5G Small Cells

A novel approach to boost 5G deployments

5G Small Cells

A novel approach to boost 5G deployments

Enabling 5G with FTTx

The arrival of the 5G is being regarded as the engine to enable Communication Service Providers (CSPs) to reconsider the traditional models. CSPs are exploring innovations and new operating models to drive fundamental changes in the way new networks are built.

Enabling 5G with FTTx

The arrival of the 5G is being regarded as the engine to enable Communication Service Providers (CSPs) to reconsider the traditional models. CSPs are exploring innovations and new operating models to drive fundamental changes in the way new networks are built.

Main features

Main features

Network Densification

Network Densification

Enhanced Mobile Broadband

Enhanced Mobile Broadband

Massive IoT

Massive IoT

Private Networks

Private Networks

Open Radio Architecture

Open Radio Architecture

Mission Critical Services

Mission Critical Services

Network Densification

Network Densification

Enhanced Mobile Broadband

Enhanced Mobile Broadband

Massive IoT

Massive IoT

Private Networks

Private Networks

Open Radio Architecture

Open Radio Architecture

Mission Critical Services

Mission Critical Services

Who can benefit

Who can benefit

Who can benefit

Convergent Telecom Operators

Telecom Operators

Easy and cost efficient 5G network densification

Non Operator Third Party

Non-Operator 3rd party (Neutral Hosts)

5G RAN densification and in-building / on-premise coverage

Enterprise / public entities

Private and Public Entities

Medium and large Industries as well as Government entities and Institutions

Convergent Telecom Operators

Telecom Operators

Easy and cost efficient 5G network densification

Non Operator Third Party

Non-Operator 3rd party (Neutral Hosts)

5G RAN densification and in-building / on-premise coverage

Enterprise / public entities

Private and Public Entities

Medium and large Industries as well as Government entities and Institutions

Evolving from 4G to a 5G architecture will promote a disagreggation of the 5G gNB

Evolving from 4G to a 5G architecture

will promote a disaggregation of the 5G gNB

5G small cells deployment
scenarios

Altice Labs is positioned to deliver an efficient, scalable and integrated xHaul architecture, agnostic to the adopted transport technology, providing a complete end-to-end 5G small cell solution and leveraging in-house developed 5G Radio Units to cope with fully flavored 5G and Beyond 5G (B5G) mobile networks.

5G small cells deployment scenarios

Altice Labs is positioned to deliver an efficient, scalable and integrated xHaul architecture, agnostic to the adopted transport technology, providing a complete end-to-end 5G small cell solution and leveraging in-house developed 5G Radio Units to cope with fully flavored 5G and Beyond 5G (B5G) mobile networks.

5G RU Indoor

Our RU equipment structure is made of a very compact design, accommodating passive cooling and safety features that perfectly cope with indoor setup scenarios.

It has two 10Gbps (optical and electrical) fronthaul interfaces and can be powered by an external power unit or even by PoE++ over the ethernet electrical interface.

5G RU Indoor

Our RU equipment structure is made of a very compact design, accommodating passive cooling and safety features that perfectly cope with indoor setup scenarios.

It has two 10Gbps (optical and electrical) fronthaul interfaces and can be powered by an external power unit or even by PoE++ over the ethernet electrical interface.

5G RU Indoor

Our RU equipment structure is made of a very compact design, accommodating passive cooling and safety features that perfectly cope with indoor setup scenarios.

It has two 10Gbps (optical and electrical) fronthaul interfaces and can be powered by an external power unit or even by PoE++ over the ethernet electrical interface.

5G RU Outdoor

Our RU equipment structure is made of a very compact and ruggedized design, accommodating passive cooling and safety features that can perfectly fit on dense urban areas as other restricted historical city centers.

In terms of network interfacing, it has two 10Gbps optical fronthaul interfaces, that can be used for daisy chain configurations.

5G RU Outdoor

Our RU equipment structure is made of a very compact and ruggedized design, accommodating passive cooling and safety features that can perfectly fit on dense urban areas as other restricted historical city centers.

In terms of network interfacing, it has two 10Gbps optical fronthaul interfaces, that can be used for daisy chain configurations.

5G RU Outdoor

Our RU equipment structure is made of a very compact and ruggedized design, accommodating passive cooling and safety features that can perfectly fit on dense urban areas as other restricted historical city centers.

In terms of network interfacing, it has two 10Gbps optical fronthaul interfaces, that can be used for daisy chain configurations.

5G: From Small Cells to Big Business

Altice Labs has developed a 5G private network solution, looking forward to boost 5G RAN deployments and related use-cases.

WATCH TECH DAY SESSION

5G: From Small Cells to Big Business

Altice Labs has developed a 5G private network solution, looking forward to boost 5G RAN deployments and related use-cases.

WATCH TECH DAY SESSION

Ultrafast Broadband Catalog

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White paper

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Ultrafast Broadband Catalog

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White paper

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Related products

Related products

Central Office

High level of flexibility, Multi PON Modules which fully supports next generation 10G PON architectures.

Customer Premises Equipments

Increase flexibility & unification in your product development cycle, while decreasing Time-to-Market.

#SupplyChain #NetworkDistribution #ODNs

Optical Distribution Network

Enable efficient and effective management of your network resources.

Central Office

Central Office

High level of flexibility, Multi PON Modules which fully supports next generation 10G PON architectures.

Customer Premises Equipments

Increase flexibility & unification in your product development cycle, while decreasing Time-to-Market.

#SupplyChain #NetworkDistribution #ODNs

Optical Distribution Network

Enable efficient and effective management of your network resources.

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