Use case
Small Cells Deployment In 5G
While 5G deployments and OpenRAN projects are gaining major momentum worldwide, there continues to be a strong need for network densification through additional small cells and macro cells, as well a…
TL;DR
While 5G deployments and OpenRAN projects are gaining major momentum worldwide, there continues to be a strong need for network densification through additional small cells and macro cells, as well as more distributed edge nodes as a way to supplement...
Key takeaways
- Book a meetingLearn More About SymphonicaWhile 5G deployments are gaining major momentum worldwide, there continues to be a strong need for network densification through additional small cells.
- In addition, more distributed edge nodes are essential as a way to enhance 5G coverage and optimize overall TCO for operators.
- The introduction of the cells, in particular, has posed additional challenges in site acquisition/rental, energy cost, time to deploy, speed to activate, and service orchestration.
WIRELESS
Automation and standardization of small cells provisioning ensures the quality and speeds up deployment.
While 5G deployments are gaining major momentum worldwide, there continues to be a strong need for network densification through additional small cells. In addition, more distributed edge nodes are essential as a way to enhance 5G coverage and optimize overall TCO for operators. The introduction of the cells, in particular, has posed additional challenges in site acquisition/rental, energy cost, time to deploy, speed to activate, and service orchestration.
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5G Small Cells Provisioning
Here are some of the benefits of automating small cells provisioning in 5G:
- Automation and standardization of the provisioning of the cells ensure the quality (reducing the manual turn-up/activation issues considerably) and speed up the deployment.
- Automated orchestration and configuration of the virtualized infrastructure and network elements provide network elasticity, expanded coverage and enhance QoE at a lower cost.
- By reducing the dependency on specialized hardware, operators can also expect to lower Capex and Opex expenses while they speed up service delivery, allowing scalability on demand and responding to the network conditions and user needs in real-time, opening the way for 5G and dynamic services.