Huawei Oceanstor Storage Product Family Introduction

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Product Introduction Product Introduction Product Introduction Huawei OceanStor VTL6900 is a brand new virtual tape library (VTL) product from Huawei. It provides users a rich set of cutting-edge, reliable, and flexible data protection functions.The VTL6900 features a powerful emulation capability, which can virtualize all mainstream physical tape libraries and tape drives. It seamlessly integrates high-speed disk backup technologies with traditional tape backup policies, ensuring the smooth transition from tape-based to disk-based.. Huawei OceanStor VIS6600T virtual intelligent storage system is an industry-leading virtual storage product. It satisfies customers' requirements for heterogeneous storage consolidation and hierarchical disaster recovery. As a secure and open storage system with high reliability and performance, the VIS6600T provides unified management, data migration, and multi-level data protection for heterogeneous environments. OceanStor CSE provides a rich set of value-added storage services including online storage and backup, and offers comprehensive operation management functionality. Huawei OceanStor UDS adopt highly available P2P distributed storage engine, and ARM based high density hardware, to provide a unlimited scalability and extreme low TCO massive storage solution. UDS can be used to support a wide variety of use cases, such as Public Cloud Service, Centralized Backup and Active Archiving. OceanStor CSE empowers service carriers to provide online storage and backup services and storage space leasing services to personal users and enterprise users of different enterprise sizes. Also, it supports the cooperation of S3-class interfaces with external service systems and management systems to provide user- and application-oriented storage services. OceanStor HDP3500E is a backup product consisting of a backup server, backup media, and backup software. It integrates NetBackup, the Symantec enterprise backup software to deliver safe and reliable data protection for important enterprise appliacations. Virtual Tape Library System Backup System Virtual Storage System Massive Storage System CSE VTL6900 HDP3500E Disk type 3TB NL SAS Architecture Storage server Maximum hard disk slot 576 Number of CPU Two Intel multi-core processors Maximum host interfaces 20*8Gb FC or 8*10GE iSCSI Memory 16GB Maximum backup performance 31TB/hr Backup ports 4*GE Data compression 2:1 De-duplication Support QoS of Remote replication Support Hosted Backup Support Tape caching Support Tape encryption Support NDMP Support Other ports One 100M IPMI 2.0 management port One VGA port One RS-232 port Four USB 2.0 ports Disk quantity/type System disks: 2 x 300GB SAS Data disks: 12 x 2 TB NL-SAS Power supply AC and DC, 1+1 redundancy RAID Level System disks: RAID 1 Data disks: RAID 6 Pre-installed configurations Operating system and NetBackup software Supported operating systems Windows, Linux, AIX, Solaris, HP-UX file backup and recovery Maximum number of virtual tape libraries 256 Maximum number of virtual tape drives 2048 Supported Virtual operating systems VMware and Hyper-V Maximum number of virtual tapes 500000 Supported applications Oracle, SQL Server, DB2, Sybase, Informix, Lotus Domino, Exchange, Share Point VIS6600T Architecture Number of nodes Multi-node cluster with load balancing Active-active UDS Architecture Distributed object storage architecture Multi-data center Maximum support three data centers, one main and two standby Disk type Desktop level and enterprise-class SATA hard drive 64bit Multi-core CPU User number 10000000 Cache per node 48GB Object number System maximum support 10 billion objects Resumable transfer Support Service ports per node A maximum of 20 x 8 Gbps Fibre Channel ports, 20 x 1Gbps iSCSI ports, and 8 x 10Gbps iSCSI ports Data balance Automatic balancing of the data according to the number of available storage nodes De-duplication Support Data availability Support data availability level selection for users, 5 nines, 6 nines and 11 nines(three copies) Erasure Code Support, Maximum support six data redundancy bits Data self-healing Automatically based on object-level data parallel rapid recovery, free instant maintenance Interface Compatible with Amazon S3 interface and CommVault Simpana backup interface Storage virtualization Multipath load balancing and failover Multi-node cluster Huawei OceanStor series Storage compatibility IBM System Storage DS series, TotalStorage DS series, FAS series HP StorageWorks MSA series, EVA series, XP series EMC CLARiiON CX series, Symmetrix DMX series Fujitsu ETERNUS 2000 series