Hewlett Packard Enterprise Releases New Storage Solutions
The 3PAR StoreServ All-Flash solutions and StoreOnce protection enable futureproof data center modernization.
Hewlett Packard Enterprise has announced new HPE 3PAR StoreServ Storage solutions to accelerate the move to all-flash data centers. HPE has also integrated 3PAR StoreServ with new HPE StoreOnce and HPE StoreEver product lines to ensure protection and retention keep pace with demand.
The need for enterprises to move faster is driving trends like IT-as-a-Service and the growth of data analytics, which in turn are driving the adoption of flash storage. In addition to speed and predictable service levels, organizations adopting flash are also reducing storage footprint by up to 85% as they move away from spinning disks in favor of this higher density media.1 In fact, IDC reported that the impact flash-based arrays will have on the data center is undeniable as more flash platforms deliver enterprise-class data services, including snapshots, clones, encryption, replication, and quality of service.2 HPE 3PAR StoreServ delivers all of these data services and has a recently updated flash portfolio that provides industry leading scale,3 record-setting performance,4 and affordability starting at $19K.5 Today's announcements help legacy storage users migrate more quickly to flash while reducing risk.
"Faced with the need for agility, organizations want to take advantage of game-changers like flash without introducing risk," said Manish Goel, senior vice president and general manager for storage, HPE. "To meet those demands, Hewlett Packard Enterprise simplifies storage with a single flash-optimized 3PAR StoreServ line from the entry to enterprise with tier-1 resiliency and built-in data protection."
Accelerating the move to the all-flash data center
3PAR StoreServ Storage enables organizations to accelerate the transformation to the all-flash data center with solutions that accommodate new and mixed media types in the same array while maintaining performance and enterprise-class resiliency. Earlier this month, the Storage Performance Council published a new world record SPC-2 result for the 3PAR StoreServ 20850 all-flash array that demonstrates better performance at half the price of the EMC VMAX 400K.6
Building on this success, HPE is introducing new 3PAR StoreServ products, solutions, and services:
3PAR Flash Acceleration for Oracle - An HPE validated solution that boosts database performance up to 75%7 while enabling legacy systems like EMC VMAX to remain in place. These flash arrays can be placed for half the cost8 versus upgrading the legacy storage systems
3PAR Online Import software - A free, 12-month license for customers looking to move off hard disk drive (HDD)-bound legacy storage via simple, five-step migration from EMC, HDS, and now IBM XIV storage
Support for 3D NAND drives - Support for this new solid state drive (SSD) technology enables customers to accelerate application performance with a low incremental investment
Lowering cost with flash-ready unified storage and next-gen active archive
Unlike pure flash systems designed for single media types or single SAN protocols, StoreServ Storage features a flash-optimized design that supports both file and block storage as well as a secondary tier of HDDs. Leveraging this architecture, HPE also introduced today the 3PAR StoreServ 8200 Converged File and Block Starter Kit, which enables consolidation onto a single unified system that costs 26% less than competitors.9 To help customers deploy these unified systems with more confidence, HPE also released several reference architectures for 3PAR StoreServ Storage, addressing Virtual Desktop Infrastructure and SharePoint environments as well as HPE Software solutions for information management.
In addition, HPE is also offering a completely refreshed portfolio of StoreEver LTO-7 media, drives and automated libraries. This refreshed product lineup delivers even more low-cost and reliable long-term data retention solutions to customers, providing 2x the capacity at nearly double the performance of previous generations of LTO technology10 plus a 100x improvement in reliability.11 Pairing high-performance 3PAR StoreServ flash arrays with these new StoreEver Tape offerings gives customers the ability to deploy a "tape as NAS" solution to simply and seamlessly access bulk archives on tape as if they were on disk, ideal for enabling active archive.
Reducing risk with flash- and app-integrated data protection
HPE also announced new solutions to help customers as they move away from traditional backup silos in favor of flash array- and application-integrated data protection, including an entirely new lineup of entry and mid-range HPE StoreOnce Systems. With up to 2.7 times more performance12 and up to twice the density of the competition,13 these new StoreOnce models are priced at under $0.05 per usable gigabyte (GB) of logical capacity14 and support native integration with Oracle, SAP, Microsoft, Veeam, and Veritas applications to improve performance, reduce network bandwidth, and eliminate dedicated backup management.
For customers on the path to an all-flash data center, these new StoreOnce models include application-integrated snapshot offload capabilities from 3PAR StoreServ via StoreOnce Recovery Manager Central (RMC) software. Already integrated with VMware, RMC software now enables the rapid creation and movement of Microsoft SQL snapshots directly from the 3PAR StoreServ array to any StoreOnce backup target via unique HPE Express Protect technology. Featuring deep VMware vCenter and Microsoft SQL Studio management integration, this solution reduces risk by allowing users to move data to a secondary storage tier, reduces cost by eliminating licenses for dedicated ISV backup software, and improves agility by accelerating backup and recovery. With the added integration of Data Protector and RMC, customers gain advanced virtual machine recovery options, granular item recovery, and the ability to utilize tiers such as tape and cloud for efficient long-term retention.
1 HPE internal analysis; as compared to EMC VMAX 400K with 12 PB of capacity (representing a mix of 90% HDDs and 10% SSDs).
2 Flash-Based Array Market Proving to Be More Than Just a Flash in the Pan as Market Soars Past $11 Billion in 2014, IDC Says, January 2015, http://www.idc.com/getdoc.jsp?containerId=prUS25359715
3 HPE 3PAR StoreServ 20850 demonstrated 62,844.45 SPC-2™ MBPS, $19.93/SPC-2™ MBPS Price Performance, current as of November 16, 2015, http://www.storageperformance.org/benchmark_results_files/SPC-2/HPE/B00075_HPE_3PAR-StoreServ-20850/b00075_HPE_3PAR-StoreServ-20850_SPC-2_executive-summary.pdf
4 HPE internal analysis based on the comparison of HPE 3PAR StoreServ 20850 Storage with 12 BP usable capacity and EMC XtremIO storage, using 40TB flash bricks (a total of 8 systems) to achieve 12 PB usable capacity.
5 All-flash HPE 3PAR StoreServ 8000 Storage systems are available worldwide, orderable immediately, with US street pricing starting from $19,479.
6 EMC VMAX 400K demonstrates 55,643.78 SPC-2™ MBPS, $33.58 SPC-2™ MBPS Price Performance, current as of November 16, 2015. http://www.storageperformance.org/benchmark_results_files/SPC-2/EMC/B00073_EMC_VMAX-400K/b00073_EMC_VMAX-400K_SPC-2_executive-summary.pdf.
7 Based on HPE internal testing, August 2015.
8 Wikibon, November 2015.
9 As compared to a similarly configured VNX 5400. HPE 3PAR File starter kit 6U vs EMC VNX at 10U. 3PAR 8200 with 8 10K 600GB SAS drives, 12 2-TB 7.2K SAS drives, OS Suite, 16-TB File Persona license, Replication Suite, and 3 years of 24x7 Proactive Care Support.
10 Compared with LTO-6 technology.
11 Based on two orders of magnitude better bit error rate compared with LTO-6 technology.
12 Based on comparison of publicly available product information for EMC DD2200 with Data Domain Boost and HPE StoreOnce 3520/3540 Systems with StoreOnce Catalyst.
13 Based on a comparison of HPE StoreOnce 3540 and EMC DD2200 using publicly available product information.
14 Based on the US list price for HPE StoreOnce 3540 System with 15.5TB of capacity assuming a 20:1 deduplication ratio.