In che modo la vostra azienda risponde alla trasformazione digitale? I vostri data center sono sotto pressione per offrire prestazioni, agilità ed efficienza operativa migliori allo scopo di gestire la crescita dei dati e le esigenze delle aziende dinamiche? HPE Network Orchestrator modernizza la rete di storage, consentendo alle aziende di aumentare la produttività, garantire scalabilità e migliorare l'efficienza dei propri investimenti di storage. Le configurazioni SAN sono spesso lunghe e noiose e tendono a causare errori umani. Spesso, inoltre, si trovano in ambienti multiprotocollo. Automazione, orchestrazione e servizi fabric consentono agli amministratori di effettuare il provisioning dello storage senza errori e organizzare i servizi fabric per aumentarne la resilienza. HPE Network Orchestrator offre convalida della configurazione fabric indipendente dal protocollo con Single Point of Connectivity Knowledge (SPOCK), valutazione dello stato di integrità delle porte fisiche con autoriparazione e monitoraggio del fabric eseguendo la diagnostica end-to-end con l'utilizzo di modelli predefiniti, allo scopo di ridurre gli errori di configurazione.
HPE Network Orchestrator si occupa dell'organizzazione e del monitoraggio di fabric multiprotocollo end-to-end con la famiglia di prodotti Storage HPE per incrementare uptime, resilienza e prevedibilità del fabric. Servizi fabric automatizzati per protocolli FC e iSCSI per lo Storage HPE.
I modelli predefiniti e personalizzati garantiscono coerenza e ripetibilità della configurazione dell’infrastruttura.
Creazione rapida di modelli preconfigurati e/o di configurazioni personalizzate che possono essere applicate per la gestione di elementi su dispositivi specifici, con conseguente riduzione dell’errore umano e la facilitazione della condivisione delle best practice.
HPE Network Orchestrator convalida l'integrità, l’interoperabilità e la conformità di storage, server e infrastrutture fabric di rete Hewlett Packard Enterprise prima o durante la distribuzione.
Mantenete integra l'infrastruttura e la SAN in uno stato ideale con decisioni ponderate grazie a prevedibilità e supporto migliori.
Valutazione, reportistica e risoluzione di problemi per un migliore stato di integrità dell’infrastruttura.
HPE Network Orchestrator consente agli amministratori di comprendere quali dispositivi siano collegati end-to-end e di offrire la visibilità dell’infrastruttura avviando una serie di fasi per creare una vista topologica degli elementi gestiti.
Supporto: Storage HPE, switch Ethernet HPE serie M, switch Fibre Channel HPE serie B e C, prodotti partner HPE Complete, switch Ethernet idonei di terzi, schede (HBA, NIC, CNA), cavi e ricetrasmettitori ottici.
HPE Network Orchestrator si occupa del monitoraggio delle attività e genera eventi per azioni, auditing e reportistica.
Gli amministratori possono monitorare diversi parametri end-to-end per prendere decisioni ponderate basate su avvisi con altri servizi fabric per risolvere una situazione. Ecco un modo semplice per gli amministratori di essere informati sui problemi di rete di storage.
Incrementa le funzionalità della struttura di base pronta per la diagnostica con una valutazione diagnostica avanzata per il monitoraggio e la veloce individuazione dello stato delle porte fisiche per l'analisi delle cause primarie, la valutazione dell’impatto dei malfunzionamenti e l'autoriparazione per prestazioni migliorate.
Windows è un marchio o un marchio registrato di Microsoft Corporation negli Stati Uniti e/o in altri paesi. Linux è un marchio registrato di Linus Torvalds negli Stati Uniti e in altri paesi. VMware ESX è un marchio commerciale o un marchio registrato di VMware, Inc. negli Stati Uniti e/o in altre giurisdizioni. Tutti gli altri marchi di terzi sono di proprietà dei rispettivi titolari.
The Big Switch Networks Big Cloud Fabric Series is an application that uses hyperscale concepts of scalability, openness and agility to deliver intent-based networking based on SDN controls. By using HPE Altoline open networking switches and 3rd party software, customers may realize up to 50% TCO over legacy networks.
Big Switch Networks Big Cloud Fabric Series delivers zero-touch operations, network automation and deep visibility for data center fabrics and cloud-native applications. Supports physical and virtual workloads and choice of orchestration tools. It provides Layer 2 (L2) switching, L3 routing, and L4-7 service insertion and chaining. The scalable fabric is fully resilient with no single point of failure and supports headless mode operations.
The Big Switch Networks Big Cloud Fabric Series is an application that uses hyperscale concepts of scalability, openness and agility to deliver intent-based networking based on SDN controls. By using HPE Altoline open networking switches and 3rd party software, customers may realize up to 50% TCO over legacy networks.
Big Switch Networks Big Cloud Fabric Series delivers zero-touch operations, network automation and deep visibility for data center fabrics and cloud-native applications. Supports physical and virtual workloads and choice of orchestration tools. It provides Layer 2 (L2) switching, L3 routing, and L4-7 service insertion and chaining. The scalable fabric is fully resilient with no single point of failure and supports headless mode operations.
The Big Switch Networks Big Cloud Fabric Series is an application that uses hyperscale concepts of scalability, openness and agility to deliver intent-based networking based on SDN controls. By using HPE Altoline open networking switches and 3rd party software, customers may realize up to 50% TCO over legacy networks.
