Dell Technologies is announcing significant updates to Dell EMC PowerMax, incorporating next-generation technologies to ensure best-in-class performance for today and tomorrow’s most critical applications.
Since launching in 2018, Dell EMC PowerMax has helped high-end storage customers across all industries, including top-tier banks, cloud service providers and healthcare companies, support their most demanding applications where low latency is key and the highest resiliency is paramount. Dell EMC is the undisputed leader of the high-end storage market according to IDC with a 43.9% share; nearly triple that of the next highest competitor. [i]
An Industry-First: Dell EMC PowerMax Introduces Dual Port SCM SSDs as Persistent Storage
Dell EMC PowerMax is first-to-market with dual-port Intel® Optane™ SSDs and the use of Storage Class Memory (SCM) as persistent storage. The dual-port Intel® Optane™ SSDs are the result of co-development between Dell and Intel and mark the latest innovation stemming from a decades-long partnership between the two companies.
Dell Technologies is also announcing that NVMe-oF is now available for all PowerMax arrays, enabling true end-to-end NVMe to deliver the performance and lower latency required by today’s modern enterprise.
End-to-end NVMe on PowerMax is made possible by newly qualified PowerMax 32Gb FC I/O modules, 32Gb Connectrix switches, directors and 32Gb NVMe host adapters with Dell EMC PowerPath multipathing software. Dell EMC PowerPath, known for its resiliency and migration capabilities, is the first enterprise-class SAN multipathing software with full support for NVMe-oF.[ii]
The combination of PowerMax’s unique, scale-out, end-to-end NVMe architecture and this industry-first use of SCM provides customers with a faster, more efficient storage system that delivers these performance improvements:
PowerMax’s built-in machine learning engine leverages predictive analytics and pattern recognition to automatically place data on the correct media type (SCM or Flash) based on its IO profile. PowerMax analyzes and forecasts 40 million data sets in real-time, driving 6 billion decisions per day [vii], resulting in significant time savings and maximum performance at minimum cost.
Streamline Operations and Speed Application Development
Dell EMC PowerMax now allows customers to easily automate infrastructure operations and DevOps workflows. Customers can now serve PowerMax storage for configuration management and application deployment, including containerized workloads. And PowerMax’s automated infrastructure provisioning and management tasks enable customers’ agile and efficient IT operations with:
·Pre-built Ansible modules allow customers to create Playbooks for storage provisioning, snapshots and data management workflows for consistent and automated operations. These modules are available on GitHub now.
Cloud Flexibility with Dell EMC PowerMax
Customers can now incorporate Dell EMC PowerMax into their multi-cloud strategies in a variety of different ways, all of which provide world-class availability, flexibility, security and performance with the agility of hybrid cloud operations.
First, the just-released Dell Technologies Cloud Validated Designs for Dell EMC PowerMax helps organizations build their own hybrid cloud infrastructure while offering deployment flexibility for workloads that have unique external storage-specific requirements, including independent capacity scaling and advanced features such as integrated data protection.
Dell EMC storage arrays PowerMax and Unity XT are the first to be validated with VMware Cloud Foundation through Fibre Channel as primary storage, within workload domains, in addition to existing support through Network File System (NFS) protocol.
Dell EMC Cloud Storage Services delivers Dell EMC Storage as a public cloud service for Disaster Recovery across AWS, Google Cloud and Microsoft Azure, plus many multi-cloud use cases including analytics and test/dev. Cloud Storage Services is designed to save time on system management, provides enterprise-grade data security, performance, capacity, replication, and availability in public clouds.