Hitachi VSP 5600

The Hitachi Virtual Storage Platform 5000 series is a data storage solution for enterprises that supports block, file, and mainframe applications. It includes the Hitachi Ops Center management software suite for efficiency, data security, enhanced analytics, and centralised administration. The VSP series 5000 have Max. Number of drivers, including spares- 33 NVMe SCM, 96 NVMe and 768 SFF SSD. To accommodate up to 33 million IOPS and 69PB of data, Hitachi Accelerated Fabric can scale from twin controllers with quad CPUs to 12 controllers with 24 CPUs. It has a lightning-fast 39μs Minimum Response Time. Due to the controller architecture, scaling up the system results in a more resilient solution and provides 99.999999 per cent data availability. Additionally, the platform supports various media types combined on the same storage platform, including SAS FMD, SSD, HDD to NVMe SSD, and SCM media.

Hitachi VSP 5200

The Hitachi Virtual Storage Platform 5000 series is a data storage solution for enterprises that supports block, file, and mainframe applications. It includes the Hitachi Ops Center management software suite for efficiency, data security, enhanced analytics, and centralised administration. The VSP series 5000 have Max. Number of drivers, including spares- 33 NVMe SCM, 96 NVMe and 768 SFF SSD. To accommodate up to 33 million IOPS and 69PB of data, Hitachi Accelerated Fabric can scale from twin controllers with quad CPUs to 12 controllers with 24 CPUs. It has a lightning-fast 39μs Minimum Response Time. Due to the controller architecture, scaling up the system results in a more resilient solution and provides 99.999999 per cent data availability. Additionally, the platform supports various media types combined on the same storage platform, including SAS FMD, SSD, HDD to NVMe SSD, and SCM media.

Hitachi NAS 5000

The Hitachi NAS Platform 5000 Series is a reliable file storage option that offers the highest file scalability and flexibility for workload consolidation. It has an improved accelerated file system that significantly raises the ROI for your enterprise scale-out filing system requirements. The NAS 5000 series supports up to 80 nodes in a virtual cluster. The Hitachi NAS 5000 series allows for snapshot archiving and takes advantage of cost-effective cloud potential to store stale or less active data while providing local, transparent access for users and applications. This is made possible by an improved file system cloud extension of up to 130/840 billion objects.

Hitachi DS7160

With a maximum of 16 Intel Xeon 8276L CPUs and up to 12TB of memory, the Hitachi Advanced Server DS7160 is a powerful server. Mother Board Revision: 12001509-006 BIOS/uEFI: UEFI: BIOS_PUR043.37.14.121 (06/02/2020) CPU: 16 Intel Xeon® Platinum 8276L Processor 2.20 GHz RAM: 12 TB Ports and Bus Types: 3 USB Ports 40 PCI Express X8 8 PCI Express X16 Video Adapter: Matrox Graphics Inc. G200 SE A (PCI) Host Bus Adapter: Emulex Corporation LPe31004 FC (Quad Port) , FibreChannel LSI Logic SAS 9300-8i , Serial SCSI (SAS) Emulex Corporation LPe31002 FC (Dual-Port) , FibreChannel LSI Logic MegaRAID SAS 9361-8i , Serial SCSI (SAS) Broadcom® SAS 9300-8E Host Bus Adapter , Serial SCSI (SAS) Emulex Corporation LightPulse LPe12002 8Gb/s Fibre Channel PCI Express , FibreChannel Intel X99 Chipset (DHX99 PCH) , Serial ATA (SATA) Hard Disk Drive: 2 SanDisk SDLF1DAM-400G , Serial ATA (SATA) 6 HGST Ultrastar SS300 (HUSMM3240ASS204) , Serial SCSI (SAS) Seagate® Enterprise Capacity 3.5 HDD v4 SAS, 4TB (ST4000NM0034) , Serial SCSI (SAS) Storage Area Network (SAN) Device: Hitachi Data Systems Hitachi Universal Storage Platform V

Hitachi DS7000

The Hitachi Advanced Server DS7000 series scalable servers increase density and memory capacity while remaining modular and easy to use. The Hitachi DS7000 uses the UPI Intel protocol, Intel Xeon Scalable CPUs, and the Intel C627 Chipset. Every server is 2U tall and has five PCIe slots and two sockets that may accommodate up to twelve RAM modules each (either five PCIex8 or two PCIex16 plus one PCIex8).

Hitachi DS240

Hitachi Advanced Server DS240 With Hitachi Advanced Server DS240, you can meet the demands of the most demanding high-performance applications (see Figure 1). This server offers unmatched computational density and efficiency with up to four Intel Xeon Scalable Processors and up to 6TB of memory capacity in a 2U rack-space chassis.In order to meet the increasing demands on today's IT infrastructure, the DS240 is designed to fully utilise the innovative Intel Xeon Scalable Processor family, including the greatest performance options.‍

Hitachi DS225

Hitachi Advanced Server DS225 provides the flexibility and performance required to run mission-critical enterprise applications. The Hitachi Advanced Server DS225 provides unmatched compute density and efficiency to satisfy the demands of your data centre's most demanding high-performance applications. Hitachi DS225 fully utilises the revolutionary Intel Xeon Scalable Processor family to enable these features. This server is equipped to handle the most challenging demands on today's IT infrastructure by combining the Intel CPUs with up to four dual-width 300W graphic accelerator cards and up to 3TB of memory capacity in a 2U rack space chassis.

Hitachi DS220

Hitachi Advanced Server DS220 combines a balance of computing and storage capacity with the flexibility to support a wide range of solutions and applications. It is optimised for excellent performance and capacity. Hitachi DS220 offers three storage configurations to give end users flexibility. In the first configuration, up to 24 2.5-inch, NVMe drives are supported. The second configuration supports up to 24 2.5-inch serial-attached SCSI (SAS), or serial-ATA (SATA) drives. The third configuration supports up to 12 3.5-inch SAS or SATA drives. Hot-pluggable, front-accessible drives and two additional 2.5-inch rear-mounted drives are supported in all configurations.

Hitachi DS120

The Hitachi Advanced Server DS120 combines a balance of computing and storage capacity with the ability to support a wide range of solutions and applications. It is optimised for performance, high density, and power economy. The DS120 supports up to 12 2.5-inch non-volatile memory express (NVMe), serial-attached SCSI (SAS), serial-ATA (SATA), hard disc drives (HDD), or solid-state drives that are hot-pluggable and front-side accessible. It is possible to configure I/O expansion and controller modules using the low-profile PCIe 4.0 expansion slots, mezzanine slots, and OCP NIC 3.0 slots that are provided.

Hitachi VSP F350

The Hitachi VSP F350 is a flexible, rack-mountable all-flash array that uses only flash drives that may be resized for different combinations of storage capacity. Conventional hard discs are not supported in the VSP Fx00 models because low-latency host response times and high IOPS performance must be delivered consistently across all host connection ports. The storage systems include several controllers with fast CPUs, dual in-line cache memory modules (DIMMs), cache flash memory (CFM), a battery, fans, and connectors to link iSCSI and Fibre Channel I/O modules to deliver high performance operations. There is an Ethernet connection on each controller for out-of-band management. All data discs remain accessible to hosts by utilising a redundant data path through the other controller in the event that the data path through one controller fails.

