Next generation networks increase scalability, flexibility and improve performance through the use of common platform using Intel® Architecture.
A single architecture with Intel® technology handles increased data traffic and supports services on a base station, while enhancing power management.
Intel® architecture with Intel® Virtualization Technology consolidates workloads on a single architecture to handle increased data traffic and support services and apps on the base station for more efficient use and power management of resources.전체 보기 >
Intel® architecture optimizes the pattern match algorithm, which searches for malware and viruses, and helps achieve maximum computing performance.
Intel’s Charlie Laswell describes Intel® architecture that optimizes the pattern match algorithm, which searches user traffic for malware and viruses, and helps achieve maximum memory bandwidth and computing performance.전체 보기 >
Software-defined networks provide centralized control of virtualized environments, enabling faster deployment of new services and reduced costs.
Intel’s Rene Torres discusses software-defined networks, which provide centralized control of virtualized environments independent of proprietary architecture, enabling faster deployment of new services, reduced costs, and ease of automation.전체 보기 >
See how tomorrow’s intelligent communications network will deliver individual solutions seamlessly and securely to enhance experience and value.
See how tomorrow’s communications network will be more intelligent, at the edge and in the cloud, delivering what individual subscribers need when they need it in a seamlessly secure manner to enhance their experience and provide greater value.전체 보기 >
Demos high-speed regex pattern matching with Intel® Data Plane Development Kit and HyperScan* on Intel® Xeon® processor and Linux*-based platforms.
Steve Konish demos how Intel® Data Plane Development Kit and Sensory Networks HyperScan* achieve faster throughput of high-speed regular expression (regex) pattern matching on Intel® Xeon® processor E5 family and Wind River Linux*-based platforms.전체 보기 >
Intel’s Pranav Mehta explains how the Crystal Forest platform dynamically combines compute and network services into a unified architecture.
Intel Chief Technology Officer Pranav Mehta explains how the Crystal Forest platform dynamically combines compute and network services into a unified architecture, creating open and trusted cloud data centers.전체 보기 >
산업용 및 군용 고급 통신 컴퓨팅 아키텍처와 Micro-TCA 솔루션에 대한 개요를 제공합니다. (2011년 2월 볼륨 1)
Intel’s Greg Clifton gives an overview of advanced telecommunications computing architecture and micro-TCA solutions from Emerson that run on Intel®전체 보기 >
Vira Ragavassamy presents practical tips and steps for signal integrity simulation on a DDR interface, including new memory controller features.
Sarma Vrudhula of Arizona State University presents research on multi-core processor performance optimization under thermal constraints.