Hitachi AMS/WMS series, Lightning series, Thunder series, USP/NSC series SUN StorageTek series VTL6900 Highlights: HDP3500E Highlights: VIS6600T Highlights: UDS Highlights: • Leading Performance: Supports a maximum of 1728 TB of raw capacity (with 1230 • Complete Data Protection: Provides disk-based unified data protection and restoration • Powerful Virtualization Capability: With a virtualized architecture on the network layer, • Scalability: A single system can support EB-stage capacity expansion,storage resources TB of available capacity) and 31 TB/hour of backup performance.Be able to emulate a management to expand the protection range to UNIX, Windows, Linux, and virtual the VIS6600T integrates storage devices of different brands and models into one storage on demand supply.Fully hash data distribution and automatic equalization in storage maximum of 256 tape libraries, 2048 tape drives, and 500,000 tapes, and is compatible machines.Supports the protection of Oracle and SQL Server applications. pool. So the customer uses the logical storage resources provided by the VIS6600T and pool, eliminates Performance Bottle-neck. with mainstream tape libraries and tape drives. • Overall Reliability:In the multi-node architecture, VTL engines support the active-active mode and SIR engines support the 2+1 cluster mode for overall system reliability. Uses dedicated dual-controller disk arrays on the back end for data access reliability. • Flexible Configuration: Offers multiple architectures, namely the integrated, singlenode, and multi-node architectures, for different application scenarios.Provides diverse deduplication modes, namely the in-line deduplication, post-process deduplication, and non-deduplication modes, to meet customers' different requirements. • Ease of Use: Simplifies the traditional complex integrated backup solution to an integrated backup product. Provides a single console to manage all backup and restoration operations. • Excellent Performance: Excellent backup and restoration performance in D2D-based backup mode. Aggregation of four Gigabit ports to improve the backup performance and shorten the backup duration. does not need to care about details on the back-end storage devices. • Perfect Data Protection Capability: Supporting disaster recovery (DR) between Economic:High-density design, 4U 75 disks, more than 2PB in 1 Rack.60% Lower Power consumption with ARM CPU and consumer disk, and reduces 45% TCO. • High Reliability: Uses RAID 1 and RAID 6 for system disks and data disks to obtain the • Easy System Management: Friendly graphical user interfaces simplify planning and maximum disk utilization ratio while ensuring a high data reliability. Provides data encryption scheduling of heterogeneous storage resources, level up the management efficiency, and to prevent unauthorized access and to secure data. optimize resource utilization. ODBC JDBC POSIX Management Layer Resource Layer Device Layer Unified(Object) Storage Pool …… Node 1 Node 2 Node 3 The physical view of distributed database Management Node (ISM Server) Family or personal users NFS/CIFS Node 4 Node N ISP/ICP Data backup, archiving, remote disaster recovery, sharing, and aggregation for enterprise users Large-size enterprises The physical view of distributed file system Management Node Metadata Node Ethernet Switch Module (S5328͕ DataBase Optimization Storage Node Ethernet Switch Module Storage Node Highlights: Highlights: • Multi-Industry Service Delivery Capability: The proven CSE has been widely deployed in various industries such as telecommunications, public undertaking, and education. With a rich extent of access methods, the CSE yields diverse online storage, online backup, and storage space leasing solutions, and supports quick and flexible secondary development. • Flexible Operation Support Platform: The CSE provides eminent support for user management, service management, and charging management, and provides a rich sort of charging metadata and refined service types. • Multi-dimensional Data Protection: The CSE implements mutual authentication for user access attempts and protects data transfer using sliced transfer and SSL encryption transmission technologies. • High-Performance UnifiedStorage Platform: The CSE manages storage, backup, and other services using a centralized management platform, improving resource utilization with its intelligent resource allocation and data dispatching capabilities. • Powerful Database Compatibility: Compatible with SQL-92 syntax standards. Supports common statistical analysis querying including Group and Sort statements. • File System Features: Support standard file operations semantics, based on POSIX, NFS, CIFS