Hitachi VSP E590

Hitachi Virtual Storage Platform E590 (VSP E590) is an all-flash NVMe storage solution for enterprises. The VSP E590 is reliable, robust, and predictable. The VSP E series arrays leverage the NVMe storage protocol, which was designed to take advantage of flash's fast response times and parallel I/O capabilities. Data accessibility is always ensured. It offers the highest consumption flexibility and the lowest cost per IO. AI-driven administration capabilities offer system-level command and control and array-based quick setup. 361TB is the maximum raw internal capacity of the Hitachi VSP E590 (15TB NVMe SSD). Maximum raw external capacity is 144PB, with a data reduction guarantee ratio of up to 4:1 (unseen) and a total efficiency guarantee ratio of up to 7:1.

Hitachi VSP E790

The Hitachi Virtual Storage Platform (VSP) E790 is the newest addition to Hitachi's midsized enterprise product range. It was designed to use NVMe to give a market-leading performance in a compact, cost-effective form factor. The VSP E790 has a single, flash-optimized Storage Virtualization Operating System (SVOS) image on Intel Xeon multi-core, multi-threaded processors. The new VSP E Series machines provide the best performance in a 2U form factor, primarily because of SVOS optimizations. For accessing flash media over a PCIe bus or storage fabric, VMe offers a streamlined command set that supports up to 64K distinct queues, each with a queue depth of 64K. The most recent VSP E series arrays come with the efficient operating system and cutting-edge processors needed to utilize flash with the NVMe protocol fully.

Hitachi VSP G900

The Hitachi Virtual Storage Platform (VSP) G900 is a software-defined infrastructure critical for enterprises requiring the integration, automation, and simplicity necessary to run and grow fast and efficiently. Hitachi Storage Systems' Virtual Storage Platform VSP G900 enables you to provide maximum infrastructure agility while removing complexity. The Hitachi VSP G900 delivers up to 4 million IOPS of flash-accelerated performance. Due to its industry-standard XTS-AES-256-bit encryption capability, VSP G900 eliminates danger. To make operations as simple as possible, you should consolidate all of your storage under a single software-defined infrastructure. Every flash-accelerated VSP system is built for optimum performance, reliability, and storage virtualization.

Hitachi VSP G700

The Hitachi Virtual Storage Platform G700 is an adaptable, rack-mountable modular hybrid array storage solution with drive boxes that can accommodate SAS drives, flash drives, and TLC-NAND flash module drives that are scalable for different storage capacity combinations. The storage systems use ports to link iSCSI and Fibre Channel I/O modules, dual controllers with high-speed processors, dual in-line cache memory modules (DIMMs), cache flash memory (CFM), a battery, and fans to enable high-performance operations. There is an Ethernet connection on each controller for out-of-band management. All data discs remain accessible to hosts utilising redundant data through the other controller if the data path through one controller fails.

Hitachi VSP G370

The Hitachi Virtual Storage Platform G370 is a flexible, modular, rack-mountable hybrid array storage system with drive boxes that can accommodate SAS hard drives and flash drives and is scaled for different storage capacity configurations. High-speed data transfer is made possible by the Hitachi VSP G370's 32/16-Gbps Fibre Channel or 10-Gbps iSCSI interface. The storage systems include several controllers with fast CPUs, dual in-line cache memory modules (DIMMs), cache flash memory (CFM), a battery, fans, and connectors to link iSCSI and Fibre Channel I/O modules to deliver high-performance operations. Thanks to its compatibility with RAID 1, RAID 5, and RAID 6 (including 14D+2P in RAID 6), the Hitachi VSP G37O is very reliable. There is an Ethernet connection on each controller for out-of-band management. All data discs remain accessible to hosts by utilising a redundant data path through the other controller if the data path through one controller fails.

Hitachi VSP G350

The Hitachi Virtual Storage Platform G350 is a flexible, modular, rack-mountable hybrid array storage system with drive boxes that can accommodate SAS hard drives and flash drives and is scaled for different storage capacity configurations. High-speed data transfer is made possible by the Hitachi VSP G350's 32/16-Gbps Fibre Channel or 10-Gbps iSCSI interface. The storage systems include several controllers with fast CPUs, dual in-line cache memory modules (DIMMs), cache flash memory (CFM), a battery, fans, and connectors to link iSCSI and Fibre Channel I/O modules to deliver high-performance operations. Thanks to its compatibility with RAID 1, RAID 5, and RAID 6 (including 14D+2P in RAID 6), the Hitachi VSP G35O is very reliable. There is an Ethernet connection on each controller for out-of-band management. All data discs remain accessible to hosts by utilising a redundant data path through the other controller if the data path through one controller fails.

Hitachi Thunder 9585V

The Hitachi Thunder 9585V Disk Array provides high performance and availability in supporting applications for compliance with various security regulations, including HIPAA, Basel II, and Sarbanes-Oxley. For data-dependent sectors that need the capacity and performance for database administration, visualisation and analytical tools, as well as quick, secure access to documents, invoices, and photos, the Thunder 9585V storage system is an excellent choice. The Hitachi 9585V maintains off-site redundancy for continuous data availability and uses non-disruptive, real-time copies for backups, application testing, and data warehousing/data mining.

Hitachi Thunder 9580V

The entry-level Hitachi Thunder 9580V Disk Array enterprise system, which is a part of the Hitachi Thunder 9500V Series, offers 2,048 LUNs, 1,024 Virtual Storage Ports with safe multi-tenancy, 64TB of raw capacity, and 7.4 Gigabytes per second of cached bandwidth. The 9580V disc array's tiny, modular design lets customers add additional disc modules as needed to increase capacity and performance. The exclusive copy-on-write snapshot software from Hitachi QuickShadowTM lowers the amount of storage needed for data protection. To reduce downtime during transitions, HiCopyTM cross-system replication enables simple data movement between Thunder 9500 V Series and Lightning 9900 V Series storage systems.

Hitachi Thunder 9570V

The Hitachi Thunder 9570V Disk Array, a member of the Hitachi Thunder 9500V Series, provides great performance and versatility for demanding applications. It can expand and upgrade in a footprint that is simple to expand to meet changing application requirements. For data-dependent industries that need the capacity and performance for database administration, visualisation and analytical tools, as well as quick, secure access to documents, invoices, and photos, the Thunder 9570V storage system is an excellent choice. In order to perform backups, application testing, and data warehousing and data mining, the 9570V uses non-disruptive, real-time copies.

Hitachi Thunder 9530V

The Hitachi Thunder 9530V Disk Array, a member of the Hitachi Thunder 9500V Series, provides great performance and versatility for demanding applications. It can expand and upgrade in a footprint that is simple to expand to meet changing application requirements. For data-dependent industries that need the capacity and performance for database administration, visualisation and analytical tools, as well as quick, secure access to documents, invoices, and photos, the Thunder 9530V storage system is an excellent choice. In order to perform backups, application testing, and data warehousing and data mining, the 9530V uses non-disruptive, real-time copies.

Hitachi Thunder 9520V

The Hitachi Thunder 9520V Disk Array, a member of the Hitachi Thunder 9500V Series, provides great performance and versatility for demanding applications. It can expand and upgrade in a footprint that is simple to expand to meet changing application requirements. For data-dependent industries that need the capacity and performance for database administration, visualisation and analytical tools, as well as quick, secure access to documents, invoices, and photos, the Thunder 9520V storage system is an excellent choice. In order to perform backups, application testing, and data warehousing and data mining, the 9520V uses non-disruptive, real-time copies.

