The OPNFV Project, an Open Source platform to accelerate the introduction of new Network Functions Virtualization (NFV) products and services, announced the availability of the community’s first software release: Arno.
It is a solution aimed at anyone who is exploring NFV deployments, developing Virtual Network Functions (VNF) applications, or interested in NFV performance and use case-based testing. This developer-focused release provides an initial build of the NFV Infrastructure (NFVI) and Virtual Infrastructure Manager (VIM) components of ETSI NFV architecture.
VMware debuted VMware vCloud for NFV, an integrated Network Functions Virtualization (NFV) platform that will combine VMware’s production-proven virtualized compute, networking, storage and management solutions with integrated OpenStack support.
With support for more than 40 different virtual network functions (VNFs) from more than 30 vendors, VMware vCloud for NFV is the only platform available today that runs different VNFs from different vendors side by side on the same unified platform for the cloud.
With vCloud for NFV, communication service providers (CSPs) can deploy NFV solutions into production on a proven platform to achieve faster time to market for new and differentiated services while driving sustainable cost reductions.
Linux Foundation is moving forward in the telecommunications sector. This week they have announced the birth of an Open Source platform that aims to speed up the introduction of new products and services thanks to Network Functions Virtualization (NFV). This project is called Open Platform for NFV (OPNFV) and it is supported by vendors and telecom operators, such as AT&T, Red Hat, HP, Cisco or Citrix.
This new initiative will accelerate the delivery of cloud-based models to operators, enable interoperability and will accelerate standards through an Open Source reference platform.
They seem similar concepts, but they don’t mean the same. Software-defined networking and network virtualization share some features, such as the objective of improving the agility to direct the right network resources to virtual machines. But their design and architecture are different.
This article outlines the differences and helps to understand the way both technologies work:
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