Innovation driven by cloud, NFV, IOT, video content and virtual reality is compelling the delivery of increasingly distributed computing options. These environments will need to support technical requirements such as latency, connectivity and power management while adhering to regulator factors such as HIPPA data security. Distributed computing will require a number of infrastructure form factors such as HCI, private cloud and embedded computing paired with a myriad of operational... Read more

At a time when the telecommunications industry is in significant transition, Communication Service Providers (CSPs) and equipment manufacturers are turning to open source and multi-access edge computing (MEC) solutions. These solutions are required to meet key infrastructure constraints such as cost efficiencies, deployment flexibility and deliver mission- critical services with high quality. Intel® with their Network Edge Virtualization (NEV) and FlexRAN initiatives is at the... Read more

White boxes may be general purpose, low-cost and easy to commoditize, but they lack many OAM functions and connectivity options that cannot always be virtualized, yet are still required by operators. In this webinar, we will explain how to bridge these gaps by supplementing universal CPEs (uCPEs) with universal access, enhanced performance monitoring and diagnostics, legacy TDM service support, and 1588 timing synchronization. We will also share typical use cases based on real-live... Read more

Complexity of troubleshooting NFV stack is manifold because of multiple layers of telemetry data. With such large data, SME driven exploratory analysis can be time-consuming and is not scalable. Cognitive Troubleshooting Framework augments exploratory analysis, reduces the time taken to find needle out of haystack by applying AI (ML/DL) algorithms based on model arrived at and help understand the behavior of the overall system and identify bottleneck regions that need be optimized.

Network functions virtualization (NFV) has matured to the point where the majority of network functions can be hosted on Intel architecture-based servers. A single virtualized system hosting an NFV infrastructure (NFVI), network orchestration,and virtual network functions (VNF) can replace the multiple dedicated pieces of customer edge (CE) equipment needed for local and wide area networking. In this webinar we will demonstrate how to deploy a fully-orchestrated universal CPE... Read more

This course aims to help you understand how the Intel NEV SDK is used to support the transformation of the network edge on both 4G and 5G networks. In addition, learn about some of the key drivers behind this transformation and receive a few examples of deployment use cases.

Take this course to better understand how the Intel NEV SDK is used to support the transformation of the network edge on both 4G and 5G networks. In addition, learn about some of the key drivers behind this transformation and receive a few examples of deployment use cases.

In this chapter, users learn the value proposition of ISA-L and how it stacks up against QAT.

In this chapter, users learn about the compression functionality of ISA-L. An introduction of the deflate algorithm, unpacking IGZIP and key case studies are reviewed.

This chapter provides users with an introduction of the cryptography functions including hashing, performance, and encryption. Key use cases examples are also explored.