Hitachi Lightning 9980V

The Hitachi Lightning Disk Array system, which is a component of the Hitachi Lightning 9900V Series, enables the consolidation of enormous amounts of storage in a multi-cabinet by scaling without interruption to over 140TB and simultaneously supporting open systems and mainframe servers in direct-attached storage or networked configurations. The Hitachi 9980V has a mirrored cache, redundant, online-replaceable active components, and continuous data protection. In addition to scalable backup and restoration capabilities, the 9980V offers point-in-time copies for disaster recovery, tapeless data vaulting, data warehousing and data mining, or application testing.

Hitachi Lightning 9970V

The Hitachi Lightning 9970V Disk Array, a member of the Hitachi Lightning 9900V Series, offers all the high-speed, high-availability features of the cutting-edge Lightning 9900V Series in a single cabinet thanks to its open systems and z/OS connection. It has a mirrored cache, online replaceable redundant active components, and non-disruptive 24/7 data protection. In addition to scalable backup and restoration capabilities, the 9970V offers point-in-time copies for disaster recovery, tapeless data vaulting, data warehousing and data mining, or application testing.

Hitachi SA48 RAID and Expansion Enclosures

Hitachi RC16TB RAID Controller

Hitachi RC165A RAID Controller

Hitachi Fujitsu XG2000

Hitachi Foundry 8X10G

Hitachi DS16EXP Expansion Enclosure

Hitachi NAS Blade for USP

Hitachi NAS Platform (HNAS) 2200

Hitachi NAS Platform (HNAS) 2000

Hitachi RC12C RAID Controller

Hitachi NAS Platform (HNAS) SMU

Hitachi Titan 3110-F

Hitachi Titan 3110

Hitachi Titan 3101-F

Hitachi Titan 3101

Hitachi RC12 RAID Controller

Hitachi USP

The Hitachi Universal Storage Platform USP VM disc storage system integrates data and storage services over 96 petabytes (PB) of storage and offers up to 1.2 million IOPS. Through a single management interface, the Hitachi USP VM enables resource-efficient thin provisioning with Hitachi Dynamic Provisioning software, virtualization and thin provisioning of internal and external storage, logical resource partitioning, and unified data replication across heterogeneous storage systems. The parallel crossbar switch architecture of the Hitachi Universal Star NetworkTM powers the Hitachi Universal Storage Platform VM. The platform allows using file, object, or block-based storage assets from Hitachi Data Systems and other providers with standard storage services, including virtualization, thin provisioning, and business continuity. The USP VM supports internal and external virtualized storage with Hitachi Dynamic Provisioning software, which also helps lower power and cooling costs by streamlining storage administration and enhancing performance.

Hitachi NSC55

The Hitachi TagmaStore Network Storage Controller NSC55 offers universal replication, logical partitioning, and external storage virtualization in a rack-mounted, small-footprint device. It is driven by the Hitachi Universal Star NetworkTM crossbar switch architecture. Performance, availability, dependability, and sophisticated data/storage management and replication functions are all provided by the Hitachi NSC55 for entry-level businesses or specific departments in big corporations. To simplify their storage settings, it enables customers to combine various storage devices into a virtual pool and control them using a single, centralized panel. The NSC55 allows management of as much as 16PB of internal and external storage through a single console and scales up to 72TB of internal capacity. . It has eight logical partitions, controller-based virtualization and administration of up to 16PB of internal and attached storage, a dedicated cache, ports, and internal/external capacity, all of which are necessary to guarantee application quality of service.

Hitachi Compute Blade Symphony 1000 (BS1000)

Hitachi RS60C RAID Controller

Hitachi RS24C RAID Controller

Hitachi RS12T RAID Controller

Hitachi RS12C RAID Controller

Hitachi WMS 100

The Hitachi WMS 100 Workgroup Modular Storage Array is the best option for small to medium-sized organisations with the exact requirements as their corporate big brothers. It can accommodate even the most complicated storage infrastructures and tackle the difficulties of rising data expansion, availability, protection, and regulatory compliance. The Hitachi WMS 100 Workgroup Modular Storage Array is an all-SATA storage platform that can handle various data requirements, including consolidations, first SAN deployment, NAS access, backup, and even data archiving. It can also manage Microsoft Exchange Server and MSSQL Server, among other business applications. The Hitachi WMS 100 Workgroup Modular Storage Array is a cost-effective data solution. Consolidate many storage systems into one, switch from rigid and expensive server-internal storage to affordable, scalable external storage, or create your first storage area network (SAN). To keep up with data growth, increase Serial ATA (SATA) storage to 42TB. Using a centralised storage system will save management complexity and expense. Make use of software applications that are simple to use for configuration and management.

Hitachi AMS 500

The Hitachi AMS 500 Adaptable Modular Storage Array is a cost-effective data storage solution for small to medium-sized businesses. Even in the event of a hardware breakdown, applications can continuously run on the Hitachi AMS 500 Adaptable Modular Storage Array, thanks to its fully redundant and hot-swappable components. The Hitachi AMS 500 Adaptable Modular Storage Array can also use incremental copies or within-system volume replication for regular backups. Your data is always safe, thanks to this. To keep up with data expansion, scale Serial ATA (SATA) storage from 1TB to 212TB. Additionally, it leverages RAID-6 to provide high availability and quick rebuild times for RAID groups in the unlikely event of a disc drive issue. Hi-Track ""call-home"" service/remote maintenance tool is used by the Hitachi AMS 500 Adaptable Modular Storage Array for round-the-clock diagnostics to prevent possible problems from developing into difficulties. A cheap data option is the Hitachi AMS 500 Adaptable Modular Storage Array.

Hitachi AMS 200

The Hitachi AMS 200 Adaptable Modular Storage Array is an all-SATA storage platform that can manage various data requirements, including consolidations, first SAN deployment, NAS access, backup, and even data archiving. It can also handle Microsoft Exchange Server and MSSQL Server, among other business applications. A cheap data option is the Hitachi AMS 200 Adaptable Modular Storage Array. Small to medium-sized organisations that require the same capabilities as their corporate big brothers will benefit significantly from the Hitachi AMS 200 Adaptable Modular Storage Array. It can accommodate even the most complicated storage infrastructures and tackle the difficulties of rising data expansion, availability, protection, and regulatory compliance. Using a centralised storage system will save management complexity and expense. Make use of software applications that are simple to use for configuration and management.

Hitachi AMS 1000

The Adaptable Modular Storage (AMS) models from Hitachi (AMS 1000) provide performance and scalability in a compact design. All three AMS models support dual iSCSI and Fibre Channel host connections to enable storage system consolidation. For high-I/O applications, cache partitioning and dedicated cache can maximise performance. For effective migration from the cache to the disc drives, cache partitions and segments can be extended or contracted, and cache partitions can be aligned to match RAID stripe sizes. The non-disruptive relocation of a volume inside the storage device is made possible by the Hitachi Modular Volume Migration software. Volumes can be migrated between RAID groups across storage tiers (SATA to Fibre Channel, Fibre Channel to SATA), between different RAID sizes, or between different RAID kinds (RAID-5 to RAID-6, RAID-6 to RAID-5). No volume re-mounting is necessary when moving any volume while it is being accessed. Maximum uptime is supported with redundant, hot-swappable components and Hitachi's Hi-Track Monitor. To provide access to data in the event of any component failure, volumes can be joined to a server through two ports on separate controllers.