protocol, makes the business system access cloud storage resources like access local resources. • Outstanding Performance: Eliminates the bottleneck of standard nodes and metadata nodes while centrally coordinating the computing capability of numerous CPUs and hard disks. • High Scalability: Supports mass data storage in scale-out expansion mode. Implements performance and capacity linear expansion as the numbers of disks and nodes increase. • Manageability: Employs the all-in-one architecture for centrally managing hardware, networks, and database services. Intelligent overall hitless upgrade and expansion, which can be flexibly implemented at the disk, node, or subrack level. Supports automatic performance statistics and analysis. Huawei OceanStor Storage Product Family Introduction datacenter failure.Selection data availability level on demand, maximum support 11 nines continuity and provides highly reliable DR solutions. in active-active mode;The performance increases linearly with the number of nodes. Access Layer other Analysis app • Availability: Multi-data center transregional redundant, zero data loss in case of heterogeneous disk arrays through mirroring, the VIS6600T guarantees business • Advanced Architecture Design: The VIS6600T allows a maximum of eight nodes to work Audit logging app File Store app Space leasing and storage consolidation for ISP/ICP enterprises 2(standard), 8(maximum) Processors per node Basic features Data synchronization, backup, and sharing for family and personal users OceanStor CSS has distributed file system and distributed database two characterictics which is designed for tructured and unstructured data storage.The PB level storage scalability will meet user mass data storage needs. Huawei CSS Logical Architecture Underlying the OceanStor CSE, the CSS is characteristic of high performance, large capacity, flexible scalability, automatic management, and robust service supportability, meeting the requirements of the application scenarios featuring mass data storage and heavy service load. OceanStor CSS is a powerful all-in-one data storage system featuring cutting-edge distributed system architecture and intelligent resource allocation and management. Also, the OceanStor CSS is optimal for the scenarios of mass storage and heavy service load as it fulfills high performance, large capacity, flexible expansion, and automated management. Copyright © Huawei Technologies Co., Ltd. 2013. All rights reserved. THIS DOCUMENT IS FOR INFORMATION PURPOSE ONLY, AND DOES NOT CONSTITUTE ANY KIND OF WARRANTIES. HUAWEI TECHNOLOGIES CO., LTD. Huawei Industrial Base Bantian Longgang Shenzhen 518129, P.R. China Tel: +86-755-28780808 Version No.: M3-034321-20130509-C-4.0 www.huawei.com HUAWEI TECHNOLOGIES CO., LTD. Intelligence on Demand, Convergence for Future Product Introduction Product Introduction Product Introduction Huawei recently brought forward the concept of "intelligence on demand, convergence for future" in the storage industry. "Intelligent" refers Huawei OceanStor T series unified storage system (T series) is a new-generation storage product for mid-range and high-end storage applications. It boasts integration of block-level and file-level data storage, support for a variety of storage protocols, and GUI-based central storage management. Delivering leading performance, enhanced efficiency, maximized return on investment, and all-in-one solutions, the T series is ideally applicable to scenarios such as large-database OLTP/OLAP, high-performance computing, digital media, Internet applications, central storage, backup, disaster recovery, and data migration. Huawei OceanStor S6800T is a new generation of enterprise-class storage system. Based on its industry-leading hardware specifications, the S6800T integrates the advanced technologies of high-density disk design, TurboModule (high-density and hot-swappable I/O modules), and TurboBoost (three-level performance boost), and multi-level data protection, satisfying the application requirements of large OLTP/OLAP databases, high-performance computing, digital media, Internet operation, centralized storage, backup, disaster recovery, and data migration. Huawei OceanStor N8500 clustered NAS storage system is a leading unified storage platform oriented to high-end and medium-range applications. It meets the service requirements of telecom operators, digital media, high-performance computing, governmental entities, and educational and scientific research industries for high performance, high expansion, effective data management and unified storage. to intelligent elastic architecture, intelligent data distribution, and intelligent management and scheduling. "Convergent" refers