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Tech

As CNN puts it “it’s impossible to avoid 5G at Mobile World Congress”. Diving into this subject and browsing extended discussions available in the online and printed press is extremely interesting, especially for concerned parties.

True, with 5G, many end customers feel entitled to be concerned parties. Their expectations are high and the estimated increase in the quality of services – similar.

However, until having this technology on the market in a viable and affordable form, the telecommunication, software and technology companies involved still have a lot of work to do.

 

More flexibility for the industries, as well as preparations in advance

Successfully delivering 5G applications requires growing the compute power present in traditional data centers

Sursa

In view of the extensive transformations to come, network architecture, topology and cloud strategy need reshaping. We found a few relevant clues addressing all, not just the specialists for this post. An RCR Wireless article (see link above), allows the Dell EMC Global CTO to shed some light on the current operations of his company, in view of making 5G available to various businesses. That is, as soon as the main players in the 5G technology resolve the infrastructure-related challenges. Not to leave aside the issues that spring from the lack of standardization and cooperation. When big companies compete with each other too soon in the wake of a new technology, this may be counterproductive. But perhaps the leading-edge tech giants can learn to avoid the mistakes of the past.

With 5G up and ready in terms of functionality, it’s up to the telecommunication entities, the software solution providers and ultimately the industry beneficiaries to turn the brave new world of ubiquitous connectivity into reality.

Timing is of the essence when it comes to business competitors. Hence, the best thing to do while waiting for 5G to be available consists of preparations in advance.

 

5G will be a leap into a different level, not just a simple step forward

Due to the technological differences it implies

5G is not just an evolution or a faster 4G–it’s a whole new concept and it’s as much of an IT project as a telecom effort

  • Dell EMC Global CTO John Roese

Subsequently, the professionals in this field expect to see a new breed of applications emerge. It is about taking advantage of single-digit millisecond latency. Making this possible will completely change the way we meet this particular data demand.

While there are myriads of new possibilities at application level, the solution (or solutions) in terms of network architecture will have to carry the data streams to and from. The aim here is perfection, since the greatness of seamless connectivity cannot exist in a world of glitches and fragmentation.

Operators are adding compute power to existing cellular sites–macro towers and colocation facilities, and third-party providers are standing up edge data centers in proximity to existing fiber-optic lines. In either case, the common denominator is IT infrastructure capable of dynamically supporting a wide variety of workloads that can be flexibly tailored to fit the desired application.

We invite you to find out more about 5G – related virtualization and automation in the source article.

We also want to remind you that our company is part of the 5G enablers’ greater movement, from infrastructure solutions to custom-tailored apps. Contact us for details – we are open for partnerships!

 

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Tech

Satellites are extremely important for the communication sector. In certain locations and/or circumstances, the terrestrial communication infrastructure is inefficient or even completely out of range/function. That’s where they come in.
You may remember this from our previous post about satellite communication as an enticing solution for Cellular backhaul.Or from the Codecamp presentation held by Mr. Petrut Ionel Romeo, Technical Project Manager at Lasting Software.

As you may gather, we are fascinated by the software engineering side that carries this technology. It does open up new solutions to old problems, such as access to communications for geographically-isolated or architecturally-isolated spots. It also allows to surmount extreme bandwidth crowdedness. With satellite cellular backhaul one can provide communication access for all in areas such as stadiums and malls. Also, satellite-based cellular backhaul constitutes a solid communication infrastructure for emergency response.

On top of all these, an extremely hot topic among the satellite communication potential uses is the 5G technology. To quote from a Space News article, “satellites can bring 5G to areas where terrestrial connectivity companies consider it too expensive to build fiber-optic cables”. In other words, satellites are able to make ubiquitous coverage possible when it comes to 5G.


Why exploring and developing satellite-powered 5G is a premiere opportunity

 

Satellite communication as a solution for Cellular backhaul works and it is as well important for the current wireless mobile telecommunications. But developing solutions for 5G while this technology is taking shape is fascinating. It provides so much more opportunities of synchronizing two amazing progress points. 3G, 4G and LTE networks have evolved and in some aspects have met their limits. Perhaps they even derived the said limits from the lack of a satellite-based infrastructure.

Meanwhile 5G may just prove the whizz kid, born in the right times to fully develop its potential.

What about the advantages estimated in relation with the role of satellite in 5G? We can only quote Newtec. This will “enable newer types of applications and services in the domains of health, transport, entertainment, machine-to-machine communications, and security, to name just a few”.

See their full material here for details.

 

Space powers human communications

With perhaps the ultimate aim of allowing us to further explore it, space provides the hope for a more robust communication infrastructure. Satellite-backed ubiquitous 5G is set to trigger a leap in technological progress.

To quote the European Space Agency (ESA):

“Satellites can extend, enhance, and provide reliability and security to 5G like no other, helping to deliver its promise of global, ubiquitous connectivity, with no noticeable difference to the end-user. ESA’s Satellite for 5G (S45G) programme aims promote the value-added benefits of space to 5G, by developing and demonstrating integrated satellite- and terrestrial-based 5G services, across multiple markets and use cases”.

See their video:

Stay tuned for more!

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