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信号処理: 信号処理開発キットで容易に

マルチコア・アーキテクチャーの改良により信号処理がインテル® プロセッサーで実行可能になり、並列化による高い性能を確保できるようになりました。

신호 처리: 신호 처리 개발 키트로 단순화

향상된 멀티코어 아키텍처를 통해 인텔® 프로세서에서 신호 처리가 가능해졌으며 고성능 병렬 처리도 가능합니다.

Processamento de sinal: simplifique com o kit de desenvolvimento de processamento de sinal

Melhorias na arquitetura multinúcleo tornam o processamento de sinal viável nos processadores Intel®, resultando em desempenho de paralelismo superior.

Обработка сигналов: упростите разработку с помощью комплекта разработчика для обработки сигналов

Усовершенствования многоядерных архитектур целесообразны для обработки сигналов на процессорах Intel®, что ведет к высокой производительности параллелизма.

信号处理 - 借助信号处理开发套件简化

多核架构的改进使信号处理在英特尔® 处理器上可行,从而实现卓越的并行性能。

訊號處理:利用訊號處理開發套件進行簡化

多核心架構的改善使得 Intel® 處理器有能力進行訊號處理,帶來優異的平行處理效能。

Enhance Content Inspection with HyperScan*

Intel’s Chris Clark shows how HyperScan* software enhances content inspection by efficient matching of large data sets and patterns at RSA 2014.

Increase Data Center Security and Speed with Wind River INP*

Wind River INP* software on Intel® architecture demo shows flexibility, security, and speed benefits for application packet management at RSA 2014.

Scaling Deep Packet Inspection with HyperScan*

Deep packet inspection on Wind River Open Virtualization* and HyperScan* demos improved security against threats to virtualized networks at RSA 2014.

Packet Processing On Intel® Architecture with Intel® DPDK

Explains how packet processing on Intel® architecture and Intel® Data Plane Development Kit improve standard high-volume server performance.