Big Switch Networks Big Cloud Fabric Series delivers zero-touch operations, network automation and deep visibility for data center fabrics and cloud-native applications. Supports physical and virtual workloads and choice of orchestration tools. It provides Layer 2 (L2) switching, L3 routing, and L4-7 service insertion and chaining. The scalable fabric is fully resilient with no single point of failure and supports headless mode operations.
The Big Switch Networks Big Cloud Fabric Series is an application that uses hyperscale concepts of scalability, openness and agility to deliver intent-based networking based on SDN controls. By using HPE Altoline open networking switches and 3rd party software, customers may realize up to 50% TCO over legacy networks.
Big Switch Networks Big Cloud Fabric Series delivers zero-touch operations, network automation and deep visibility for data center fabrics and cloud-native applications. Supports physical and virtual workloads and choice of orchestration tools. It provides Layer 2 (L2) switching, L3 routing, and L4-7 service insertion and chaining. The scalable fabric is fully resilient with no single point of failure and supports headless mode operations.
The Big Switch Networks Big Cloud Fabric Series is an application that uses hyperscale concepts of scalability, openness and agility to deliver intent-based networking based on SDN controls. By using HPE Altoline open networking switches and 3rd party software, customers may realize up to 50% TCO over legacy networks.
Big Switch Networks Big Cloud Fabric Series delivers zero-touch operations, network automation and deep visibility for data center fabrics and cloud-native applications. Supports physical and virtual workloads and choice of orchestration tools. It provides Layer 2 (L2) switching, L3 routing, and L4-7 service insertion and chaining. The scalable fabric is fully resilient with no single point of failure and supports headless mode operations.
The Big Switch Networks Big Cloud Fabric Series is an application that uses hyperscale concepts of scalability, openness and agility to deliver intent-based networking based on SDN controls. By using HPE Altoline open networking switches and 3rd party software, customers may realize up to 50% TCO over legacy networks.
Big Switch Networks Big Cloud Fabric Series delivers zero-touch operations, network automation and deep visibility for data center fabrics and cloud-native applications. Supports physical and virtual workloads and choice of orchestration tools. It provides Layer 2 (L2) switching, L3 routing, and L4-7 service insertion and chaining. The scalable fabric is fully resilient with no single point of failure and supports headless mode operations.
The Big Switch Networks Big Cloud Fabric Series is an application that uses hyperscale concepts of scalability, openness and agility to deliver intent-based networking based on SDN controls. By using HPE Altoline open networking switches and 3rd party software, customers may realize up to 50% TCO over legacy networks.
Big Switch Networks Big Cloud Fabric Series delivers zero-touch operations, network automation and deep visibility for data center fabrics and cloud-native applications. Supports physical and virtual workloads and choice of orchestration tools. It provides Layer 2 (L2) switching, L3 routing, and L4-7 service insertion and chaining. The scalable fabric is fully resilient with no single point of failure and supports headless mode operations.
The Big Switch Networks Big Cloud Fabric Series is an application that uses hyperscale concepts of scalability, openness and agility to deliver intent-based networking based on SDN controls. By using HPE Altoline open networking switches and 3rd party software, customers may realize up to 50% TCO over legacy networks.
Big Switch Networks Big Cloud Fabric Series delivers zero-touch operations, network automation and deep visibility for data center fabrics and cloud-native applications. Supports physical and virtual workloads and choice of orchestration tools. It provides Layer 2 (L2) switching, L3 routing, and L4-7 service insertion and chaining. The scalable fabric is fully resilient with no single point of failure and supports headless mode operations.
The Big Switch Networks Big Cloud Fabric Series is an application that uses hyperscale concepts of scalability, openness and agility to deliver intent-based networking based on SDN controls. By using HPE Altoline open networking switches and 3rd party software, customers may realize up to 50% TCO over legacy networks.
Big Switch Networks Big Cloud Fabric Series delivers zero-touch operations, network automation and deep visibility for data center fabrics and cloud-native applications. Supports physical and virtual workloads and choice of orchestration tools. It provides Layer 2 (L2) switching, L3 routing, and L4-7 service insertion and chaining. The scalable fabric is fully resilient with no single point of failure and supports headless mode operations.
The Big Switch Networks Big Cloud Fabric Series is an application that uses hyperscale concepts of scalability, openness and agility to deliver intent-based networking based on SDN controls. By using HPE Altoline open networking switches and 3rd party software, customers may realize up to 50% TCO over legacy networks.
Big Switch Networks Big Cloud Fabric Series delivers zero-touch operations, network automation and deep visibility for data center fabrics and cloud-native applications. Supports physical and virtual workloads and choice of orchestration tools. It provides Layer 2 (L2) switching, L3 routing, and L4-7 service insertion and chaining. The scalable fabric is fully resilient with no single point of failure and supports headless mode operations.
The Big Switch Networks Big Cloud Fabric Series is an application that uses hyperscale concepts of scalability, openness and agility to deliver intent-based networking based on SDN controls. By using HPE Altoline open networking switches and 3rd party software, customers may realize up to 50% TCO over legacy networks.
Big Switch Networks Big Cloud Fabric Series delivers zero-touch operations, network automation and deep visibility for data center fabrics and cloud-native applications. Supports physical and virtual workloads and choice of orchestration tools. It provides Layer 2 (L2) switching, L3 routing, and L4-7 service insertion and chaining. The scalable fabric is fully resilient with no single point of failure and supports headless mode operations.
*I prezzi possono variare in base al rivenditore locale.
