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Dense Air presents Cutting-Edge Small Cell Solutions at London’s Small Cells World Summit 

Small Cells World Summit in London is just a day away, and Dense Air is excited to dive into informative discussions and insightful sessions. Our CTO, Andy Hobbs, will speak about the growing ecosystem of services needed for customers and how flexible, small cell solutions meet this expanding expectation. After this speaking session, Andy will be joined on stage with Radisys and Druid Networks to discuss open and inclusive, multi-carrier small cell solutions for in-building enterprise and targeted outdoor use cases such as “connected corridors.” 

As enterprises embrace digital transformation, mobile business solutions become increasingly robust, powered by cloud-native technologies, big data analytics, and artificial intelligence. Businesses today embrace both in-building wireless and workplace wireless connectivity as the foundation for productivity, connecting assets, and workplace efficiency. Dense Air partners with customers across industries and helps them advance their digital transformation journeys by strengthening their wireless connectivity. In pioneering the development of small cell centric technologies to deploy targeted clusters of small cells, Dense Air is enabling operators to provide pervasive connectivity in areas that were previously economically unviable.  

Why Dense Air? 

Dense Air, a Sidewalk Infrastructure Partners (SIP)company, is bridging the connectivity gaps across industries including manufacturing, hospitality, parking garages, healthcare, college campuses, commercial real estate, and multi-dwelling complexes. Our Connectivity as a Service (CaaS) solution augments mobile network operators’ existing networks to deliver optimal experiences to their customers, providing seamless connectivity for productive workplace activities and client engagement. 

Small Cell and O-RAN Basics 

Small cells support the densification of 4G and the adoption of 5G by delivering the flexible, scalable network infrastructure that is needed to bring higher capacity and lower latency services to end users and end devices.  

As mobile network operators adopt higher frequency bands for enhanced user experiences, they are faced with new challenges of shorter range and poor penetration. However, it is not cost-effective for carriers to build out additional coverage within a structure or building. This is where Dense Air steps in. Our solution ensures comprehensive coverage by mitigating the shorter range and poor indoor penetration associated with higher frequencies.   

Leveraging small cells that simultaneously use both licensed and unlicensed spectrum, we deploy clusters of low-power radio access points that are roughly the size of a small pizza box. Targeted deployments of small cells augment the existing macro network to strengthen coverage and capacity, while improving indoor and outdoor connectivity experiences. As the industry transitions to 5G and returns to the office/campus, small cell deployment will expand to improve connectivity where today’s solutions cannot.          

5G innovation and small cell advancements have led to the growth of Open Radio Access Networks (O-RAN), an open architecture that Dense Air has adopted in partnership with Radisys. O-RAN drives interoperability across equipment OEMs and vendors. In other words, radio equipment from varying vendors works together in an environment to enable plug-and-play flexibility and virtualization.  

Enterprise Relevance (The Neutral Host Approach) 

As enterprises shift from a ‘voice and data’ approach to a broader ecosystem encompassing automation, robotics, inventory management, real-time monitoring, critical communications, and immersive experiences, the need for optimized and flexible connectivity becomes critical. These businesses must leverage multi-carriers and dynamic solutions for both wired and wireless networking.     

Many in the industry are familiar with the Dense Air carrier agnostic approach and the ability to augment existing networks by identifying coverage gaps. Dense Air is also providing small cell CaaS solutions to enable enterprises to provide ubiquitous coverage and meet digital transformation goals.   

Dense Air’s advantages include:          

  • Ease in complementing existing networks 
  • Carrier-agnostic and CBRS-ready “shared wireless” 
  • In-building and near in-building connectivity optimization 
  • Reducing overall costs  
  • Simplified integration and automation 
  • Greater flexibility through dynamic and distributed architecture 
  • Data-driven and cloud-native 
  • Versatile spectrum utilization 
  • Equitable and sustainable solutions 
  • Expertise in targeting outdoor connectivity gaps 
  • Scalability for both carrier and the enterprise 

The future of work depends on equitable, inclusive, and seamless connectivity experiences to work anywhere, optimize operations, deliver engaging customer experiences, and innovate. Dense Air is proud to support the carrier community, while providing the carriers and their enterprise customers with CaaS solutions to advance next-generation connectivity use cases. To learn more about our solutions, please visit our site at denseair.net or connect with us on social channels. 

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Additional Resources and Related Links: 

Dense Air: Bridging infrastructure and the cloud; shaping the ecosystem of shared wireless services 

5G Networks: Revolutionizing the Future 

RAN (Radio Access Network) interfaces that support interoperability between different vendors’ equipment encouraging innovation and offering greater network flexibility at a lower cost than the traditional closed and expensive single-vendor alternative.
Shared physical infrastructure—radios, antennas, switches—and either shared or licensed spectrum available securely to multiple carriers and service providers.
A network of tall towers that transmit low bandwidth radio signals across a multi-mile geographic radius.
A network of low-powered radios discreetly mounted on street poles, buildings, or indoors near end-user consumption that transmit high bandwidth, targeted radio signals across a radius of hundreds or thousands of feet.
Hard-to-reach network boundaries with the weakest signal strength and highest interference where demand is highest and the macro signals are poorest.
Base stations that connect with users’ LTE and 5G handsets.