train tunnel

5G DAS

5G DAS Cellular In-Building Wireless Coverage

In an era where people are increasingly reliant on mobile devices, and IoT (Internet of Things) devices are proliferating, the need for robust and ubiquitous 5G DAS (Distributed Antenna System) coverage within buildings is paramount. Buildings often act as barriers to wireless signals due to construction materials, architectural design, and interference from neighboring structures. Consequently, poor indoor 5G DAS coverage hampers not only the user experience but also obstructs the potential of various emerging technologies.

More than 80% of voice and data usage happens indoors.

What is DAS?
(Distributed Antenna System)

A Digital Distributed Antenna system (DAS) is like having many small antennas throughout a building that work together to improve wireless signal strength and coverage. Moreover, the system processes and distributes the signal digitally, allowing for better control and reliability. This helps to ensure a strong and stable wireless connection, even in areas with a lot of interference or signal problems.

Furthermore, DAS is widely used in large venues such as stadiums, airports, hospitals, and hotels where a reliable and high-quality wireless connection is critical. It’s also used in commercial buildings and campuses to provide seamless connectivity for employees, visitors, and guests.

Traditional Outdoor Macro Coverage 
Maven Wireless Digital Indoor System 
stadium

Cellular In-building Coverage for Stadiums, Arenas and Venues

Our unique modular platform offers excellent wireless coverage and capacity. You can save costs by deploying what you need today and adding bands or sectors in the future. Our modularity protects your investment during technological transitions, such as the shift from 2G, 3G, and 4G to 5G, allowing for gradual upgrades without the need for complete replacements.

connected house

In-building coverage solutions for Commercial properties

Maven Wireless is the most flexible DAS platform available. Our modular amplifiers cover every band used for commercial cellular communications, private networks, two-way radio, paging, and public safety from 88 MHz to 4 GHz. This ensures reliable connectivity for users wherever they go!

Why are 5G-Ready Wireless Solutions Essential?

Future-Proof Building Investment

Increased Capacity and Performance

Seamless Multi-Operator Support

Flexible and Scalable Solution

Stratus – High Power Digital DAS Remotes

The Stratus high power digital remote is suitable for hybrid DAS installations supporting passive antenna and leaky feeder systems. The Stratus remote supports combinations of public safety bands (87.5MHz-900MHz) and cellular bands (700MHz – 4GHz) in any SISO or MIMO configuration.

Technical features

  • Up to 5 bands in one enclosure and/or 4X4 MIMO Support
  • Fanless – passively cooled maintenance free
  • Typical 400W power consumption
  • Weather-proof (IP66) and less than 25kg

Nimbus Low Power Active DAS Remotes

The Nimbus low power digital remote comprises 4 full-sized cellular bands for all operators in a single enclosure. Antennas are built-in which alleviates the need for passive cables and components. The maximum RF bandwidth is 1600 MHz and it is available in different configurations with SISO and MIMO for each band.

Technical characteristics

  • 5G compliant
  • Multi-operator (all operators in one box)
  • High-speed fiber interface, local or distributed power
  • Fanless design – maintenance free

Helix Digital Head End Unit

The Helix digital head end unit is a powerful addition to the Maven DAS family. It allows for more efficient and hierarchical fiber topologies for SFP+ and also introduces the powerful new SFP28 interface, used for Nimbus implementations. Helix also serves as our O-RAN fronthaul gateway to a BBU (Base Band Unit).

Technical characteristics

  • Supports O-RAN & 5G
  • Connects to headend units and remotes via QSFP+ interfaces
  • Two versions: 8 x SFP28 or 16 x SFP+ interfaces
  • Rack mounted 1U, 19 inch

Want to get in contact with our team?