Hitachi NAS Platform (HNAS) 3100

With various levels of virtualization and a particular hardware-accelerated file system driven by BlueArc, the Hitachi NAS Platform 3100 offers ""no compromise"" system speed and scalability. As a result, it can navigate the challenges of managing large-scale file systems and ensuring data accessibility in the most recent enterprise programmes, including Microsoft Exchange, SQL Server, SharePoint, and Oracle. The Hitachi NAS Platform is a potent tool for exchanging files or combining already-existing file-sharing options. The Hitachi NAS Platform 3100 boasts industry-leading scalability and performance, one of its advantages. Your IT infrastructure can be made simpler by consolidating your network-attached storage devices and file servers, which can cut your total cost of ownership by up to 50%.

Hitachi USP VM

The Hitachi Universal Storage Platform USP VM disc storage system integrates data and storage services over 96 petabytes (PB) of storage and offers up to 1.2 million IOPS. Through a single management interface, the Hitachi USP VM enables resource-efficient thin provisioning with Hitachi Dynamic Provisioning software, virtualization and thin provisioning of internal and external storage, logical resource partitioning, and unified data replication across heterogeneous storage systems. The parallel crossbar switch architecture of the Hitachi Universal Star NetworkTM powers the Hitachi Universal Storage Platform VM. The platform allows using file, object, or block-based storage assets from Hitachi Data Systems and other providers with standard storage services, including virtualization, thin provisioning, and business continuity. The USP VM supports internal and external virtualized storage with Hitachi Dynamic Provisioning software, which also helps lower power and cooling costs by streamlining storage administration and enhancing performance.

Hitachi Titan 3200

Hitachi Compute Blade 320 (CB320)

Hitachi AMS 2500

The Hitachi AMS 2500 (Adaptable Modular Storage) can be used as a standalone storage system for data consolidation and high-volume applications. The AMS 2300 is also intended for modular storage for lower-tier data storage, remote office storage, tape displacement solutions, virtual tape, and disaster recovery. The Hitachi AMS 2500 Disk Array supports all Fibre channels, iSCSI, and RAID-6 disc configurations. The HITACHI AMS 2500 can also mix SAS, and SATA disc drives with Flash drives in the same tray. The HITACHI AMS 2500 uses high-density storage trays as a solution, allowing for up to 48 3.5"" discs in a 4U high tray or up to 24 2.5"" discs in a 2U high tray. One rack can accommodate almost 1 petabyte of storage capacity. As more drives are added to the system, the performance of the AMS 2500 continues to improve thanks to the large bandwidth provided to the drives by the SAS architecture. Dynamic load balancing controllers are used by the HITACHI Modular Adaptable Storage 2500 to provide integrated, automatic, front-to-back I/O load balancing. This ensures that both controllers receive an equal share of I/O traffic from hosts to disc devices.

Hitachi AMS 2300

The Hitachi AMS 2300 (Adaptable Modular Storage) is a standalone storage system that can be used for data consolidation and high-volume applications. The AMS 2300 is also intended for modular storage for lower-tier data storage, remote office storage, tape displacement solutions, virtual tape, and disaster recovery. The Hitachi AMS 2300 Disk Array supports all Fibre channels, iSCSI, and RAID-6 disc configurations. The HITACHI AMS 2300 can also mix SAS, and SATA disc drives with Flash drives in the same tray. The HITACHI AMS 2300 uses high-density storage trays as a solution, allowing for up to 48 3.5"" discs in a 4U high tray or up to 24 2.5"" discs in a 2U high tray. One rack can accommodate almost 1 petabyte of storage capacity. As more drives are added to the system, the AMS 2300 continues to improve because of the large bandwidth that the SAS architecture provides to the drives. Dynamic load balancing controllers are used by the HITACHI Modular Adaptable Storage 2300 to provide integrated, automatic, front-to-back I/O load balancing. Doing this ensures that both controllers receive an equal share of I/O traffic from hosts to disc drives.

Hitachi AMS 2100

The Hitachi AMS 2100 (Adaptable Modular Storage) is a standalone storage system that can be used for data consolidation and high-volume applications. The AMS 2100 is also intended for use as modular storage for lower-tier data storage, remote office storage, tape displacement solutions, virtual tape, and disaster recovery. The Hitachi AMS 2100 Disk Array supports all Fibre channels, iSCSI, and RAID-6 disc configurations. The HITACHI AMS 2100 can also mix SAS, and SATA disc drives with Flash drives in the same tray. The HITACHI AMS 2100 uses high-density storage trays that can hold up to 48 3.5" discs in a 4U high tray or up to 24 2.5" discs in a 2U high tray as a solution. One rack can accommodate almost 1 petabyte of storage capacity. As more drives are added to the system, the AMS 2100 continues to improve because of the enormous bandwidth that the SAS architecture provides to the drives. Front-to-back I/O load balancing is provided by integrated, automated dynamic load balancing controllers in the HITACHI Modular Adaptable Storage 2100. Doing this ensures that both controllers receive an equal share of I/O traffic from hosts to disc drives.

Hitachi Compute Blade X55A2

Hitachi Compute Blade X55A1

The enterprise-class "Hitachi Compute Blade X55A1" server is a platform. It removes performance and throughput bottlenecks with balanced system architecture. Flexible configurations are supported by the inbuilt logical partitioning capability of the Hitachi Compute Blade X55A1. With minimal expense and maximum simplicity, it expands the advantages of logical partitioning to additional areas of the enterprise data centre, such as mission-critical application servers and database servers. The 2000 X55-A1 model only supports SAN booting.

Hitachi Compute Blade X57A1

The enterprise-class Hitachi Compute Blade X57A1 server is a platform. It removes performance and throughput bottlenecks with balanced system architecture. Flexible configurations are supported by the inbuilt logical partitioning capability of the Hitachi Compute Blade X57A1. With minimal expense and maximum simplicity, it expands the advantages of logical partitioning to additional areas of the enterprise data centre, such as mission-critical application servers and database servers. The 2000 X57-A1 model only supports SAN booting.

Hitachi NAS Platform (HNAS) 3200

The top-of-the-line enterprise network attached storage option is the Hitachi NAS Platform 3200. Every feature you would anticipate from an enterprise programme is present. It features a hybrid core design that unifies capacity across several applications and makes storage management more accessible, and BlueArc powers it. It accomplishes all of this without sacrificing scalability or performance. A particular hardware-accelerated file system used by the Hitachi NAS Platform 3200, powered by BlueArc, provides uncompromised system speed and scalability while various levels of virtualization get around the challenges of managing a large-scale file system making data available. Popular programmes, including Microsoft Exchange, SQL Server, SharePoint, and Oracle, can run on the Hitachi NAS Platform 3200.

Hitachi Compute Rack 220 (CR220)

Hitachi Compute Rack 220 (CR220) rackmount server with 2x PSUs, 2x E5-2420 CPUs, 32GB RAM, Raid controller with battery backup, and 5x 500GB /7200rpm SATA 3,5′′ SSDs. If a hardware problem occurs, the Baseboard Management Controller (BMC), an onboard management controller of the system unit, illuminates the ERROR LED on the front of the system unit.

