CSPs can implement a set of solutions and use case scenarios to modernize the their cloud infrastructure environment with vCloud NFV. Private Data Center NFV TransformationTransform the cloud infrastructure in the CSP private data centers with the vCloud Director IaaS layer together with the VMware core virtualization technologies. Workload Acceleration This version of the vCloud NFV platform supports advanced packet processing acceleration, which is an important enhancement for supporting data plane intensive workloads. Both control or user plane workloads can take advantage of this capability and achieve higher throughput, reduced latency, and scale in performance. Multi-TenancyThe CSP can facilitate the NFV transformation on a shared resource infrastructure environment with multitenant consumption models. The design of those tenant environments is outlined in this section. Distributed CloudsThe NFV transformation in the private cloud will span distributed topologies. For lower latency and compute proximity, user plane functions such as EPC gateways and IMS media will move closer to the edge clouds. Control plane functions can be still centralized. Workload On-BoardingThe VNF onboarding process is typically a collaborative effort between the VNF vendor and the CSP. A prescriptive set of steps need to be followed to onboard and deploy a VNF. The VMware Ready for NFV program is a good vehicle to onboard and certify the VNFs on vCloud NFV platform to ensure smooth deployment in CSP's environment. Availability and Disaster RecoveryBusiness continuity is supported by the vCloud NFV platform across its management, control, and data plane components. This section discusses the available designs and recovery considerations. NSX Data Center for vSphere Coexistence with NSX-T Data CenterAs NSX evolves from NSX Data Center for vSphere to its successor NSX-T Data Center, CSPs can deploy the vCloud NFV platform with two software-defined networking stacks simultaneously. CSPs can deploy NSX Data Center for vSphere in conjunction with NSX-T Data Center as part of vCloud NFV 3.0 or as a complement to a pre-existing vCloud NFV 2.1 deployment.
