Intendi incrementare le prestazioni con fasce di prezzo da unità HDD 10K per i carichi di lavoro VRO ed esigenti sotto il profilo delle prestazioni? Le unità SSD SATA Very Read Optimized HPE garantiscono prestazioni fino a 450 volte più veloci, latenze 30 volte inferiori ed efficienza energetica 1,5 volte migliore rispetto alle unità HDD 10K a un prezzo equivalente1. Progettate per carichi di lavoro VRO: livelli di capacità vSAN, database NoSQL, Business Intelligence, Hadoop, analisi, archivi oggetti, delivery di contenuti e data lake IA e machine learning. Le unità SSD Hewlett Packard Enterprise sono il risultato di oltre 3,35 milioni di ore di certificazione e test2, che garantiscono affidabilità e prestazioni elevate. Il firmware HPE con firma digitale impedisce l'accesso non autorizzato ai dati, verificando l'attendibilità dell’origine del firmware dell’unità. Puoi anche monitorare la vita utile dell'unità SSD grazie alla compatibilità con l'indicatore di usura HPE Smart nei tool di gestione.
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Le unità a stato solido HPE SATA Very Read Optimized offrono risultati migliori rispetto alle unità HDD 10K, grazie alla tecnologia NAND che punta ai carichi di lavoro VRO (Very Read Optimized).
Sperimenta prestazioni 450 volte più veloci e latenze 30 volte migliori rispetto alle unità HDD 10K1.
Efficienza energetica 1,5 volte superiore rispetto alle unità HDD 10K, che consente risparmi annuali su alimentazione e raffreddamento1.
Le unità a stato solido (SSD) HPE SATA Very Read Optimized possono preparare lo storage alle sfide del futuro, rinunciano definitivamente alle unità HDD di capacità inferiore.
Con hardware 10 volte più affidabile rispetto alle unità HDD 10K e 100 volte più affidabile rispetto alle unità HDD 7.2K3.
Ottimizzate per i server Hewlett Packard Enterprise che utilizzano da anni le unità HDD 10K e 7,2K.
Include la serie completa di funzionalità aziendali SSD Hewlett Packard Enterprise per una maggiore sicurezza dei dati, salvaguardia del percorso dati end-to-end e protezione da perdite di potenza.
Le unità a stato solido (SSD) HPE SATA Very Read Optimized uniscono le prestazioni sequenziali ottimizzate per le unità HDD alle prestazioni casuali ottimizzate per le unità SSD.
I carichi di lavoro mirati VRO sono basati sulla tipica combinazione di letture casuali >80% e scritture sequenziali <20% (blocco di grandi dimensioni), per cui sono state progettate le unità SSD SATA VRO HPE.
Gli indici di resistenza sono concepiti per rispondere al meglio alle esigenze dei carichi di lavoro mirati delle unità SSD VRO HPE4.
Carichi di lavoro target SSD SATA VRO HPE: tier di capacità vSAN, database SQL (Business Intelligence), database NoSQL, Hadoop, analisi, archivi oggetti, CDN e data lake IA e machine learning.
Le unità a stato solido (SSD) HPE SATA Very Read Optimized sono ideali per analisi dei Big Data, cloud computing, archiviazione attiva, applicazioni di database e data warehousing.
Per raggiungere un maggior input/output al secondo (IOPs), al fine di migliorare le prestazioni del data center.
Garantisci l'accuratezza dei dati con il rilevamento degli errori del percorso dati completo.
Possibilità di scegliere tra un ampio portafoglio di soluzioni SSD avanzate in una vasta gamma di capacità.
Con SAS da 12 Gb/s, SAS da 24 Gb/s, SATA da 6 Gb/s, NVMe, M.2 e kit di abilitazione M.2.
1 In base ai confronti tra le schede tecniche delle unità SSD SATA VRO HPE (7,68 TB) e HDD 10K HPE (2,4 TB). Le prestazioni effettive variano in base alla capacità e possono essere leggermente diverse nella configurazione adottata.
2 Test di laboratorio interni di HPE. La quantità di 3,35 milioni di ore di test deriva dalla combinazione di programmi di test per la qualifica delle unità, specifiche HDDQ HPE ad hoc relative alla responsabilità del fornitore di garantire prestazioni, specifiche di test sulla dimostrazione dell'affidabilità (RDT), specifica di test per l'integrazione di CSI e requisiti di test pilota. Test condotto a ottobre 2022.
3 In base ai confronti tra le percentuali di errori di bit irreversibili (valori UBER) nelle schede tecniche delle unità SSD SATA VRO HPE e delle unità HDD 10K HPE e 7,2K HPE. I valori UBER, una delle principali metriche di affidabilità, quantificano la velocità in base alla quale vengono persi i dati memorizzati su un dispositivo.
4 La durata delle unità SSD VRO varia in base alle dimensioni dei blocchi di scrittura e all'uso in scrittura dell'unità, con conseguenti limiti di utilizzo massimo. Tutte le unità SSD sono soggette a usura, con un numero massimo di scritture realizzabili: una volta che l'unità ha raggiunto il limite massimo di utilizzo in scrittura, non sarà più coperta da alcuna garanzia Hewlett Packard Enterprise.
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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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