/ WHERE IT MATTERS

MOBILE NETWORK DENSIFICATION

MOBILE NETWORK DENSIFICATION

We provide a service in a dedicated licensed spectrum, distinct and separate from macro networks. We dramatically enhance and extend the mobile network by filling in coverage holes and capacity weak spots and increasing spectral efficiency.

WIRELESS BROADBAND

WIRELESS BROADBAND

Using small cells, we can wirelessly extend existing fibre networks to home and business in rural areas where fibre deployment is not economical nor physically possible.

PRIVATE MOBILE NETWORKS

PRIVATE MOBILE NETWORKS

We can provide private mobile networks and IoT networks to enterprise and industry customers. This provides enhanced security and pervasive connectivity to enable smart services and machine-to-machine communications.

MOBILE NETWORK DENSIFICATION

WIRELESS BROADBAND

PRIVATE MOBILE NETWORKS

A ‘CARRIER OF CARRIER’ OPERATOR

DEPLOYMENT USE CASE EXAMPLES

Small Cells can be deployed in place of traditional macro sites, to improve network coverage and capacity in a more efficient and cost-effective way. 

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Small Cell Rural Extension

Problem:

Poor coverage in low-density rural areas, where it is uneconomical to serve premises broadband directly.

Solution:

Extend the rural footprint provided by Macro Cells using Outdoor Small cells with Relay. 

Result:

Rural subscribers who are poorly served can be connected using high-performance 4G LTE that supports both FWA for Fixed Broadband and MBB for Mobile Broadband.

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DAS Alternative

Problem:

Many small to medium enterprises cannot justify the costs involved in a DAS deployment, despite being poorly served by Macro Networks,  in parts of their buildings.

Solution:

Dense Air’s neutral host small cells are deployed at targeted premises at a more economical cost to a traditional DAS system.

Results:

Improved coverage and capacity for multiple MNO’, resulting in improved data and voice services for end-users.

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Special Events

Problem:

Special locations, temporary events and seasonal capacity held in locations that are poorly served by Macro Cells, or permanent infrastructure.

Solution:

Temporary or tactical indoor and outdoor small cell deployments in locations where CoWs are expensive or inefficient.

Results:

The temporary deployment in target locations enables high-performance mobile broadband services (including VoLTE).

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Macro Exhaustion

Problem:

Many exhausted Macro Cells exist in areas used for FWA services (primarily).

Solution:

Targeted deployment of small cells – both indoor and outdoor – using big data analytics, at cell edge.

Result:

Capacity offload and spectral efficiency are improved. Macro capacity is liberated to make more efficient use of timing and resource blocks.

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Private Mobile Networks

Problem:

Private 4G networks are required to drive IoT and other productivity improvements. Requirements range from sensors to video surveillance. Existing public networks are currently unable to support these requirements.

Solution:

Outdoor and Indoor Small Cells, designed for the target application/industry are deployed accordingly.

Result:

Low-Cost Private network is deployed tailored to the Industry or Enterprise needs.

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3G Small Cell Replacement

Problem:

Old 3G and/or 3G/4G Small Cells or Femto cells deliver poor performance when compared with 4G LTE, voice quality and broadband speeds. 

Solution:

Direct replacement of old 3G small cells with new 4G Small Cells supporting high-quality voice and super-fast mobile broadband.

Results:

Network enhancement resulting in improved services for customers.

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Copper Replacement

Problem:

An area with active PSTN Local Exchange that is still in service and customer with copper services.  

Solution:

Improve 4G Macro coverage and capacity using small cells to ensure 100% of users can be migrated away from Copper services.

Result:

Copper exchange can be retired and OPEX  cost can be reduced.

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Network Enhancement

Problem:

An area with poor network capacity that requires additional macro cell upgrades.

Solution:

Using both indoor and outdoor small cells to increase the capacity of 4G to delay or prevent  Macro upgrades.

Results:

Improve network capacity without the cost of upgrading existing macro cells, resulting in reduced CAPAX and ongoing OPEX costs.

A MANAGED SMALL CELL SERVICE

Our Managed Small Cell Service infills coverage holes and capacity weak spots in existing mobile networks, resulting in improve network performance, reducing customer churn rate and improving customer quality of experience.

Step 1: Using our Denseware Analytics platform, we can identify areas where mobile coverage is poor or congested, enabling us to pinpoint locations, indoor and outdoor, where small cells can be deployed to create the optimal mobile network.

Step 2: Once we have pinpointed the optimal locations for Small Cells, we then determine which type of Small Cell is to be deployed.
Dense Air offers both indoor and outdoor Small Cell Solutions, designed specifically to solve 4G and 5G indoor mobile coverage problems by dramatically improving network efficiency, providing faster speeds and a more reliable, higher quality service.

Step 3: By leveraging our Denseware tool and working in collaboration with Mobile Network operators, we have developed small cell deployment process that fast, efficient and cost effective. Densification of networks is what we do. We have the resources and skills to be able to roll out Small Cell networks in an efficient and timely manner, at scale.

Step 4: Dense Air will manage the network and/or premise of deployment with location specific analysis. We will also take care of the site acquisition activities and manage the spectrum allocation and planning associated with the deployment of small cell.