Hitachi NAS Platform (HNAS) SMU 300

The servers and clusters of the Hitachi NAS Platform and the Hitachi HUS File Module storage systems are managed by the Hitachi NAS Platform (HNAS) SMU 300, a 1U rack-mounted device. In the event of hardware issues, the full SMU should be replaced because HDS does not permit component replacement. If you can connect to the SMU via an ssh session, you can retrieve a backup and copy the backup contents straight to your laptop as an alternative to uploading the SMU backup file via a USB stick.

Hitachi Compute 520H B1

The Hitachi Compute 520H B1 combines the premium capabilities required in a mission-critical data centre with the high compute density and customizable design you need to save money and safeguard your investment. Up to eight dual-socket E5 processor blades can be added to the Hitachi Compute 520H B1 system. The Hitachi Compute 520H B1 combines the premium capabilities required in a mission-critical data centre with the high compute density and customizable design you need to save money and safeguard your investment. When used with a 6U chassis, the 520H B1 can accommodate up to eight server blade modules. The Hitachi Compute Blade 520H B1's adaptable design and logical partitioning capabilities allow configurations to precisely match application needs and different applications to coexist in the same chassis with ease and security.

Hitachi Compute 520H A1

The Hitachi Compute 520H A1 combines the premium capabilities required in a mission-critical data centre with the high compute density and customizable design you need to save money and safeguard your investment. Up to eight server blade modules can be housed in its 6U chassis. The Hitachi Compute 520H A1's adaptable design and logical partitioning capabilities allow configurations to precisely match application needs and different applications to coexist in the same chassis with ease and security.

Hitachi Platform (HNAS) 3090 G2

For enterprises with midrange storage needs, the Hitachi Platform (HNAS) 3090 G2 is ideal. Its Hybrid Core Architecture effectively consolidates capacity across numerous applications and streamlines storage administration without sacrificing performance or scalability. The scalability of the Hitachi NAS Platform (HNAS) 3090 G1 supports a 256TB file system, up to 2PB2 of usable capacity, and 30,000 concurrent CIFS users or 60,000 concurrent NFS users. Additionally, the Hitachi Platform (HNAS) 3090 G2 is built with ""intelligent file tiering"" and highly effective content indexing, which allow for policy-based data and content movement between storage and archive tiers. For sequential workloads, hardware-accelerated network storage enables throughput of up to 1,100 MB/sec and IOPS of up to 73,000 per node1.Popular commercial applications like Microsoft® Exchange, SQL Server®, and SharePoint®, as well as Oracle, are supported by the unique Hardware Accelerated File system in the Hitachi Platform (HNAS) 3090 G2, powered by BlueArc®, and delivers ""no compromise"" system performance and scalability. This is especially true in VMware environments.

Hitachi NAS Platform (HNAS) 3090 G1

For enterprises with midrange storage needs, the Hitachi NAS Platform (HNAS) 3090 G1 is ideal. Its Hybrid Core Architecture effectively consolidates capacity across numerous applications and streamlines storage administration without sacrificing performance or scalability. The scalability of the Hitachi NAS Platform (HNAS) 3090 G1 supports a 256TB file system, up to 2PB2 of usable capacity, and 30,000 concurrent CIFS users or 60,000 concurrent NFS users. Additionally, the Hitachi NAS Platform (HNAS) 3090 G1 is built with ""intelligent file tiering"" and highly effective content indexing, which allow for policy-based data and content movement between storage and archive tiers. For sequential workloads, hardware-accelerated network storage enables throughput of up to 1,100 MB/sec and IOPS of up to 73,000 per node1.Popular commercial applications like Microsoft® Exchange, SQL Server®, and SharePoint®, as well as Oracle, are supported by the unique Hardware Accelerated File system in the Hitachi NAS Platform, powered by BlueArc®, and deliver ""no compromise"" system performance and scalability. This is especially true in VMware environments.

Hitachi NAS Platform (HNAS) 3080 G2

For enterprises with midrange storage needs, the HNAS 3080 G2 Hitachi NAS Platform is ideal. Its Hybrid Core Architecture effectively consolidates capacity across numerous applications and streamlines storage administration without sacrificing performance or scalability. The scalability of the Hitachi NAS Platform (HNAS) 3080 G2 supports a 256TB file system, up to 2PB2 of usable capacity, and 30,000 concurrent CIFS users or 60,000 concurrent NFS users. Additionally, the Hitachi NAS Platform 3080 and 3090 are built with ""intelligent file tiering"" and highly effective content indexing, which allow for policy-based data and content movement between storage and archive tiers. For sequential workloads, hardware-accelerated network storage enables throughput of up to 1,100 MB/sec and IOPS of up to 73,000 per node1.Popular commercial applications like Microsoft® Exchange, SQL Server®, and SharePoint®, as well as Oracle, are supported by the unique Hardware Accelerated File system in the Hitachi NAS Platform, powered by BlueArc®, and deliver ""no compromise"" system performance and scalability. This is especially true in VMware environments.

Hitachi NAS Platform (HNAS) 3080 G1

For enterprises with midrange storage needs, the Hitachi NAS Platform (HNAS) 3080 G1's Hybrid Core Architecture effectively consolidates capacity across numerous applications and streamlines storage administration without sacrificing performance or scalability. The scalability of the Hitachi NAS Platform (HNAS) 3080 G1 supports a 256TB file system, up to 2PB2 of usable capacity, and 30,000 concurrent CIFS users or 60,000 concurrent NFS users. Additionally, the Hitachi NAS Platform 3080 and 3090 are built with ""intelligent file tiering"" and highly effective content indexing, which allow for policy-based data and content movement between storage and archive tiers. For sequential workloads, hardware-accelerated network storage enables throughput of up to 1,100 MB/sec and IOPS of up to 73,000 per node1.Popular commercial applications like Microsoft® Exchange, SQL Server®, and SharePoint®, as well as Oracle, are supported by the unique Hardware Accelerated File system in the Hitachi NAS Platform, powered by BlueArc®, and deliver ""no compromise"" system performance and scalability. This is especially true in VMware environments.

Hitachi Compute Blade 540A B1

"The Hitachi Compute Blade 540A B1 combines the top-notch capabilities required in today's mission-critical data centres with the high compute density and customizable design you need to reduce costs and safeguard investment. The Hitachi Compute Blade 540A B1's adaptable design and logical partitioning feature enable configurations to precisely match application needs and the simple and secure coexistence of numerous applications in the same chassis. The Hitachi Compute Blade 540A B1 combines the top-notch capabilities required in today's mission-critical data centres with the high compute density and customizable design you need to reduce costs and safeguard investment. Features: • Features for integrated chassis management installation and maintenance duties can be made easier and faster. • High availability characteristics for mainframes (hot-swap, redundant components, automated failover) • The most recent Intel Xeon processors for cutting-edge performance • Numerous blade options for flexible workloads • Maximum memory configurations that are large • Logic partition (LPAR) hardware-based capabilities for reliable, secure, high-performance virtualization • The availability of switched fabric alternatives, such as IP, FC, and converged fabric. • Host several workloads securely in a single-blade chassis. • Up to 8 server blade modules can be housed in a 6U chassis."