to protocol convergence, product technology convergence, and lifecycle management convergence. HUAWEI intelligent and convergent storage solutions meet customer requirements for virtualization and big data &cloud, and help customers address challenges posed by rocketing data amount and continuous changes in application systems, reducing the TCO. Intelligent elastic architecture Intelligent data distribution Intelligent management and scheduling Protocol convergence Intelligent Convergent Product technology convergence The OceanStor S2200T storage system (the S2200T for short) is a brand new storage product designed for enterprise's entry-level storage applications. It features industry-leading hardware specifications and incorporates various advanced technologies including enriched interface, hot-swappable I/O module, powerful system performance optimization, and diversified data protection technology. Also, it can meet ever increasing and complicated requirements on the following applications while costing only the price of entry-level products without compromising service security and continuity. The aforementioned applications include database OLTP/OLAP, digital media, video surveillance, centralized storage, backup, disaster recovery, and data migration. T Series Entry Level Storage System Huawei OceanStor HVS enterprise storage system is an optimum storage platform for new-generation data centers that feature virtualization, hybrid cloud, simplified IT, and low carbon. With its Trusted, Flexible, Efficient,the HVS meets the demanding requirements on core businesses of all industries, including finance, governments, energy,manufacturing, transportation, education, and elecommunications. T Series Unified Storage System Huawei OceanStor Dorado Series are an SAN solid state storage array for the enterprise-class high performance market. It relies entirely on solid-state storage technology, and features advanced cache management and an advanced I/O scheduling algorithm to deliver unsurpassed performance. It offers an ideal choice for various performance-demanding storage scenarios such as database, VDI, and highperformance computing. Enterprise Storage System Clustered NAS Storage System Solid State Storage System Lifecycle management convergence Intelligence on Demand Intelligent Elastic Architecture Huawei employs distributed elastic architecture for its storage products, including the HVS series (high-end distributed SAN product for critical enterprise applications), N9000 (distributed NAS product for big data scenarios), and UDS (distributed object storage for massive cloud storage scenarios). Because of this architecture, HUAWEI storage systems support intelligent capacity expansion together with linear performance improvement. In addition, this architecture enables HUAWEI storage systems to grow together with applications systems, reducing initial deployment cost of HUAWEI storage systems. Intelligent Data Distribution Huawei uses two-layer virtualization for bottom-layer data distribution in many of its storage systems such as the T series, HVS series, N9000, and UDS. Instead of traditional physical disk-based RAID groups, such storage systems use logical disks with finer granularity to form data protection and resource allocation units, achieving better support for QoS in host virtualization environments and faster data reconstruction. The two-layer virtualization technology reduces the dependence of data storage on physical disk groups, and smashes the limitation on the number of member disks of a disk group. This technology helps customers mitigate potential service risks in the future and improve storage efficiency. Intelligent Management and Scheduling With resident management and scheduling modules, HUAWEI storage systems feature acute system awareness, simplified management of storage systems on web pages or from mobile terminals anytime and anywhere, and improved management efficiency. Convergence for Future Protocol Convergence Most HUAWEI storage systems support various interface protocols including Fibre Channel, SAS, Internet Protocols, and Fibre Channel over Ethernet (FCoE). Therefore the storage systems can serve various upper-layer applications. This makes planning of deployment easier and less risky. Product Technology Convergence Huawei applies the multi-controller technology of high-end storage systems to mid-range and low-end storage systems. As a result, mid-range and lowend storage systems can provide value-added features that were delivered by high-end storage systems only, and can smoothly scale out from dual controllers to more controllers. This helps customers maximize their ROI. In addition, high-end, mid-range, and