Guide Small Cell Networks

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Small cell

Are you? The number of small cells deployed is predicted to rapidly increase over the next few years from about 13, small cells in to over , total deployments by Skip Navigation. Blog March 27, We were hoping you would ask… A small cell installation consists of small radio equipment and antennas that can be placed on structures such as streetlights, the sides of buildings, or poles. Small cells are unobtrusive and can be installed in just a couple of hours. A Major Milestone for U. Infrastructure All you need to know about infrastructure in one place Learn More.

Sign up. They can support up to users at a time and have a range of under meters. Microcells are the largest and most powerful small cell.

Small cells, big changes | Deloitte US

They are usually installed outdoors on traffic lights or signs, and can be used temporarily for large events. Microcells have a range of under two kilometers, whereas macrocell towers can cover up to 20 miles. Both microcells and picocells are usually installed by network operators. The most problematic and restrictive element carriers face when deploying a small cell network is backhaul. Carriers must first determine the owner of the build site and negotiate a plan for installation. Fiber connections provide the highest throughputs, but can be expensive without an already established infrastructure.

DSL, or copper, provides limited data rates, and also requires the use of pre-established networks. Wireless, on the other hand, requires navigation of varying line-of-sight conditions.

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Establish appropriate backhaul is also time-consuming. Introducing mesh small cell architectures similar to those used in some wireless utility networks or in home control networks could bring advantages for multi-device interaction or for managing peak traffic demands.

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Small cells give rise to several opportunities—both in terms of building and maintaining networks as well as the services delivered via those networks. They have the potential to offer speeds that pave the way for wireline broadband substitution and enable the creation of a mesh network, offering direct connectivity to the rapidly growing number of IoT devices.

But to fully capitalize on the opportunity, processes and tools must be updated in lockstep.

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How will the future of wireless connectivity unfold? Check back for our latest perspectives, insights, and analysis. Explore our full collection of articles on 5G. The potential for small cells is anything but small. Determining how to operate effectively amid this technology explosion requires a focus on developing a new strategic mindset.

Want to sharpen that focus and explore some other big ideas about small cells? We should talk.


In the meantime, be sure to check back for a monthly dose of the latest issues driving the future of technology, media, and telecommunications companies. A veteran of the telecommunications industry, Craig has nearly 30 y A Deloitte Consulting LLP principal, Dan specializes in helping clients within the telecommunications industry define growth strategies and accelerate the launch of new products and services.

He devel Please enable JavaScript to view the site. Welcome back. Still not a member? Join My Deloitte. My Deloitte. Undo My Deloitte. Small cells, big changes Flashpoint edition Navigating a new environment, maintaining momentum. Add to my bookmarks.

Explore content Infographic Deploying small cells Why small cells now? Impact on network design Evolving organizational capabilities How innovation helps Want to learn more about 5G technology? Small Cells: Big impact on seamless connectivity. Expand Full screen. Small Cells: Big impact on seamless connectivity Reset. Back to top. Why small cells now? Impact on network design Small cells represent a fundamentally different challenge compared to towers.

Small cells, big changes

Evolving organizational capabilities The complexity involved in undertaking thousands of small cell projects across a nation or a continent will require a heightened level of organizational capabilities and governance. How innovation helps As small cells promise denser networks, more pervasive services, and more reliable connectivity, new opportunities for innovation should begin to emerge. Want to learn more about 5G technology? Explore our full collection of articles on 5G Back to top. Get in touch.

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