Crystal Forest communications platform for workload consolidation performs applications, control plane, and data plane concurrently.
Crystal Forest—a computing and communications platform for workload consolidation—can perform applications, control plane, and data plane concurrently, with very high throughput.
Improvements to multi-core architecture make packet processing viable on Intel® processors, resulting in high performance and reduced hardware costs.
Packet processing on Intel® processors is a viable option with continued improvements to multi-core architecture, resulting in superior performance, reduced hardware costs, a simplified application development environment, and faster time to market.
White Paper: The Beacon Group and Intel discuss a software-defined networking study, sharing the potential improvements for carrier environments.
White Paper: The Beacon Group and Intel discuss the findings of a software-defined networking study, sharing the potential for improvements in programmability, automation, and control of carrier environments.
White Paper: Part one of this series discusses how open networks consolidate functions onto high-volume servers and switches reducing time to market.
White Paper: Part one of this series discusses how open networks consolidate functions onto standard, high-volume servers, switches, and storage, reducing costs and time to market for new services.
An intelligent network platform consisting of off-the-shelf components gives users an easy solution for applications, such as intrusion protection.
Wind River’s Dave Dickey describes an intelligent network platform consisting of off-the-shelf components that allows customers to reconfigure their systems without using custom hardware for applications, such as intrusion detection and prevention.Full View >
A firewall designed for computing speed provides analytics to monitor user traffic and applications, and content inspection to search for malware.
Intel’s Chris Clark describes a firewall with analytics designed for computing speed, including SSL decryption for monitoring user traffic, flow analysis that identifies application use, and content inspection to search for malware.Full View >
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.Full View >
Big data security enhancements for Apache Hadoop* include data encryption/decryption, access controllers, and user privacy management.
Intel’s Raghu Sakleshpur describes security enhancements of Intel® Distribution for Apache Hadoop* software for big data applications, such as encryption/decryption in memory, access controllers, and user privacy management.Full View >
Multi-core Intel® processors deliver high performance, scalability, flexibility, and security for deep packet inspection (DPI).
Multi-core Intel® processors with exceptional performance-per-watt, large caches, and hardware virtualization deliver an ideal compute platform to meet the ever growing market requirements for deep packet inspection (DPI).