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Deeper into the Networked Society

Ulf Ewaldsson

Earlier this year Ericsson launched its new vision: a Networked Society, where every person and every industry is empowered to reach their full potential. Technology leadership is about putting this vision into practice. It’s about developing connectivity technology to be an integral part of the fabric of what we do on a daily basis, whether it is at work, at school, at home, outside, on the way to somewhere or on the way back from somewhere.

The aims of each individual or enterprise are highly varied; people and companies want coverage, capacity, reliability, availability and resilience with an appropriate level of security. The one-size-fits-all network no longer fits well with the need to customize network characteristics to suit user’s needs and what they are prepared to pay for. With cloud technologies, SDN and NFV as a foundation, I see the developments we are working on, moving toward 5G, are focused on the ability to provide connectivity to suit each and every use case.

The traditional way of building services and applications by packaging functionality and data together and ensuring it was secure has worked well for services made and delivered by one vendor. Some could even benefit from being tightly bundled with hardware. But this approach doesn’t lend itself to highly innovative solutions, reusability, fast time to market, and use of generic hardware.

Instead, applications and services are being mashed together from lots of other internet services. The freedom to innovate that this enables however results in security continuing to be one of our industry’s biggest challenges. And as web services and programmable routing technology are deployed on platforms that exploit virtualization, ensuring security becomes even more complex. Trusted computing aims to provide a way to meet the evolving security requirements of users, businesses, regulators and infrastructure owners.

The developments that I would specifically like to highlight relate to handling expected growth in traffic volumes, capacity and machine-type communication.

Building heterogeneous networks is an effective way to expand networks to handle traffic growth. However, the additional small cells included in these networks need to be provided with flexible and cost-efficient backhaul. Our research shows that non-line-of-sight backhaul in licensed spectrum is a future-proof technology in this area.

When it comes to capacity, one of the significant challenges is providing radio capacity indoors. Somewhere around 70 percent of all traffic is generated indoors and our research has resulted in a novel fronthaul solution with a flexible radio architecture. We wanted to address the issue of indoor capacity from an ecosystem point of view, with an emphasis on cost control at every phase. From installation to operation, we aimed to create a special indoor radio that works well in large buildings – a solution that integrates well with outdoor solutions.

Capillary networks offer a smart way to connect the internet of things, but they require some additional functionality. The use cases for machine-type communication vary greatly from one application to the next and so rather than building systems with a one-size-fits-all approach, capillary networks will be designed to fit the application.

All of these developments lead to a network architecture that is more flexible to meet the demands of future use cases.

As always, I hope you enjoy our insights.

Ulf Ewaldsson,

Chief Technology Officer

Head of Group Function Technology at Ericsson

Connecting the dots: small cells shape up for high-performance indoor radio

Connecting the dots: small cells shape up for high-performance indoor radio

December 19, 2014

How do you design a small radio to fit the interiors of large spaces, yet powerful enough to meet future requirements for indoor radio capacity? This was the question we asked ourselves when we began to develop a solution to provide high-capacity radio for indoor environments.

Architecture evolution for automation and network programmability

Architecture evolution for automation and network programmability

November 28, 2014

Automation and network programmability are key concepts in the evolution of telecom networks. Architecture designed with high degrees of automation and network programmability can rapidly adapt to emerging requirements, and as such improve operational efficiency and time to market for new services.

Architecture evolution for automation and network programmability

Architecture evolution for automation and network programmability

November 28, 2014

Automation and network programmability are key concepts in the evolution of telecom networks. Architecture designed with high degrees of automation and network programmability can rapidly adapt to emerging requirements, and as such improve operational efficiency and time to market for new services.

Wireless backhaul in future heterogeneous networks

Wireless backhaul in future heterogeneous networks

November 14, 2014

Heterogeneous networks are an effective way of expanding networks to handle traffic growth. However, the additional small cells included in heterogeneous networks need to be provided with backhaul – in a way that is flexible and cost-efficient. Our research shows that non-line-of-sight (NLOS) backhaul in licenced spectrum up to 30GHz is a future-proof technology for managing high volumes of traffic in heterogeneous networks.

Wireless backhaul in future heterogeneous networks

Wireless backhaul in future heterogeneous networks

November 14, 2014

Heterogeneous networks are an effective way of expanding networks to handle traffic growth. However, the additional small cells included in heterogeneous networks need to be provided with backhaul – in a way that is flexible and cost-efficient. Our research shows that non-line-of-sight (NLOS) backhaul in licenced spectrum up to 30GHz is a future-proof technology for managing high volumes of traffic in heterogeneous networks.

Trusted computing for infrastructure

Trusted computing for infrastructure

October 24, 2014

Modern internet services rely on web and cloud technology, and as such they are no longer independent packages with in-built security, but are constructed through the combination and reuse of other services distributed across the web. While the ability to build applications in this way results in highly innovative services, it creates new issues in terms of security. Trusted computing aims to provide a way to meet the evolving security requirements of users, businesses, regulators and infrastructure owners.

