Field Connectivity in a 5G World


Aiming to provide 20 times the peak data rate, 10 times lower edge latency, and 3 times more spectral efficiency than 4G LTE, 5G holds tremendous promise to transform telecommunications technology’s role in society.

Evolution of Mobile Technology

Each new generation of mobile technology brings new services and capabilities which unlock new possibilities.

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What’s New in 5G?

Because of the cost and effort required — not to mention the many technical and regulatory decisions yet to be made — the transition to 5G will take many years, but one thing remains certain, the future is 5G, and with it brings a number of new developments and concepts

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Expanded spectrum

5G networks need spectrum within three key frequency ranges — low-, mid- and high-band — to deliver widespread coverage and to support all use cases.

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Small cells

The high-frequency band is very directional, requires more energy to travel further, and is easily blocked. Providing coverage in this band requires a collection of many small cells.

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Massive MIMO

With the shift to massive Multiple Input Multiple Output (MIMO) technology to bring drastic improvements in throughput and efficiency, mobile devices will require more complex designs to coordinate MIMO operations.

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Beamforming

Beamforming uses signal processing to adapt the radiation pattern of the large antenna array to a particular scenario, with the goal of improving the speed of the mobile network.

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Edge computing

5G aims to locate applications and the cloud compute, storage, and network functions needed to run them, close to the access edge to drop latency significantly.

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Network slicing

Network operators can combine different network characteristics into distinct slices, and then offer those slices for particular applications, industries, or even enterprises.

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A 5G First

In 2019, we helped enable a world first: a 3D holographic video stream allowed a remote performer to play live on stage. This field demonstration would not have been possible without the capacity offered by Vodafone Romania’s 5G wireless network.

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Spectrum Requirements

5G networks need spectrum within three key frequency ranges to deliver widespread coverage and to support all use cases.

The first wave of 5G coverage will be sub-6 GHz and will offer only marginal improvements over 4G LTE-Advanced. It will be some time before broader coverage rolls out for the high band frequencies that will deliver ultra-high speeds.



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Rollout Realities

While some practical matters are being addressed, widespread availability of 5G will take time. Because of the cost and effort required—plus many technical and regulatory decisions yet to be made—the transition to 5G will take many years and will be uneven.

Smart blending across multiple access technologies is needed to deliver the network and carrier diversity which reliable communications requires.

“For Dejero, 5G is simply a new ingredient in our blending recipe, joining 3G and 4G cellular, satellite, Wi-Fi, and broadband connections"

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Smart Blending Technology

The Role of Dejero Smart Blending Technology

For Dejero, 5G is simply a new ingredient in our blending recipe, joining 3G and 4G cellular, satellite, Wi-Fi, and broadband connections. With patented and patent pending Smart Blending Technology™, we are embracing the transition as 5G, LEO satellites, and emerging connectivity options come online.

Smart Blending Technology lets organizations leverage the combined potential of their individual links—even when those links have different and variable characteristics.

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Whitepaper

Here’s everything you need to know about field connectivity in a 5G world


Whitepaper

Even when 5G connectivity becomes commonplace, ensuring reliable and high-quality connections requires the ability to blend 5G with 4G LTE and satellite connections, without loss of connectivity or IP addressing changes. Learn more about Dejero Smart Blending Technology is supporting a seamless transition to field connectivity in a 5G world.

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