Hitachi Compute Blade 540A A1 (with CNA)

Hitachi Compute Blade 540A A1

Hitachi Compute 540A A1

Hitachi Compute Blade X57A2

The Hitachi Compute Blade X57A2 server is a business-class platform. Its balanced system architecture removed bottlenecks in performance and throughput. The inbuilt logical partitioning functionality of the Hitachi Compute Blade X57A2 provides unprecedented configuration flexibility. It brings the benefits of logical partitioning to new areas of the enterprise data centre, such as mission-critical application servers and database servers, at the lowest possible cost and with the greatest possible simplicity.

Hitachi Compute Blade X55S

An enterprise-class platform is the blade server, Hitachi Compute Blade X55S. It removes performance and throughput bottlenecks with a balanced system architecture. Flexible configurations are supported by the inbuilt logical partitioning capability in the Hitachi Compute Blade X55S. With minimum expense and maximum profit, it expands logical partitioning's advantages to additional parts of the enterprise data centre, such as important database servers and application servers. In particular, for consolidation at the application and data tiers, the Hitachi Compute Blade X55S combines the conventional advantages of blade technology with the top-notch functionality required by managers of today's mission-critical data centres and cloud applications. Because of its flexible I/O and LPAR virtualization, you can customise settings for your applications, allowing you to adapt to changing workload demands.

Hitachi Compute Blade X55R

An enterprise-class platform is the blade server, Hitachi Compute Blade 2000 X55R3 . It removes performance and throughput bottlenecks with a balanced system architecture. Flexible configurations are supported by the inbuilt logical partitioning capability in the Hitachi Compute Blade 2000 X55R3. With minimum expense and maximum profit, it expands logical partitioning's advantages to additional parts of the enterprise data centre, such as important database servers and application servers. In particular, for consolidation at the application and data tiers, the Hitachi Compute Blade 2000 X55R3 combines the conventional advantages of blade technology with the top-notch functionality required by managers of today's mission-critical data centres and cloud applications. Because of its flexible I/O and LPAR virtualization, you can customise settings for your applications, allowing you to adapt to changing workload demands.

Hitachi Compute Blade Symphony 2000 (BS2000)

The primary design of the Hitachi Compute Blade Symphony 2000 (BS2000) is derived from our range of incredibly dependable mainframe platforms that are connected by a strong management software solution. Enterprise datacenters can manage and administer Hitachi Compute Blade 2000 (CB2000) servers more easily thanks to Hitachi Compute Blade Symphony 2000 (BS2000) management solutions. The Hitachi Compute Blade Symphony 2000 (BS2000) SMP supports up to 8 cores and has a maximum memory of 144 GB/blade. For scalable performance, the system also supports Multi-Blade Symmetric Multi Processing (SMP) connection technology. There are two coupled Mezzanine cards (PCI Express 2.0 x8) on each Hitachi Compute Blade 2000. It needs AC input power (a power supply with a range of 200–240 VAC, N+1, and complete redundancy). There are 16 PCI Express 2.0 x8 slots for I/O expansion cards in the Hitachi Compute Blade Symphony 2000 (BS2000) chassis. Our N+M standby capability supports transaction recovery, enhancing system availability and dependability. Thanks to its high performance and high availability capabilities, BladeSymphony may be used in both big back-end company data centres and small departmental office settings.

Hitachi Compute Blade 2000 (CB2000)

The primary design of the Hitachi Compute Blade 2000 (CB2000) is derived from our range of incredibly dependable mainframe platforms that are connected by a strong management software solution. Enterprise datacenters can manage and administer Hitachi Compute Blade 2000 (CB2000) servers more easily thanks to Hitachi Compute Blade 2000 (CB2000) management solutions. The Hitachi Compute Blade 2000 (CB2000) SMP supports up to 8 cores and has a maximum memory of 144 GB/blade. For scalable performance, the system also supports Multi-Blade Symmetric Multi Processing (SMP) connection technology. There are two coupled Mezzanine cards (PCI Express 2.0 x8) on each Hitachi Compute Blade 2000. It needs AC input power (a power supply with a range of 200–240 VAC, N+1, and complete redundancy). There are 16 PCI Express 2.0 x8 slots for I/O expansion cards in the Hitachi Compute Blade 2000 (CB2000) chassis. Our N+M standby capability supports transaction recovery, enhancing system availability and dependability. Thanks to its high performance and high availability capabilities, BladeSymphony may be used in both big back-end company data centres and small departmental office settings.

Hitachi VSP Raid 700

The Hitachi Virtual Storage Platform G700 is an adaptable, rack-mountable modular hybrid array storage system with drive boxes that can accommodate SAS drives, flash drives, and TLC-NAND flash module drives that are scalable for different storage capacity combinations. The storage systems use ports to link iSCSI and Fibre Channel I/O modules, dual controllers with high-speed processors, dual in-line cache memory modules (DIMMs), cache flash memory (CFM), a battery, and fans to enable high-performance operations. There is an Ethernet connection on each controller for out-of-band management. All data discs remain accessible to hosts by utilising a redundant data path through the other controller in the event that the data path through one controller fails.

Hitachi Compute Rack 220H (CR220H)

"On the motherboard of the system unit of Hitachi Compute Rack 220H (CR220H), there is a Baseboard Management Controller (BMC) that performs extra tasks for power management and operating status monitoring. Additionally, the system unit comes with a management interface exclusive to the BMC and allows for initialization of the BMC and remote access via LAN. A Web console with a standard feature is employed for remote access. With the help of the Remote Console application, you may utilize the system unit's keyboard, mouse, and remote console feature, which displays the system unit's screen from a distance. You can also use the remote device feature to use a virtual floppy disc or CD/DVD as a remote device. This enables you to install tools from the virtual CD/DVD on the system and remotely control the BIOS or OS of the system unit."

Hitachi Compute Rack 2205 (CR2205)

Hitachi Compute Rack 210H (CR210H)

The Hitachi Compute Rack 210H provides converged application solutions and cloud deployments in a small 1U footprint and optimizes cost and performance. It offers an energy-smart, inexpensive, and simple-to-use solution to help cut expenses and control risk. It combines excellent reliability, performance, and tiny size for cost efficiency and rock-solid dependability. The Hitachi Compute Rack 210H provides balanced performance, and high compute density and supports the Intel Xeon Processor E5-2600 product range. The Intel Xeon Processor E5 family, which has up to 2 CPUs and up to 8 cores each, provides exceptional computational power. Twenty-four slots of fast, DDR3-registered ECC memory DIMMs enable the installation of up to 384GB of shared memory (when 16GB DIMMs are used). Most memory-demanding applications, like virtualization, cloud computing, and high-performance computing, are handled via shared memory. Large amounts of local disc storage are provided by up to 6 front-side accessible, 2.5-inch serial-attached SCSI (SAS) drives with hardware RAID protection.

Hitachi Compute Blade 520X B1 (with CNA)

The Hitachi Compute Blade 520X B1 combines the top-notch capabilities required in a mission-critical data centre with the high compute density and adaptable design you need to reduce costs and safeguard investment. It includes the most recent Intel Xeon processors for improved performance. The Hitachi Compute Blade 520X B1's adaptable design and logical partitioning capabilities allow configurations to precisely match application needs and different applications to coexist in the same chassis with ease and security.

