Quanto costa all'azienda ogni minuto di downtime? HPE Serviceguard per Linux® (SGLX), è una soluzione di gestione in cluster a elevata disponibilità (HA) per il disaster recovery (DR) che migliora l'uptime per le applicazioni critiche, garantendo protezione da un'ampia gamma di errori dell'infrastruttura e delle applicazioni in ambienti fisici o virtuali su qualsiasi distanza. La soluzione riduce l'impatto del downtime non pianificato senza compromettere l'integrità dei dati o le prestazioni e contribuisce al raggiungimento di un downtime pianificato prossimo allo zero per la manutenzione.
HPE Serviceguard per Linux fornisce un failover rapido in caso di guasto, in soli quattro secondi e senza compromettere l'integrità dei dati.2
Monitora la disponibilità di applicazioni, servizi, database e piattaforme su lunghe distanze, fornisce protezione contro le interruzioni e riduce il downtime durante le finestre di manutenzione pianificate.
Offre efficienti funzionalità di rilevamento dei guasti che effettuano automaticamente il failover di applicazioni critiche su nodi sicuri, ripristinando rapidamente le normali operazioni.
Consente di realizzare ambienti ad alta disponibilità senza storage condiviso per applicazioni come SAP S4/HANA® e NFS.
Consente di ottenere uptime più prolungati in ambienti virtuali con failover delle applicazioni anziché con il riavvio della macchina virtuale. HPE SGLX supporta hypervisor VMware, Hyper-V e KVM.
Le soluzioni di disaster recovery HPE Serviceguard per Linux mantengono le applicazioni online anche dopo la perdita di un data center a qualsiasi distanza, con la possibilità di scegliere tra diverse risposte, dal failover completamente automatico al ripristino con un unico pulsante.
Una scelta di offerte in base a distanza, replica dei dati, Recovery Point Objective (RPO) e Recovery Time Objective (RTO) per soddisfare una vasta gamma di requisiti.
Riduce le spese di capitale per l'array di storage con modelli di distribuzione flessibili che consentono il consolidamento efficiente di diversi carichi di lavoro primari in infrastrutture DR con provisioning minimo.
HPE Serviceguard per Linux per SAP HANA è la prima soluzione di HA e DR completamente automatica che sfrutta la replica di un sistema multi-target HANA per fornire il ripristino automatico su più tier HANA.
Integrazione pronta per l'uso con SAP HANA, SAP S/4 HANA, SAP NetWeaver®, Oracle, SQL Server su Linux, IBM Db2, Sybase, Enterprise DB e Postgres. Garantisce il monitoraggio intelligente, automatico e sensibile al contesto, nonché operazioni di ripristino e failback che tengono conto degli stati interni delle applicazioni.3
Integrazione più semplice e rapida di applicazioni complesse in un framework standardizzato e comprovato. Riduce i tempi di configurazione iniziale da giorni a ore, con distribuzioni 4 volte più veloci.4
HPE Serviceguard per Linux dispone della funzione Live Application Detach (LAD) che consente di eseguire la manutenzione dell'infrastruttura cluster, inclusa la rete heartbeat, con downtime praticamente pari a zero.5
Gli aggiornamenti in sequenza consentono l'upgrade dei componenti dell'infrastruttura, del sistema operativo e delle applicazioni con downtime ridotti.
Un TCO migliore supportando soluzioni HA di livello enterprise su architetture di storage economicamente vantaggiose, non dipendenti dalle SAN tradizionali.
1 Fare riferimento alla matrice di certificazione HPE Serviceguard per Linux
2 Ripristino da failover osservato durante il test di laboratorio interno di Hewlett Packard Enterprise. Il sistema era basato su un server HPE ProLiant DL560 Gen10 con RHEL 7.3 e HPE Serviceguard 12.10.00 in esecuzione. Il risultato varia in base alla configurazione, escluso il tempo di ricostruzione del cluster.
3 In base alle analisi di Hewlett Packard Enterprise durante lo svolgimento delle attività di manutenzione del cluster, tra cui la manutenzione della rete heartbeat, ovvero un tipico caso in cui solitamente le applicazioni dovevano essere arrestate. Tuttavia, con la funzionalità LAD il downtime delle applicazioni può essere azzerato, anche se la rete heartbeat è in manutenzione e il cluster viene disattivato.
4 In base alle analisi di Hewlett Packard Enterprise che mostrano come, di norma, per integrare manualmente un database Oracle in un cluster occorrano 30 giorni di attività di ingegnerizzazione. Con il toolkit Oracle di Hewlett Packard Enterprise, l'integrazione viene portata a termine in massimo due giorni di ingegnerizzazione.
5 In base ai tempi di ripristino in failover osservati all’interno dell’architettura di riferimento HPE per il database Oracle su HPE Superdome Flex con HPE Serviceguard per Linux e Oracle Data Guard. https://www.hpe.com/psnow/doc/a50000280enw
GCP è un marchio registrato di Google LLC. Linux è il marchio registrato di Linus Torvalds negli Stati Uniti e in altri Paesi. Azure, Hyper-V, Microsoft e SQL Server sono marchi o marchi registrati di Microsoft Corporation negli Stati Uniti e/o in altri Paesi. SAP NetWeaver, SAP, SAP HANA e SAP S/4HANA sono marchi o marchi registrati di SAP SE (o di un'azienda affiliata di SAP) in Germania e in altri Paesi. VMware è un marchio o un marchio registrato di VMware, Inc. e delle sue società controllate negli Stati Uniti e in altre giurisdizioni. Oracle è un marchio registrato di Oracle e/o delle sue affiliate. Tutti i 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.
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