Wiwwyn Products are Tested and Verified for Aether Edge Site Deployments
In this latest Aether blog post “Aether – Rapidly Deploying New Edge Sites Around the World”, Wiwynn is mentioned tested and verified for Aether edge site deployments.
Deep dive to learn how Aether acts as a catalyst for accelerating smart enterprise digital transformation with open source, software-defined cellular connectivity and tightly integrated cloud-native edge compute on COTS hardware:
Aether – Rapidly Deploying New Edge Sites Around the World – MAR 11, 2021
It is exciting to see the Aether pilot network growing each month with the addition of new edge sites worldwide. The goal of the pilot network is to accelerate Aether development, make continual improvements for scale and reliability, and guide the addition of new features by leveraging insights and feedback from edge site collaborators. Secondly, it offers the Aether community members a foundation upon which to innovate and validate use cases such as 5G, IoT, AI/ML, Computer Vision, Industry 4.0, etc. This blog provides a high-level overview of the Aether architecture and offers insights on Aether Connected Edge (ACE) deployments.
Aether Architecture Simplified
Aether is an open source platform that is a catalyst for accelerating smart enterprise digital transformation with open source, software-defined cellular connectivity and tightly integrated cloud-native edge compute on COTS hardware. It is designed to be delivered as a cloud managed service and offers the flexibility to support all available spectrum bands including both licensed and unlicensed/CBRS bands.
As shown in figure 1 below, the Aether architecture consists of two major components, the Aether Central Cloud hosted in a public cloud and the Aether Connected Edge (ACE), which is deployed at each edge location.
Figure 1. Aether Architecture
Some of the major Aether architectural components include:
Aether Connected Edge (ACE) – A Kubernetes-based micro datacenter operating on-premise that hosts the Aether Connectivity Service and optionally one or more third-party edge platforms or applications selected by the enterprise. Each ACE site includes compute, network fabric and small cells to provide connectivity to end-user devices.
Aether Connectivity Service (ACS) – An on-premise edge hosted 5G/LTE connectivity service that includes support for local break-out. It consists of the virtualized central units (CU) of the small cells and O-RAN compliant near real-time RAN Intelligent Controller (nRT-RIC) based on ONF’s SD-RAN and ONF’s P4-based User Plane Function (UPF). Each ACS is controlled by an ACC running in the central cloud.
Aether Connectivity Control (ACC) – An open source 3GPP-compliant 4G/5G Mobile Core control plane. ACC runs in the central cloud where the corresponding UPF runs on-premise as part of each ACE. ACC can be deployed in ‘slices’ for different enterprises and different network applications within any given enterprise.
Aether Management Platform (AMP) – A high availability cloud service used to control, configure, monitor and lifecycle-manage both multiple ACE clusters at edge locations and multiple control planes running as part of ACC. It defines Aether workflows for adding and controlling subscribers, small cells, mobile core user plane and 3rd party edge services.
ONF has created an ACE component checklist that identifies hardware required for deploying any new ACE site. A growing list of vendor components is available. These are components that have been tested and verified by ONF for compatibility and are continually reverified on an ongoing basis as part of the rigorous CI/CD process. ACE sites require one of each of the following types of equipment, but Aether supports the flexibility to mix and match vendor products from each of these categories:
- Compute Servers – Dell, HPE, SuperMicro, Wiwynn
- Fabric Switches – APS Networks, EdgeCore
- Small Cell – Accelleran, Baicells, OAI, Sercomm