In this course, Larry Horner, Intel Solutions Architect, describes how network slicing is used to allocate the resources of the network and to categorize them according to the needs of the devices in the network. He also covers how the Internet of Things (IoT) will change the way devices are connecting to the network and how this change will affect the service providers’ architecture.
In this chapter, Larry Horner, Intel Solutions Architect, discusses the concept of network slicing and the capability to deploy multiple independent, service-specific, end-to-end networks on the same infrastructure. He also examines network slicing architecture and the challenges of network slicing.
In this course, Julian Ramos, Intel Solutions Architect, gives an introduction to 5G and explains how the extreme requirements of ultra-low latency, massive network coverage, and high bandwidth capacity can be mitigated using network slicing. Slicing allows th...
In this course, Ian Bartlett, Intel Solutions Architect, discusses the service assurance challenge of Network Functions Virtualization (NFV) and the platform assurance capabilities that Intel architecture management technologies provide. He examines “Open”...
In this course, Petar Torre, Lead Architect for Telco Infrastructure at Intel, takes a deeper look into how Single Root I/O Virtualization (SR-IOV) is able to provide significant performance advantages over standard network virtualization methods.
Virtual Network Functions (VNFs) Operations: Network Functions Virtualization (NFV) Features in Kubernetes*
In this course, Larry Horner, Intel Solutions Architect, discusses how containers can be an ideal delivery mechanism for virtual network devices. Larry breaks down the technical details of how the container model interoperates with the physical network, provid...
In this course, Larry Horner, Intel Solutions Architect, explains how the network is being transformed from end to end starting with smart-devices all the way to the core network and to the cloud. He discusses how the infrastructure hardware and the handling o...
Network Functions Virtualization (NFV): Communications Service Providers (CommSPs) and the NFV Transition
In this course, Petar Torre, Lead Architect for Telco Infrastructure at Intel, discusses the benefits that Communications Service Providers (CommSPs) have seen from Network Functions Virtualization (NFV), including reductions in both capital and operational ex...
In this course, Larry Horner, Intel Solutions Architect, introduces how 5G will impact core network elements, such as the Evolved Packet Core (EPC) and IP Multimedia Subsystem (IMS). He then digs deep inside IMS to further illustrate the true impact of 5G to ...