Tag: vEPC

  • Vodafone Idea taps Ericsson for cloud packet core

    Vodafone Idea taps Ericsson for cloud packet core

    India’s Vodafone Idea has contracted Ericsson to deploy a cloud packet core to enhance its existing core network.

    The deployment forms part of the operator’s ongoing network modernization program. It is aimed at enabling speedier introduction of new services and providing full-service continuity over the operator’s network.

    Under the agreement, Vodafone Idea will deploy Ericsson core network applications and network functions including the Ericsson virtual Evolved Packet Gateway (vEPG), Service Aware Policy Controller (vSAPC) and Virtualization Infrastructure (NFVi) solutions.

    The NFVi solution is designed to enable operators to deploy virtual telecom, OSS, BSS, IT and media applications at a low total cost of ownership.

    “Data consumption in India is growing rapidly and users are looking for new, richer experiences every day,” Vodafone Idea CTO Vishant Vara said.

    “At Vodafone Idea, we endeavor to stay ahead of the curve by investing in technologies and solutions to address the evolving demands of millions of our customers in India. We are confident that Ericsson’s vEPC solution will enable us to meet our strategic goals.”

    Ericsson head of digital services for SEA, Oceania and India Alvise Carlton added that the project is one of the vendor’s largest virtual evolved packet core deployments globally to date.

    “This will not only provide VIL the scale and reach to address the growing data traffic levels in India, but the advanced cloud infrastructure will also enable VIL to tap new revenue streams in SMEs and IoT.”

  • ZTE, Intel developing vEPC application

    ZTE, Intel developing vEPC application

    ZTE and Intel have released a white paper covering an NFV reference design for a containerized vEPC application as part of the two companies’ joint research into virtualization of telecoms networks.

    The two companies are jointly researching cloud native and NFV technologies. Intel is helping ZTE develop virtual evolved packet core applications based on cloud native architecture.

    The white paper highlights that such vEPC applications are compatible with and open to cloud platforms based on open source container technology. The vEPC application uses s microservice design to achieve network function atomization to speed delivery of new services.

    Each microservice is also run, upgraded and deployed separately to improve flexibility, the companies said.

    A vEPC microservice adopts a stateless design to achieve 99.999% carrier-grade reliability in commercial off the shelf hardware.

    The vEPC solution is expected to be fully compatible with 5G, with guaranteed upper layer service continuity for future wireless network evolution and upgrades.

  • M1 to deploy vEPC solution from Huawei

    M1 to deploy vEPC solution from Huawei

    Singapore’s M1 Limited has announced plans to launch the nation’s first cloud-based virtual enhanced packet core (vEPC) network solution with Huawei.

    The deployment is aimed at further enhancing M1’s core network resiliency, while also enabling dynamic and more efficient use of network resources to support wide-ranging Smart Nation use cases, and shortening the time to market in the deployment of new IoT services.

    By harnessing the latest cloud-computing and Network Function Virtualization (NFV) technologies, M1’s fully distributed and agile packet core network will be able to dynamically deploy core resources wherever they are needed, and provide flexibility to swiftly scale up and down resources based on customer demands.

    Furthermore, with software functions separated from the underlying hardware platforms, the cloud-based virtualized core network allows faster “in-service” software upgrades, as well as significantly reducing downtime for maintenance and testing of new services. Through this, M1 expects to improve its operational efficiency and strengthen network resiliency.

    “The deployment of our agile cloud-based virtualised core network will strengthen our network resiliency and enable us to deploy our resources more efficiently, M1 CTO Denis Seek said.

    “The highly scalable nature of the network will also enable us to meet the dynamic resources demands of new products, shorten the time-to-market innovative products, and enable us to reduce implementation and maintenance costs.”