Storage

Do you require 100% uptime on your data center storage infrastructure without compromising performance, scale, or flexibility?

The HPE XP8 Storage array (Gen2) is the newest addition to the HPE XP storage family that has achieved 10-years of 100% data availability¹ across the entire installed base. There is no room to improve on 100%, but HPE XP8 is raising the bar by delivering industry leading 8-nines⁵ of availability, nearly assuring continued 100% availability well into the future.

Without compromise means HPE XP8 Gen2 provides unrivaled performance, scale and flexibility. In terms of performance,  HPE XP8 delivers over 33 million IOPs², well beyond competitors. HPE XP8 enables scalability up to 69 PB of internal capacity, and up to 255 PB of external virtual capacity. Flexibility to configure Hybrid or Flash, SAS or NVMe, HDD, SSD, FMD, or SCM. Newly added HW Compression Accelerator and Front-End FC NVMe adds even more performance, scale, and flexibility.

Need to take the pain out of enterprise backup and disaster recovery? You need a scalable backup solution that reduces management overheads, cuts storage costs and matches data growth. The HPE StoreOnce 6600 System disk-based deduplication system is the data protection powerhouse of the enterprise data center. It seamlessly integrates into existing SAN, or Ethernet and cloud infrastructures using Cloud Bank Storage to deliver backup, recovery and data retention through unparalleled scalability from 72 TB to 5,184 TB of usable capacity, providing protection for up to 100 Petabytes of data (at 20:1 deduplication ratio). With speeds of up to 187 TB/hour, it offers both the capacity and performance you need to meet rapid exponential data growth and shrinking backup windows. Designed with no single point of failure, the HPE StoreOnce 6600 delivers high availability backup storage.

For business to move at the speed of cloud, infrastructure agility and consistency is key. Configuration management tools address rapidly changing infrastructure needs by providing a template for repeatable deployment thus preventing any environmental drifts and discrepancies. HPE Storage Toolkits for Configuration Management enables popular configuration management tools such as Chef, Puppet and Ansible to treat storage as a programmable resource, eliminates barrier between Developers and Operations by enabling self-service storage automation.. HPE Storage Toolkits for Configuration Management such as HPE 3PAR Cookbook for Chef or HPE Nimble playbook for Ansible provides blueprints to automate complex storage management tasks eliminating time consuming and error-prone manual tasks.

Are you dealing with error-prone and time consuming manual provisioning and management of storage? HPE Storage Software Development Kits simplifies automation of HPE 3PAR Storage management tasks including provisioning, monitoring, metrics reporting from configuration management tools and programming languages such as Python and Ruby. To have a public cloud like agility, automation of infrastructure tasks are a must. Manual provisioning and management of storage arrays can be complex, time consuming and error prone. The HPE Storage Software Development Kits provides developers and administrators with easy-to-use functions in native programming languages and significantly reduces the amount of coding required for automating simple and complex storage management tasks. Now storage management can be streamlined by reducing manual storage provisioning and monitoring and reducing human errors that can result from manual operations.

The HPE Storage Switch M-series SN4600M is ideal for modern server and storage networks. It delivers predictable performance and zero packet loss at line-rate across all ports and packet sizes. Enhanced for storage combined with efficient design, it provides enterprise-level performance with attractive economics and outstanding return on investment. Networks built on the HPE Storage Switch M-series SN4600M are fast, reliable, and scalable while also being affordable and easy to manage. They support primary and secondary storage, providing consistently fair, fast, and low-latency connectivity even under heavy workloads or a mix of different port speeds. This makes them ideal for storage, hyperconverged infrastructure, financial services, and media and entertainment deployments.

The HPE Secure Manager for Tape Libraries software advanced feature option provides secure, device-level access, virtual library partitions, and configuration flexibility designed for SAN environments. As a component of HPE Command View for Tape Libraries (CV-TL), it provides centralized, web-based management for HPE ESL9000 and ESL E-Series enterprise class tape libraries, increases reliability and robustness of tape libraries in the SAN, and integrates with leading enterprise management applications.
Secure Manager for Tape Libraries allows system administrators to design reliability and security into backup SAN environments, providing backup security against extraneous SAN events and protecting host servers with the benefit of simplified SAN management. Virtual library partitions provide security between separated SAN environments.

HPE StoreOpen Software for LTFS has simplified the process of using linear tape file system (LTFS) making it easier to leverage this technology. LTFS makes tape self-describing, file-based, easy-to-use, and provides users with the ability to use standard file operations on tape media for accessing, managing, and sharing files with an interface that behaves just like a hard disk. HPE StoreOpen Software for LTFS provides a native GUI with a familiar look and feel to help LTFS users on Windows® and macOS to mount and use LTFS volumes. Linux® users access all LTFS functionality through easy-to-use command line tools.

HPE XP P9000 for Business Continuity Manager Software enhances productivity by centralizing and simplifying management of HPE XP P9500 Storage local and remote replication functionality in mainframe environments. It provides simplified and centralized enterprise-wide management of the XP P9500 Storage based mainframe replication capabilities provided by HPE XP P9000 Business Copy for Mainframe, HPE XP P9000 Continuous Access Synchronous for Mainframe, and HPE XP P9000 Continuous Access Journal for Mainframe. By automating configuration and disaster recovery tasks, Business Continuity Manager reduces human error, saves time, and improves data availability. For additional efficiency, Business Continuity Manager provides scripting capability and group control commands, allowing administrators to manage multiple volumes easily. Through a linkage with XP P9000 Replication Manager Software, mainframe replication information can be displayed by XP P9000 Command View Advanced Edition Software.

As businesses strive to improve operational efficiency, consolidation of servers and storage becomes an attractive option. HPE XP Disk/Cache Partition Software enables storage administrators in large consolidated storage environments to host multiple diverse user groups on one XP Disk Array while maintaining appropriate isolation between applications. XP Disk/Cache Partition enables you to divide your XP Disk Array into multiple, independent partitions, with each partition having its own host ports, disk parity groups and cache. Applications that would normally compete for resources can share a single disk array without impacting each other. Departments can share a single XP disk array confident that administrators cannot affect portions of the disk array that belong to someone else.

XP Disk/Cache Partition Software allows companies to consolidate a variety of online storage needs onto one central XP disk array.

What I can do to improve the capacity efficiency of my legacy storage volumes without complex data migration or professional services?

HPE 3PAR Thin Conversion Software leverages the zero-detection capabilities within the HPE 3PAR Gen3 ASIC to drive the conversion of inefficient, “fat” volumes on legacy arrays to more efficient, higher utilization “thin” volumes on HPE 3PAR Storage Systems. This “thinning” of volumes enables data centers to meet Green IT targets, eliminate wasted space, and increase utilization rates. Because the fat-to-thin conversion mechanism is built into array hardware, volume conversions take place inline, at wire speeds, while preserving service levels, and without disruption to production workloads. With Thin Conversion, a technology refresh no longer requires a terabyte-for-terabyte replacement, but instead offers the opportunity to reduce capacity requirements by 50 percent or more without the need to invest in professional services.