The communications industry is facing a tenfold increase in wireless traffic between 2011 and 2016. More than ever, service providers must efficiently scale their networks to deliver high-quality user experiences and new revenue-boosting services-all while tightly managing capital and operating expenses. Intel offers flexible and scalable solutions designed to meet these challenges.
View the Software-Defined Network(SDN) video >
Software-Defined Networking (SDN) and Network Functions Virtualization (NFV) are enabling network functions to be consolidated onto standard, high-volume servers, switches and storage, thereby reducing equipment and operational costs, and time to market for new services.
Read more about open, simplified networking >
Network operators, TEMs and ISVs can accelerate the development of a software-focused network using open source APIs and reference designs from Intel.
Read about how to implement SDN and NFV >
This paper explores the challenges of deploying virtualization and SDN in Telecoms Networks. It describes the Carrier Cloud Telecoms initiative, a joint program between Intel and Tieto*, which explores the key R&D challenges and possible approaches central to cloud realization in the telecoms domain.
Learn about deploying virtualization and SDN in telecoms networks >
Learn how the flexibility and scalability of Intel® architecture improves subscriber experiences, reduces network complexity, and decreases capital and operating expenditures.
Enabling dynamic on-demand response, combining collaborative radio and cloud infrastructure.
Distributing data to Intel® architecture-based intelligent small base stations speeds data delivery.
Media processing architecture meets bandwidth demand with cost-effective, efficient solutions.
Overview of the Intel® Platform for Communications Infrastructure
To get performance and programmability, network service providers use RouterBricks.
Microcell maker Ubiquisys uses Intel® technology’s compute power for mobile application performance.
Evolved packet core networks on a single Intel® architecture enable flexible, faster, wireless clouds.
Maximize packet throughput and workload performance while minimizing development time.
What happens in the space of one Internet minute? Well, for starters: Six million Facebook pages are viewed, 30 hours of video are posted on YouTube...
Connecting the internet of things through the use of common Intel® Architecture
Intel® IVI Reference Design offers a fully connected, charge anywhere, metered electric vehicle.
April 2012: Nissan and Intel announce innovative infotainment technology for the connected car.
Demo: Watch this overview of how in-vehicle infotainment enables richer, dynamic user experiences. (3:39)
NI manager Eric Brauel covers the Intel®-based PXI platform performance increases and savings.
Intel® Embedded architecture Video promotes proactive security, simplified manageability, and seamless communications. (2:00)