With the gradual progress of 5G, more and more devices are connected to the network to generate data flow. The interconnection of massive devices in the 5G era, the transmission and processing of massive data, and the wider and more complex application scenarios are all proposed to the network. Higher requirements. For a variety of data-intensive 5G workloads and future performance requirements, communication service providers need to move from traditional, fixed-function networks to open, programmable cloud-optimized networks to meet changing requirements. Application needs and a new operating model to promote faster innovation.
With deep accumulation and leadership in the cloud computing and data center space, and a rich technology portfolio across wireless, wireline, computing and cloud, Intel helps communication service providers accelerate the major transformation of network devices to face the ever-changing Demand to achieve greater responsiveness and adaptability.
From Intel® Xeon® Scalable Processors for data center and network infrastructure cores to low-power Intel Xeon D-2100 processors optimized for space and power-constrained edge environments, Intel provides data from Seamless solution and scalability from the hub to the network edge to meet the performance and efficiency demands of Network Function Virtualization (NFV) and Software Defined Networking (SDN). At the same time, the proven Intel® NFVi Select Solution can be simplified Accelerate hardware and software selection and deployment processes. This is a load-optimized end-to-end network solution developed by Intel Developer Partners on Intel Xeon Extensible Processors.
By integrating critical loads such as applications and services, control plane processing, high-performance packet processing and signal processing onto industry-standard Intel servers, communication service providers can transition to a virtualized, software-defined infrastructure to increase agility. And responsiveness, including SD-WAN and cloud capabilities. From flexible RAN architecture to multi-access edge computing (MEC) that supports large-scale IoT connectivity and evolving network slicing, lays the foundation for future smart interconnection of 5G devices.
In addition, an extensive ecosystem of independent software vendors (ISVs), operating system providers (OSVs), original equipment manufacturers (OEMs), telecom equipment manufacturers (TEMs) and system integrators (ISs), Intel® Network Builders leverages proven, integrated, market-ready Intel architecture solutions to accelerate the proliferation of Network Function Virtualization (NFV) and Software Defined Infrastructure (SDI) in telecommunications networks, helping the industry accelerate network transformation.
In the past 10 years, Intel and partners have promoted collaborative innovation and change in the industry. From DPDK, vSwitter, FD.io to OpenStack, Linux-based open source projects use open source software to innovate on the Intel platform, creating tremendous business opportunities. As an industry leader, Intel is committed to building a basic open source code base that inspires and accelerates service innovations such as SD-WAN, Edge Cloud.
Working closely with leading ecosystem and solution partners, Intel is promoting the coordination and collaboration of ecosystems to provide world-leading solutions to help communication service providers deliver next-generation cloud-optimized networks. Deployed in cooperation with Ericsson in Europe First public 5G network use case, to deliver a multi-access edge computing (MEC) solution with China Unicom and Nokia at Mercedes-Benz Stadium in Shanghai, and to build with South Korea Telecom at the Korean Pyeongchang Winter Olympics The first large-scale 5G network, Intel is the key proponent of the world's first batch of 5G experience, and through the groundbreaking industry cooperation, it helps to continuously achieve the 5G network transformation breakthrough.