low-end HUAWEI storage systems can be managed on the same management interface, improving management efficiency. Lifecycle Management Convergence HUAWEI storage systems integrate functional units such as data storage, analyzing, and archiving units to achieve data lifecycle management within one storage system. The storage systems support scheduled data migration between the units. This greatly reduces the management pressure in big data scenarios, facilitates decision-making, improves efficiency, and promotes data values. Wider Convergence Multiple HUAWEI storage systems can be integrated together to form customized E2E solutions. In addition, HUAWEI storage systems can be interconnected to HUAWEI computing, network, and security devices to form highly integrated systems that are easy to manage and use. S2200T Storage processor Cache capacity Multi-core processors Multi-core processors Multi-core processors Multi-core processors For dual controllers: 4 GB 8GB/16GB 8GB/16GB/32GB 24GB/48GB 96GB/192GB 8 Gbps FC or 1 Gbps iSCSI SAS 2.0 wide port For dual controllers: 12 x 1 Gbit/s iSCSI port or 12 x 1 Gbit/s iSCSI port + 8 x 8 Gbit/s FC port 204 Supported disk types SAS, NL SAS, SATA RAID levels 0, 1, 3, 5, 6, 10, 50 Maximum number of snapshots S5800T Cache size Front-end port types Maximum supported number of disk S5600T Block Storage Component Dual controllers Host connectivity S5500T Multi-core processors Number of controllers Back-end port types S2600T 256 Maximum flash memory size 1.2TB 1.2TB 2.4TB 3.6TB Number of controllers 2 2 2 2 8Gbps FC, 1Gbps iSCSI, 10Gbps Iscsi(TOE) 8Gbps FC, 1Gbps iSCSI, 10Gbps iSCSI(TOE), 10Gbps FCoE 8Gbps FC, 1Gbps iSCSI, 10Gbps iSCSI(TOE), 10Gbps FCoE 8Gbps FC, 1Gbps iSCSI, 10Gbps iSCSI(TOE), 10Gbps FCoE 6Gbps SAS 2.0 wide port 4Gbps FC, 6Gbps SAS 2.0 wide port 4Gbps FC, 6Gbps SAS 2.0 wide port Front-end port types Back-end port types Number of onboard I/O ports Maximum number of I/O modules 6Gbps SAS 2.0 wide port Front end: 12 x 1 Gbps iSCSI ports; Back end: 4 x SAS 2.0 wide ports 2 Front end: 8 x 8 Gbps Fibre Channel ports; Back end: 4 x SAS 2.0 wide ports 2 0 10 0 12 Maximum number of disk slots 276 528 1152 1440 Supported disk types SAS, NL SAS, SATA, SSD SAS, NL SAS, SATA, SSD SAS, NL SAS, SATA, SSD, FC SAS, NL SAS, SATA, SSD, FC S6800T Storage processor Multi-core processors Cache capacity 192GB/384GB HVS85T/HVS88T Model System architecture N8500 OceanStor HVS85T OceanStor HVS88T Smart matrix architecture Maximum flash memory 4.8TB Number of controllers 2 Maximum number of processors 8 x 1 x 6-core Intel Xeon 16 x 2 x 6-core Intel Xeon Front-end port types 8 Gbps FC, 1 Gbps ISCSI, 10 Gbps ISCSI(TOE), 10Gbps FCoE Maximum cache 768 GB 3,072 GB Maximum number of host ports 96 (Fibre Channel, iSCSI, FCoE) 192 (Fibre Channel, iSCSI, FCoE) Back-end port types Number of onboard I/O ports Maximum number of I/O modules Maximum number of disk slots Supported disk types 4Gbps FC, 6Gbps SAS 2.0 wide ports none Maximum number of controllers Maximum number of disks 8 1,584 12 Supported disk type 2.5-inch: SSD, SAS, NL-SAS 3.5-inch: SSD, SAS, NL-SAS 1440 Maximum number of hosts 65,536 FC, SAS, NL SAS, SATA, SSD Maximum number of LUNs Architecture Number of nodes 2 ～ 24 Cache/node Basic Version: 16GB Standard Version: 24GB Enterprise Version: 48GB; Enhanced Version: 96GB, up to 192GB 16 3,216 65,536 Multi-node Active-Active cluster architecture GE ports/node Standard configuration: 4 x GE, up to 16 x GE 10 GE ports/node Up to 6 x 10 GE Disk type SSD, FC, SAS, SATA, NL-SAS Physical storage capacity Dynamically expansible, up to 15 PB RAID levels File system size 0, 1, 3, 5, 6, 10, 50 Dynamically expansible, up to 256 TB Dorado2100 G2 Dorado5100 Number of controllers 2 2 Controller working mode Active-Active Active-Active Front-end port type 8Gbps FC 10 Gbps iSCSI (ToE) 40Gbps InfiniBand QDR 8Gbps FC 10 Gbps iSCSI Number of onboard front-end I/O ports 8x8Gbps FC N/A Number of expansion front-end I/O ports 4x8Gbps FC 4x10 Gbps iSCSI (ToE) 2x40Gbps InfiniBand QDR 4x8Gbps FC 4x10 Gbps iSCSI Maximum number of expansion I/O modules 2 12 Supported Capacity SLC: 2.5 or 5 TB per enclosure eMLC: 5 or 10 TB per enclosure SLC: 2.4 TB/enclosure SLC: 4.8 TB/enclosure eMLC: 4.8TB/enclosure eMLC: 9.6TB/enclosure Maximum number of enclosure 3 4 Bandwidth 10GB/s 12GB/s Access latency 500µs 500µs IOPS 600,000 1,000,000 S2200T Highlights: T Series Highlights: S6800T Highlights: HVS85T/HVS88T Highlights: N8500 Highlights: Dorado Series Highlights: • High Flexibility and Scalability: Supports both iSCSI and FC host interface, intermixing of FC SAN and IP SAN networking. Supports up to 256 hosts with a maximum of 204 hard disks, meeting