A preview is not available for this record, click “View” or “Download” to engage with the material.
詳細
E-cores を搭載した インテル® Xeon® 6 プロセッサーを使用した Red Hat® OpenShift への Nokia Packet Core の導入は、優れた密度、電力効率、スケーラビリティーを実現するクラウドネイティブな 5G スタンドアロン・®コアの効率的な導入パスを提供します。
使用方法に関する説明
関連アセット
タイトルと説明
フォーマット
言語
アクション
Build a Cloud-Native, Future- Ready 5G Core Telco Cloud
Deployment of Nokia Packet Core on Red Hat® OpenShift® using Intel® Xeon® 6 processors with E-cores offers a streamlined adoption path for cloud-native 5G stand-alone core that delivers superior density, power-efficiency and scalability.
Build a Cloud-Native, Future- Ready 5G Core Telco Cloud
Deployment of Nokia Packet Core on Red Hat® OpenShift® using Intel® Xeon® 6 processors with E-cores offers a streamlined adoption path for cloud-native 5G stand-alone core that delivers superior density, power-efficiency and scalability.
Build a Cloud-Native, Future- Ready 5G Core Telco Cloud
Deployment of Nokia Packet Core on Red Hat® OpenShift® using Intel® Xeon® 6 processors with E-cores offers a streamlined adoption path for cloud-native 5G stand-alone core that delivers superior density, power-efficiency and scalability.
Build a Cloud-Native, Future- Ready 5G Core Telco Cloud
Deployment of Nokia Packet Core on Red Hat® OpenShift® using Intel® Xeon® 6 processors with E-cores offers a streamlined adoption path for cloud-native 5G stand-alone core that delivers superior density, power-efficiency and scalability.
Build a Cloud-Native, Future- Ready 5G Core Telco Cloud
Deployment of Nokia Packet Core on Red Hat® OpenShift® using Intel® Xeon® 6 processors with E-cores offers a streamlined adoption path for cloud-native 5G stand-alone core that delivers superior density, power-efficiency and scalability.
Build a Cloud-Native, Future- Ready 5G Core Telco Cloud
Deployment of Nokia Packet Core on Red Hat® OpenShift® using Intel® Xeon® 6 processors with E-cores offers a streamlined adoption path for cloud-native 5G stand-alone core that delivers superior density, power-efficiency and scalability.