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Cloud-RAN solution enables dynamic on-demand response, combining collaborative radio and real-time cloud infrastructure using a LTE base station.
White Paper: Security solutions built in to Intel® processors offer malware protection, trusted launch, identity and data protection, and more.
White Paper: Enterprise benefits of service-rich software routing on single Intel® architecture, offering flexibility, scalability, and lower costs.
Brief: Outlines considerations for architectural strategies that better respond to the growing demand for network traffic and new services.
White Paper: Pair function stitching together in fine-grains to enable more cryptographic computation and performance gains on Intel® processors.
White Paper: How processing multiple independent data buffers in parallel dramatically increases performance without SIMD on Intel® processors.
Intel puts multiple workloads on a single platform to enhance the user experience, lower development costs, and reduce time-to-market.
Case Study: Yanzi* Networks enables remote access solutions for construction companies, improving site management, safety, efficiency, and security.
Case Study: Sweden’s Yanzi* Networks gives remote access to farmers, improving monitoring, maintaining, and managing for greater security, efficiency.
Consolidate services and processing workloads on single processor architecture to improve experience, lessen network complexity and operating costs.
As mobile devices become more sophisticated, innovative architecture from Intel helps improve the user experience.
In April 2012, Nissan and Intel announced the promise of innovative infotainment technology for the connected car and a greater consumer experience.
Boost packet processing performance and workload consolidation on single Intel® architecture for simplified, cost-saving scalable solutions.
White Paper: Advantages of a single code-based architecture for network and telecom, enabling scalable, flexible, and cost-effective infrastructure.
Advanced cyber security and policy management runs on scalable, general-purpose hardware on Intel® Architecture.
To get performance and programmability, network service providers use RouterBricks, server clusters that deliver high performance packet routing.
Case Study: Applications and techniques that reduce peak mobile data traffic, quantify key benefits, and backhaul operational costs.
White Paper: Software-defined network virtualization saves costs, enables more flexibility and control, and improves deployment for service providers.
LTE evolved packet core network designs on a single, software-defined Intel® architecture enable faster, more flexible, wireless communication clouds.
Intel architecture on a single platform streamlines development, reduces cost and time-to-market, and improves the user experience.
White Paper: New Intel® architecture platform enables communications infrastructure apps and data compression workloads for aggregated cloud services.
The kit lets engineers maximize packet throughput and workload performance while minimizing development time.
Crystal Forest communications platform for workload consolidation performs applications, control plane, and data plane concurrently.
Case Study: Mid-sized Ericsson* BSCS installation on Intel® Xeon® processors improves capacity and delivers a cost savings in a 24-month payback.
Product Brief: Intel® Boot Loader Development Kit allows customized and optimized solutions for embedded Intel® processor-based platforms.