Hitachi Compute Blade 520H B2 (with CNA)

With the most recent Intel Xeon E5 and E7 family CPUs, the Hitachi Compute Blade 520H B2 offers improved processing power and performance, exceptional scalability and configuration flexibility. It provides a selection of integrated switched-fabric networking choices and expands the advantages of Hitachi logical partitioning to additional areas of the enterprise data centre. Up to two CPUs can fit into each standard-width blade, and up to four can fit into each double-width edge in versions with standard and double-width blades. The standard CB520H blade has 24 slots for high-speed, DDR4-registered ECC memory DIMMs and is equipped with the E5-2600 processor. When 32GB DIMM modules are utilised, it supports hardware RAID on up to two hot-pluggable, front-side accessible, serial-attached SCSI (SAS), solid-state disc (SSD) drives, and up to 768GB of shared memory. Each double-width CB540A blade has 48 DIMM slots and four E5-4600 processors. Either of the two available extension blades can be used to increase the capabilities of the CB520H blade. These blades can be paired with a computing blade to increase the blade's capacity for storage or I/O expansion. Thanks to these expansion blade types, a CB 500 system can handle PCIe-based flash for application acceleration and graphics processing units (GPUs) for virtual desktop deployments.

Hitachi NAS Platform (HNAS) SMU 400

" Hitachi NAS Platform (HNAS) SMU 400 has a chassis with a maximum depth of 686 millimetres (27 inches), excluding the bezel, which is 3U (5.25 inches) height, 480 millimetres (19 inches) wide, and rack mountable. The chassis includes: • Front bezel • MMB (Main Motherboard) • MFB (Main FPGA Board) o Model 4040 uses an MFB o Models 4060 and 4080 use an MFB2 o Model 4100 uses an MFB2E • Hot-swappable fan assemblies o Model 4040 has two fans o Models 4060, 4080, and 4100 have dual fans • Dual power supplies • NVRAM backup battery pack • Dual 2.5-inch disk drives The server must be returned for repair if there is a problem with the motherboard (MMB) or field programmable gate array (MFB). MMBS and MFBs usually do not field replaceable (MMBS are not field replaceable). Many other parts can be changed on the spot, and some can be hot-swapped (they can be changed without shutting down the server). Power supply, an NVRAM backup battery pack, fan assemblies, and disc drives are field replaceable units (FRUS) examples. The server's specifications are as follows. These specs, the maximum for all server models, do not consider variances across models except for the power and cooling figures. Contact your agent if you would need more precise information about a particular model or configuration. Physical: • Weight: 25 kg (55 lb.) with a plastic bezel or 26 kg (57 lb.) with a metal bezel • Height: 132 mm. (5 in.) • Depth (including handles and bezel): 725 mm. (28.6 in.) • Width: 440 mm. (17.3 in.) • Rack space required: 3U (5.25 in.) "

Hitachi HUS VM HM700

"New technology not present in earlier Hitachi Data Systems storage systems is currently in Hitachi Unified Storage VM block module storage systems. Using the same high-speed architecture, this technique enables the development of a smaller, more effective, more relaxed controller than the VSP controller. Based on a brand-new block storage system driven by a storage virtualization controller linked to the host servers and data discs, Hitachi Unified Storage VM HM700 is a virtual storage solution. Due to its dual node, and shared resource architecture, the storage system is redundant and can keep running even if a component fails. While the storage system runs, significant features can be added, taken out, and replaced without shutting down any devices. Additionally, upgrading the microcode without turning off the storage system is possible. The controller chassis is home to a service processor that monitors the storage system's working state. Remote maintenance is made possible by integrating the service process with a Hitachi service facility. Based on a brand-new block storage system driven by a storage virtualization controller linked to the host servers and data discs, Hitachi Unified Storage VM HM700 is a virtual storage solution. Due to its dual node, and shared resource architecture, the storage system is redundant and can keep running even if a component fails. While the storage system is running, significant components can be added, taken out, and replaced without shutting down any devices. Additionally, upgrading the microcode without turning off the storage system is possible. The controller chassis is home to a service processor that monitors the storage system's working state. Remote maintenance is made possible by integrating the service process with a Hitachi service facility."

Hitachi HUS 150

The Hitachi HUS 150 Disk Array offers a well-balanced approach to scalability that increases the return on your investment. A single HUS 150 system's capacity can grow to around 4PB. The Hitachi Unified Storage HUS 150 Disk Array's incredible performance rises linearly to industry-leading levels. Scale data sets' capacity to 128 TB and Fi systems' capacity to 256 TB. You can remotely copy your data with the HUS 150 without any restrictions. This also includes limitless remote copying of all data. With its HITACHI HUS 150 Disk Array, unified storage is redefined. The HUS 150 assists you in meeting your storage, application, and performance needs while keeping the cost of your investment low and the rate of return on investment high, thanks to Hitachi's well-known reliability. The HITACHI HUS 150 Disk Array is designed to readily expand to meet changing requirements for vital business applications while providing storage for all kinds of data.

Hitachi HUS 130

Hitachi Unified Storage redefines unified storage technologies. It enables you to meet your needs for application availability and performance with less investment thanks to trusted Hitachi reliability. Install storage for all forms of data, and it will be simple to expand it to meet changing needs and service level goals for vital business applications. With simple management, Hitachi Unified Storage 130 makes operations easier. It's a component of a broad range of storage options that may all be controlled through a single interface for the best management effectiveness. The HUS 130 family offers a balanced method of scalability that allows investments to grow more. A single system's capacity can increase to about 4 PB, and its performance can rise linearly to industry-leading levels. Increase the storage capacity of data sets to 256 TB and 128 TB, respectively, by using megaLUNs and fi systems. Unrestricted remote data copying of all types. Unrestricted remote data copying of all types.

Hitachi HUS 110

The Hitachi HUS 110 represents an advancement in uniformly managing block, file, and object data (through the Hitachi Content Platform) without sacrificing performance, scalability, or cost effectiveness. Organizations can achieve their expansion needs and business objectives with a highly effective unified architecture while streamlining their daily operations. They can lower overall costs and swiftly change to accommodate shifting storage settings. HUS allows an efficient and adaptable data infrastructure when used in conjunction with Hitachi Command Suite management software. The HUS 110 family offers a balanced method of scalability that allows investments to grow more. A single system's capacity can increase to about 4 PB, and its performance can rise linearly to industry-leading levels. Extend the storage capacity of data sets using megaLUNs and fi systems to 256 TB and 128 TB, respectively. Unrestricted remote data copying of all types. Unrestricted remote data copying of all types.

