.​

  • Improved Public Safety Communications

Ensures that emergency responders have reliable communication channels within buildings.​

Airspan's DAS Solutions

Airspan offers advanced DAS solutions designed to meet the unique needs of different facilities:

MA-6000
  • MobileAccess 6000

Ideal for large venues such as stadiums and airports, this solution provides high-capacity coverage to support thousands of simultaneous users.​

MA-6200
  • MobileAccess 6200

Suited for medium-sized buildings like hospitals, hotels, and commercial properties, offering flexible and efficient coverage to enhance user experience.​

By implementing Airspan's DAS solutions, organizations can ensure robust and reliable indoor cellular connectivity, meeting the demands of today's mobile-dependent society.