Cirrus Core Networks Announces Launch of Innovative Carrier Breakout Optimization Hub

Boca Raton, FL – October 25, 2018 – Cirrus Core Networks Inc. (CCN), a leading provider of managed NFV core network services and solutions to global communications service providers, today announced that they are launching their Carrier Breakout Optimization Hub (CBO Hub) with an European Operator. CCN’s CBO Hub optimizes traffic regionally through locally distributed Read more about Cirrus Core Networks Announces Launch of Innovative Carrier Breakout Optimization Hub[…]

Virtual EPC Solution (vEPC)

The CCN Virtual EPC Solution Cirrus Core Networks’ virtual Evolved Packet Core (vEPC) offering provides Communication Service Providers (CSP) with a carrier-class virtualized solution that is quick to market, remarkably flexible and future proof. The vEPC is a complete LTE packet core solution based on network functions virtualization (NFV) technology. This consolidated solution is comprised Read more about Virtual EPC Solution (vEPC)[…]

Network Slicing with vSSF

Network Slicing Network slicing is a type of virtual networking architecture along with software-defined networking (SDN) and network functions virtualization (NFV). A network slice is a managed set of network resources and functions that can be specifically configured to support a particular service or application. Networking slicing allows the creation of multiple virtual networks on Read more about Network Slicing with vSSF[…]

Delivering Network Function Virtualisation with Scalable and Global Infrastructure

Cirrus Core Networks is using Network Function Virtualisation (NFV) to deliver a NFV-based Infrastructure as a Service (IaaS) for the delivery of next-generation mobile services. It is enabling Mobile Network Operators (MNOs), Mobile Virtual Network Operators (MVNOs) and other service providers to rapidly deploy next-generation mobile services around the world with a fully managed service Read more about Delivering Network Function Virtualisation with Scalable and Global Infrastructure[…]

MVNO Architecture Sessions (1) – Going from “Thin” to “Thick”

Mobile Virtual Network Operator (MVNO) architectures are often described as thick or thin as if there are only two acknowledged architectures accepted by the industry. In reality for any sizeable MVNO there is a range of decisions that need to be made depending upon the strategy being adopted and their approach to the market. One Read more about MVNO Architecture Sessions (1) – Going from “Thin” to “Thick”[…]

Slicing the Mobile Packet Core

The Evolved Packet Core (EPC), the core system of the LTE network, was designed as a “flat architecture” in order to handle the payload (the data traffic) efficiently from a performance and cost perspective. The user plane (the data) was also separated from the control plane (the signalling) to make scaling independent. Thanks to this functional split, mobile Read more about Slicing the Mobile Packet Core[…]

Epsilon Hosts Cirrus Core Networks NFV-Based Mobile Core Deployments Across its Global Hubs Facilities

Cirrus Core Networks will use Epsilon’s Intelligent Networks and Cloud Connectivity to deliver its revolutionary virtual mobile solutions globally LONDON, 03 August 2016 – Epsilon, a privately owned global communications service provider, was selected by Cirrus Core Networks Inc., an innovator in Network Function Virtualisation (NFV) for Mobile Network Operators (MNO), to support its NFV Read more about Epsilon Hosts Cirrus Core Networks NFV-Based Mobile Core Deployments Across its Global Hubs Facilities[…]

Getting Small and Medium Size MNO’s on the LTE Path

Small and Medium size Mobile Network Operators (MNO’s) have a commercial and operational challenge when launching 4G LTE network services largely due to the limited population, relatively small subscriber base, and the likelihood that these MNO’s just invested and rolled out 3G networks. Compounding these challenges is the uncertainty of whether subscribers will migrate to Read more about Getting Small and Medium Size MNO’s on the LTE Path[…]