The growth in multimedia content access by subscribers in mobile and fixed-line networks is expanding rapidly. At the same time, network operators must counter the challenge from Internet content providers that are vying for their subscribers, Software-Defined Networking and Network Functions Virtualization are emerging as key technologies to compete with Internet content providers to manage, optimize and monetize data plane services. To achieve this vision, high-throughput NFV-aware load balancing with SDN control will be required between the packet flows generated by millions of subscribers. These flows will need to be directed to thousands of virtualized functions hosted in next-generation data centers.
Error - something went wrong!
Most Recent Flipbooks
Light Reading - Open Ran Survey Report
Heavy Reading 2018 Open RAN Operator Survey
Getting Edgy--Optimizing Performance and User Experience with Edge Computing
The Future Starts at the Edge: MEC Whitepaper
The Open Road Migration: Rearchitecting Service Innovation Models
Transforming Telecom Service Delivery with Open Hyperscale Infrastructure
Raising the Bar for Voice Quality over LTE and Wi-Fi
Transcoding - Future Proofing Your Digital Business
Radisys and Intel Deliver Agile and Flexible Rack-Scale NFV Infrastructure for Communications Service Providers
Radisys and Intel Deliver Agile and Flexible Rack-Scale NFV Instructure for CSPs
Open RAN for 4G & 5G Networks
Open RAN--Why? And for Who?
Deploying R-CORD: Achieving service innovations and benefits from access network virtualization
Deploying LTE over Unlicensed Spectrum
LTE/Wi-Fi Aggregation (LWA)
Elastic Scale Media Processing in NFV
MediaEngine Transcode Resource Function (TRF) - Advanced Multimedia Transcode Platform
Evolution of RAN Architectures for Narrow Band IoT (NB-IoT) Services