Trusted computing for infrastructure

Trusted computing for infrastructure

October 24, 2014

Modern internet services rely on web and cloud technology, and as such they are no longer independent packages with in-built security, but are constructed through the combination and reuse of other services distributed across the web. While the ability to build applications in this way results in highly innovative services, it creates new issues in terms of security. Trusted computing aims to provide a way to meet the evolving security requirements of users, businesses, regulators and infrastructure owners.

Capillary networks – a smart way to get things connected

Capillary networks – a smart way to get things connected

September 8, 2014

A capillary network is a local network that uses short-range radio-access technologies to provide local connectivity to things and devices. By leveraging the key capabilities of cellular networks – ubiquity, integrated security, network management and advanced backhaul connectivity – capillary networks will become a key enabler of the Networked Society.

Capillary networks – a smart way to get things connected

Capillary networks – a smart way to get things connected

September 8, 2014

A capillary network is a local network that uses short-range radio-access technologies to provide local connectivity to things and devices. By leveraging the key capabilities of cellular networks – ubiquity, integrated security, network management and advanced backhaul connectivity – capillary networks will become a key enabler of the Networked Society.

Communications as a cloud service: a new take on telecoms

Communications as a cloud service: a new take on telecoms

July 22, 2014

Software as a service (SaaS) is a promising solution for overcoming the challenges of implementing and managing new network technologies and services like voice over LTE (VoLTE). The SaaS approach can provide substantial savings in terms of cost and lead-time, and create a new source of revenue for service providers.

Communications as a cloud service: a new take on telecoms

Communications as a cloud service: a new take on telecoms

July 22, 2014

Software as a service (SaaS) is a promising solution for overcoming the challenges of implementing and managing new network technologies and services like voice over LTE (VoLTE). The SaaS approach can provide substantial savings in terms of cost and lead-time, and create a new source of revenue for service providers.

5G radio access

5G radio access

June 18, 2014

Each decade since mobile communication was introduced in the 1980s, has brought with it a new generation of systems and technologies. The next evolution, 5G radio access, is set for commercialization around 2020, and will deliver 5G services in an environment that is shaping up to be a significant challenge.

5G radio access

5G radio access

June 18, 2014

Each decade since mobile communication was introduced in the 1980s, has brought with it a new generation of systems and technologies. The next evolution, 5G radio access, is set for commercialization around 2020, and will deliver 5G services in an environment that is shaping up to be a significant challenge.

IP-optical convergence: a complete solution

IP-optical convergence: a complete solution

May 28, 2014

Networks with separate IP and optical transport networks suffer from an unnecessary resource overhead, as each network has its own control and management mechanisms. In addition to the extra resources needed to reach a given performance target, separation also makes networks more complex than they need to be. Like many other issues that operators face today, this causes costs to rise and lowers the ability to evolve with changing business environments.

IP-optical convergence: a complete solution

IP-optical convergence: a complete solution

May 28, 2014

Networks with separate IP and optical transport networks suffer from an unnecessary resource overhead, as each network has its own control and management mechanisms. In addition to the extra resources needed to reach a given performance target, separation also makes networks more complex than they need to be. Like many other issues that operators face today, this causes costs to rise and lowers the ability to evolve with changing business environments.

Data without borders: an information architecture for enterprises

Data without borders: an information architecture for enterprises

April 24, 2014

Today’s information systems rely on mediation to use and share the data that is available within an enterprise. But this is changing. IT systems are moving away from traditional architectures, where information is hidden inside functions, toward an information-centric approach that separates information from functionality – data without borders. Breaking functionality and information apart creates a systems architecture that is flexible, supports business agility, and ultimately boosts the bottom line.

Data without borders: an information architecture for enterprises

Data without borders: an information architecture for enterprises

April 24, 2014

Today’s information systems rely on mediation to use and share the data that is available within an enterprise. But this is changing. IT systems are moving away from traditional architectures, where information is hidden inside functions, toward an information-centric approach that separates information from functionality – data without borders. Breaking functionality and information apart creates a systems architecture that is flexible, supports business agility, and ultimately boosts the bottom line.

Virtualizing network services – the telecom cloud

Virtualizing network services – the telecom cloud

March 28, 2014

Inspired by a transformation in neighboring industry sectors toward providing information, products and functions as services – XaaS – the telecommunication industry is evolving the architecture of its systems and networks. In short, the telecom cloud. This new generation of architecture is characterized by a very high degree of abstraction and virtualization.

Virtualizing network services – the telecom cloud

Virtualizing network services – the telecom cloud

March 28, 2014

Inspired by a transformation in neighboring industry sectors toward providing information, products and functions as services – XaaS – the telecommunication industry is evolving the architecture of its systems and networks. In short, the telecom cloud. This new generation of architecture is characterized by a very high degree of abstraction and virtualization.

What's coming...

What's coming...

The next article to be published in the middle of January 2015 will be about a voice over Wi-Fi (VoWiFi) solution, extending the use of VoLTE.

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