Ericsson launches 5G plug-ins

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Ericsson has launched a line of “5G plug-ins” designed to prepare today’s networks for the next generation of mobile technology.
The vendor has introduced a range of software-driven plug-ins focused on capabilities operators can leverage within current networks to facilitate the evolution to 5G.
Plug-ins include massive MIMO, multi-user MIMO, RAN virtualiztion, intelligent connectivity and latency reduction.
The plug-ins cover use cases including mobile HD video, driverless buses, haptic feedback-enabled drones and residential wireless broadband services offering fiber-equivalent speeds.
They are currently only available for operator trials but will be made available for commercial networks starting from next year.
Ericsson SVP and head of radio Arun Bansal said the plug-ins are designed to “enable the evolutionary steps that operators need to take as they develop networks to secure their 5G future.”
Current Analysis VP of consumer and infrastructure services noted that while 5G has gained considerable momentum over the past year, “without spectrum allocations or ratified standards, operators need a migration tactic allowing them to leverage current network investments in synch with their 5G evolution strategies.
“Ericsson’s 5G plug-Ins deliver this flexibility, supporting the deployment of advanced access technologies in the near-term, and in preparation for 5G.”
Questions & Answers
Q.What is the primary purpose of Ericsson's new 5G plug-ins?
What is the primary purpose of Ericsson's new 5G plug-ins?
The plug-ins are designed to help operators prepare their current networks for the next generation of mobile technology. They allow existing network investments to align with future 5G evolution strategies.
Q.When will these 5G plug-ins be available for commercial use?
When will these 5G plug-ins be available for commercial use?
The plug-ins are currently only available for operator trials. They are expected to be made available for use in commercial networks starting from next year.
Q.What specific technological capabilities do these new plug-ins offer?
What specific technological capabilities do these new plug-ins offer?
The plug-ins focus on capabilities such as massive MIMO, multi-user MIMO, RAN virtualisation, intelligent connectivity, and latency reduction to improve network performance.
Q.Which specific applications or services are expected to benefit from these plug-ins?
Which specific applications or services are expected to benefit from these plug-ins?
They cover various use cases including mobile HD video, driverless buses, haptic feedback-enabled drones, and residential wireless broadband services that offer fibre-equivalent speeds.