the capacity expansion requirements of small and medium businesses. • Unification: Unified SAN and NAS: Supports SAN and NAS storage protocols, structured and non-structured data within one • High Performance and Scalability: Equipped with 64-bit multi-core processors, • Architecture: Smart matrix architecture, a unique storage system architecture that dynamically expands system resources by adding HVS engines. It shatters the physical barriers of legacy overall performance by 50%. system architectures. • Leading performance: In the SPEC sfs2008 benchmark, the storage system shows a leading performance. When the NFS protocol is used, the performance reaches 3,064,602 OPS. • Superb performance: acquires a mega-IOPS with a minimum of 500 µs of access latency. high-speed and large-capacity cache, and, high internal bandwidth, improving • High Reliability and Availability: Hot-swappable controllers, fans, power supplies, I/O modules, BBUs, and disk modules, on-line swap without affecting ongoing services. In addition, it supports online I/O module expansion. • Outstanding Efficiency, Economy, and Ease-ofUse: The S2200T offers the performance,scalability, and features possessed by mid-range storage systems at affordable entry-level price storage system. • Flexibility and Reliability: Users can easily upgrade block-level storage to unified storage; Users can hot-swap controllers, fans, • High Reliability and Availability: TurboModule technology allows customers to • 4S Scalability: Scale-Up: boosts system performance, capacity, and connectivity by adding • Economy and Efficiency: Active-active nodes achieve simultaneous operating among nodes and provide parallel access to swap the controller, hard disk, I/O module, fan module, power module, or BBUs memories, capacities, and service ports. Scale-Out: meets applications' increasing needs. Scale- data; Automatically detects hotspots in background and caches them to SSDs, dramatically scaling system read performance; without powering off the system or interrupting services. Online expansion is Deep: eliminates information islands and protecting existing investment. Scale-In: improves whole HyperThin supports automatic capacity expansion for improved disk utilization so that customers can buy storage devices on applicable to hot-swappable I/O modules. storage recourse utilization and performance expansion. power supplies, I/O modules, and hard disks without compromising ongoing user services. demand, reducing the total cost of ownership. • Efficient, Easy, and Flexible: The S6800T products use the same I/O modules, • 3D Data Flowing: Data Flowing Vertically: users can specify certain data for access acceleration, reducing the TCO to the maximum; HyperThin extends storage capacity and the overall storage system performance is doubled. Data Flowing Horizontally: eliminates the automatically and increases disk usage, allowing customers to purchase storage uneven use of resources and improving the overall system performance. Data Flowing Deeply: on demand and maximize the return on investment (ROI). • Energy Saving: Hard disks automatically spin down in off-peak hours, lowering power consumption by 40%. performs a centralized and virtualized management on heterogeneous storage systems, and allows data to freely flow throughout those systems by extending HVS features into them. • Scalability: The engine nodes can be smoothly expanded online to 24 nodes. The system performance improves with the growth of engine nodes. • Efficiency: Bidirectional dynamic migration is implemented between different storage media based on the file access frequency and time policy. It is transparent to applications. It saves the enterprise CapEx. • Convergence: Unified storage refers to unified storage of the SAN or NAS storage protocol. A certain storage system supports structured and unstructured data storage. Multiple storage network protocols such as iSCSI, FC, FCoE, NFS, CIFS, HTTP, and FTP are supported. • Sound reliability: works in an active/active dual-controller mode while supporting load balancing between both controllers. Also, the Dorado sets all the key components redundant and hot-swappable, and employs wear leveling, bad block management, and random scrambling technologies, which dramatically prolong media service lives with an overall MTBF greater than one million hours. • Energy saving: features a minimum of 110 W/U of typical power consumption and saves power up to 90% compared with performance-equivalent traditional disk arrays. • Low TCO: uses a standard SAN architecture without changing existing application modes. This facilitates IT architecture integration and maximizes customers' original investment.