Intel® Optane™ DC persistent memory represents a groundbreaking technology innovation.1 2 3 Delivered with the next-generation Intel® Xeon® Scalable processor, this technology will transform critical data workloads – from cloud and databases, to in-memory analytics, and content delivery networks.
Watch this webcast by Lisa Spelman, Vice President, Data Center Group, General Manager, Intel® Xeon® processors and Data Center Marketing, to understand its breakthrough capabilities and hear from our ecosystem partners Microsoft and VMWare.
Intel VP Lisa Spelman shares her perspective on the opportunity that Intel® Optane™ DC persistent memory represents for data centric computing as leading systems providers and cloud service providers ready for early access.
Intel VP Alper Ilkbahar explains how Intel® Optane™ DC persistent memory has two modes to meet customers’ needs and software environment.
Some of the leading cloud service providers have been early adopters of Intel® Optane™ DC persistent memory. These providers have done extensive engineering work in collaboration with Intel to create differentiated cloud services and drive up infrastructure efficiency based on this revolutionary new memory technology. Intel VP Raejeanne Skillern invites you to experience it yourself in Google Cloud today and through other cloud service providers soon.
Intel® Optane™ DC persistent memory is an innovative memory technology that delivers a unique combination of affordable large capacity and persistence (non-volatility). Watch this animation to see how the technology can help businesses extract greater value from data-intensive applications such as in-memory analytics, databases, content delivery networks, and high performance computing (HPC), as well as deliver the benefits of improved service scalability with higher virtual machine and container density.
Unlock the unique combination of the performance of fast memory paired with the persistence and affordable large capacities of fast storage for all your data-intensive applications such as relational and in-memory databases and high performance computing (HPC). See how Intel® Optane™ DC persistent memory delivers breakthrough restart times for in-memory databases and reduced wait times associated with fetching large data sets from system storage.
Intel® Optane™ DC persistent memory allows customers to break through memory capacity barriers for unprecedented virtual machine, container, and application density. Deliver consistent Quality of Service levels at scale by providing your virtual machines and containers access to fast, high-capacity memory.
Intel® Optane™ DC persistent memory will help transform content delivery networks, bringing greater memory capacity to delivery of rich content at the edge.
Watch how Intel® Optane™ DC persistent memory delivers large capacity, lower latency memory to speed up your most demanding analytics workloads, compared to traditional DRAM-only systems.
Boost machine learning capabilities with the unique combination of fast and persistent large-capacity memory.
Intel® Optane™ DC persistent memory enables fast data replication in high-capacity, in-memory databases with immediate consistency.
See why CERN calls Intel® Optane™ DC persistent memory “a breakthrough in computing technology."
See how Intel and SAP are collaborating to transform SAP HANA* workloads for advanced analytics.
Microsoft talks about Windows Server* 2019 storage spaces direct IOPS performance records with Intel® Optane™ DC persistent memory.
Intel® Optane™ technology unleashes data performance in a range of products, including Intel® Optane™ SSDs for the data center.
Get started today with access to online training, tools, and documentation that show you how to take advantage of Intel® Optane™ DC persistent memory for your applications.
Check out more Intel® Optane™ DC persistent memory educational videos.
I risultati prestazionali sono stati stimati in base a test interni eseguiti da Microsoft in data 25/09/2018 utilizzando Microsoft* Storage Spaces Direct e Windows Server* 2019 con memoria persistente Intel® Optane™ DC e potrebbero non riflettere tutti gli aggiornamenti di sicurezza pubblicamente disponibili. Nessun prodotto è totalmente sicuro. Configurazioni: VMFleet. 312 VM (26 per nodo), cluster di 12 nodi, I/O di lettura 4 KB random con working set attivo da 9,36 TiB, 2 processori scalabili futuri Intel® Xeon® 28C (Cascade Lake), DRAM da 384 GB (12 da 32 GB), memoria persistente Intel® Optane™ DC da 1,5 TB, 4 unità SSD Intel® P4510 NVMe* da 8 TB (Cliffdale). Record di 13,7 M IOP nel 2018, rispetto ai 6,7 M IOP del 2016. I risultati sono stati stimati in base a test condotti da Microsoft su sistemi di pre-produzione e forniti a scopo informativo.
I risultati prestazionali sono stati stimati in base a test interni eseguiti da VMware* in data 17/10/2018 utilizzando una versione futura di VMware vSphere* con carico di lavoro con memtier Redis* e potrebbero non riflettere tutti gli aggiornamenti di sicurezza pubblicamente disponibili. Nessun prodotto è totalmente sicuro. Configurazioni: 2 processori scalabili futuri Intel® Xeon® 28C (nome in codice Cascade Lake) su piattaforma WolfPass con 12 RDIMM DDR4 da 16 GB a 2666 MT/s e 12 moduli di memoria persistente Intel® Optane™ DC da 512 GB, con VMware vSphere*, 112 VM guest con Centos 7, Redis 4.0.11, benchmark memtier con rapporto GET/SET 80/20. Risultato: con 112 VM guest, latenza misurata di 4,1 ms e utilizzo misurato della CPU pari al 99%. Con 28 VM guest, latenza misurata di 2,3 ms e utilizzo misurato della CPU pari al 25%.
Il software e i carichi di lavoro utilizzati nei test delle prestazioni possono essere stati ottimizzati per le prestazioni solo su microprocessori Intel®. I test delle prestazioni, come SYSmark* e MobileMark*, sono calcolati utilizzando specifici sistemi computer, componenti, software, operazioni e funzioni. Qualunque variazione in uno di questi fattori può comportare risultati diversi. Consultare altre fonti di informazione e altri test delle prestazioni per una valutazione completa dei prodotti che si desidera acquistare, comprese le prestazioni di tali prodotti se abbinati ad altri prodotti. Per informazioni più complete, visitare il sito Web all'indirizzo https://www.intel.it/performance.