Hitachi Compute Blade 520X B2

With the most recent Intel Xeon E5v2 and E7v2 family CPUs, Hitachi Compute Blade 500 (CB 500) offers exceptional computing power, performance, and unrivalled scalability and configuration flexibility. It provides a selection of integrated switched-fabric networking choices and expands the advantages of Hitachi logical partitioning to additional areas of the enterprise data centre. The CB520X blade supports Hitachi multiblade SMP connection technology and can run up to two Intel E7v2 series processors. You can expand up to four connected CB520X blades with it to create an 8-socket SMP system with 192 memory DIMM slots. CB520X blades can be arranged in groups of two or four and can be expanded incrementally by adding blades. In this manner, computation, memory, and I/O capability increase jointly to handle heavy workloads and demands for enormous amounts of memory. Fast implementation and expedited time-to-value for your application are made possible by a dedicated LCD control panel and a streamlined USB-enabled configuration setup. Simple, tool-free access facilitates configuration, setup, or upgrades quickly and allows customers to replace key modules at a lower service cost for routine maintenance. The Hitachi Compute Blade 500 offers a variety of network connectivity choices, including convergent switched-fabric architectures, Fibre channels, high-speed integrated fabric switching, and future-proof shared access to high-speed IP networking. Reduce complexity and cabling in your data centre by connecting virtually any network infrastructure. CB520X Server Blade: • CPU: • CPU:Intel XeonE7-8800v2 or E7-4800v2 series • Number of sockets: 2 (per blade) • Memory: • DIMM type: Registered ECC DDR3 • Number of slots: 48 (single blade) • Maximum memory capacity: 1.5TB (32GB DIMM) (Single Blade) • Management Interface: • BMC/rKVM: SHcore based • Management LAN: 1GbEthernet

Hitachi Compute Blade 520H B3

The Hitachi Compute Blade 520H B3 combines the premium capabilities required in a mission-critical data centre with the high compute density and customizable design you need to save money and safeguard your investment. Up to eight server blade modules can be housed in its 6U chassis. The Hitachi Compute Blade 520H B3's adaptable design and logical partitioning capabilities allow configurations to precisely match application needs and different applications to coexist in the same chassis with ease and security.

Hitachi VSP G1000

The Hitachi Virtual Storage Platform G1000 offers up to 4 million IOPS of performance and the industry's first 100 percent data availability guarantee. An enhanced, seventh-generation hierarchical star net architecture is present in the Hitachi Virtual Storage Platform G1000. The virtual storage directors (VSDs) in this architecture are distributed across the front-end directors (FEDs), back-end directors (BEDs), and cache, supplying immediate processing power without pause or interruption to maximise I/O throughput. The storage system offers roughly 6.8 PB of physical storage space. The storage system offers a physical storage capacity of about 8.1 PB when built with 14-TB FMDs.

Hitachi Compute NAS Platform (HNAS) 4040

Hitachi Compute Blade 500 (CB500)

The Hitachi Compute Blade 500 (CB500) combines high-end features with the high compute density and adaptive architecture you need to reduce costs and safeguard investment in today's mission-critical data centre. The Hitachi Compute Blade 500's adaptable design and logical partitioning feature enable configurations to precisely match application needs and simple and secure coexistence of many applications in the same chassis.

Hitachi Compute Blade 2500 (CB2500)

Hitachi Compute Blade 2500 (CB2500) With the most recent Intel Xeon E5v3 and E7v3 family CPUs, they offer enterprise computing power and performance, as well as exceptional scalability and configuration flexibility, to help you save money and safeguard your investment. Any combination of up to 14 conventional server blades or up to 8 double-width blades can be housed in the 12U chassis (with multi-blade SMP configuration). To help you save money and protect your investment, the Hitachi Compute Blade 2500 (CB2500) provides enterprise computing power and performance, as well as exceptional scalability and configuration flexibility. The Hitachi Compute Blade 2500's adaptable design and logical partitioning capabilities enable configurations to precisely match application needs and enable several applications to coexist in the same chassis with ease and security.

Hitachi Compute Blade 520X B3 (CB520XB3)

Up to eight server blades and four switch modules can fit inside the 6U server chassis. The 6U server chassis requires less room, uses fewer wires, and weighs less than a 1U server chassis with an external rack mount network switch and FC switch. The internal backplane in the server chassis serves as the connection between each module. Therefore, a convoluted cable connection is not required. The simplest way to add a server blade to a chassis is to place it in an available slot. The system is made to combine current rack-mount server platforms, consolidate servers, and run in a data centre. Switch modules can be chosen based on your requirements. It is possible to create redundant configurations for management modules, switch modules, power supply modules, and fan modules, allowing the system to function even if one of the modules fails. A server chassis houses the power supplies needed for server blades. So, a relatively tiny area can supply stable electric power. To save space, the external interface is shared by several server blades utilising a switching function. The CB 520 X B3 server chassis has the following salient characteristics: • Up to 8 half-width multi-core 2-socket processor blades • Up to 4 full-width multi-core, four-socket processor blades • Up to 4 modular, high-throughput IO switch modules • Backplane with a high-density laminate for upcoming IO interfaces • Power capping and 80 PLUS Platinum power supply with energy-saving technologies • High levels of reliability, availability, and maintenance (RAS), including customer serviceability and numerous redundant configurations

Hitachi Compute Blade 520H B4 (CB520HB4)

The Hitachi Compute Blade 520H B4 combines the premium capabilities required in a mission-critical data centre with the high compute density and customizable design you need to save money and safeguard your investment. Up to eight dual-socket E5 processor blades can be added to the Hitachi Compute Blade 520H B4 system. The Hitachi Compute Blade 520H B4 combines the premium capabilities required in a mission-critical data centre with the high compute density and customizable design you need to save money and safeguard your investment. When used with a 6U chassis, the 520H can accommodate up to eight server blade modules. The Hitachi Compute Blade 520H B4's adaptable design and logical partitioning capabilities allow configurations to precisely match application needs and different applications to coexist in the same chassis with ease and security.

Hitachi VSP G800

The Hitachi Virtual Storage Platform G800 is a rack-mountable, modular storage system that supports different FMD DC2 flash storage device configurations with set storage capacities. No hard discs are included in order to consistently deliver low latency host response times and the highest IOP performance across all host connection ports. Dual controllers are present in the storage systems to facilitate communication with a data host. Each controller comes equipped with its own processor, batteries, fans, and dual in-line cache memory modules (DIMMs). For out-of-band management, each controller also has an Ethernet connection. All hard discs are still accessible to data hosts via a redundant data path through the other controller in the event that the data path through one controller fails. Controllers for storage systems can be changed. Network-attached storage (NAS) modules can be added to the storage system. In addition to the block access offered directly by iSCSI and Fibre Channel I/O modules, the NAS modules also offer file access through CIFS and NFS protocols and block access through the use of iSCSI protocols.

Hitachi VSP G600

The Hitachi Virtual Storage Platform G600 is a rack-mountable, modular all-flash array with exceptional performance, durability, and flash-accelerated scalability. The storage system has two controllers, each of which has a processor, two DIMMs for in-line cache memory, a CFM for cache flash memory, a battery, fans, and I/O modules for iSCSI and Fibre Channel. For out-of-band management, each controller also has an Ethernet connection. All data discs remain accessible to data hosts utilising a redundant data path through the other controller if the data path through one controller fails. Network-attached storage (NAS) modules built within the storage system are available. The NAS modules offer block access using iSCSI protocols and file access using CIFS and NFS protocols.

Hitachi VSP G400

The Hitachi Virtual Storage Platform G400 is a rack-mountable, modular all-flash array with exceptional performance, durability, and flash-accelerated scalability. The storage system has two controllers, each of which has a processor, two DIMMs for in-line cache memory, a CFM for cache flash memory, a battery, fans, and I/O modules for iSCSI and Fibre Channel. For out-of-band management, each controller also has an Ethernet connection. All data discs remain accessible to data hosts utilising a redundant data path through the other controller if the data path through one controller fails. Network-attached storage (NAS) modules built within the storage system are available. The NAS modules offer block access using iSCSI protocols and file access using CIFS and NFS protocols.