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Open-E - DSS V6 (Data Storage Software) 8TB - Part number: DSS-V6-8TB-LIC

Open-E - DSS V6 (Data Storage Software) 8TB

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€ 831,10 (Incl. BTW) € 698,40 (Excl. BTW)

Specificaties

Open-e DSS V6 8TB License

Open-E software maakt van elke server een SAN of NAS appliance.
De all-in-one Unified Data Storage software omvat:

- ISCSI SAN target en initiator en volledige NAS functionaliteit
- Fibre Channel-target en initiator
- Infiniband en 10Gb Ethernet connectiviteit
- VMware gecertificeerd en ondersteuning van Hyper-V en Xen
- Automatische fail-over voor hoge beschikbaarheid en Business Continuity

Beheer van de server gaat door middel van een overzichtelijke webinterface.

Levertijd is 2 - 3 dagen, (loadByProduct($_product)->getQty()?>) in voorraad.

Omschrijving

The Open-E Data Storage Software V6 (DSS V6) is a unified file and block storage management operating system (OS) that provides Network Attached Storage (NAS), iSCSI, InfiniBand and Fibre Channel Storage Area Network (SAN) functionality.

Open-E DSS V6 provides superior performance, security, and scalability at a fraction of the cost of alternative storage offerings. Advanced features of Open-E DSS V6 include Data and Volume Replication, Volume Snapshot, Automatic Failover for iSCSI Volumes, WORM and NDMP. Additionally, Open-E DSS V6 supports a wide variety of hardware RAID platforms from the industry’s leading names. The versatility of the Open-E DSS V6 also allows users to combine NAS systems with iSCSI SAN systems, and provides built-in virus protection, while enabling the connection of multiple Network Interface Controllers, including Gigabit Ethernet, 10 Gigabit Ethernet, Fibre Channel and InfiniBand. Open-E DSS V6 is easily downloaded to any hardware device for simplified access.

Open-E DSS V6 includes NAS and iSCSI functionality and advanced features such as:

  • Installable on any media: internal HDD, RAID Array, USB, SATA and IDE DOM, or any other bootable media
  • Enhanced Graphical User Interface
  • Symantec Backup Exec backup agent (RALUS) to support versions 11, 12 and 12.5
  • Basic API Configuration
  • Improved random performance of iSCSI
  • Windows Server 2008 Clustering Support (persistent reservation SCSI-3)
  • Hardware RAID Support
  • Automatic Failover for iSCSI Volumes
  • Volume and Data Replication
  • Volume Snapshot
  • iSCSI Initiator / iSCSI Target
  • Backup Functionality
  • NDMP 3.0 Support
  • WORM (Write Once Read Many) Support
  • Shadow Copy of OS for System Update
  • Multiple Network Interface Card (NIC) Support
  • Network Bonding/Teaming
  • Task Mechanism with Scheduling
  • Network UPS Support
  • Fibre Channel Support
  • Multi-CPU Support
  • IP-SEC

Minimum Hardware Requirements:

  • x86 - compatible PC
  • 1 GByte RAM
  • CPU (1 GHz or faster are recommended)
  • HDD (SATA, SAS, SCSI, ATA) / RAID / Fibre Channel / iSCSI Storage
  • Network Interface Card (multi-cards 1Gb/s recommended for bonding)

Downloads

Artikelnummer DSS-V6-8TB-LIC
Merk Open-E
Software Type Storage OS

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  • Open-E DSS supports three different types of file based Data Replication
    • Asynchronous Data Replication (file based) within the system
    • Asynchronous Data Replication (file based) over a LAN
    • Asynchronous Data Replication (file based) over a WAN
  • Additionally, DSS Supports three types of block based Volume Replication
    • Synchronous Volume Replication (block based) over a LAN for NAS, iSCSI and Fiber Channel appliances,
    • Synchronous Volume Replication (block based) over a WAN for NAS, iSCSI and Fiber Channel appliances,
    • Synchronous Volume Replication (block based) with Failover over a LAN for iSCSI appliances

2. Data Replications - Replication Solutions Supported by Open-E DSS

2.1. Asynchronous Data Replication within a System

Replication between two RAID ARRAYs within one system
  • Recommended Resources
    • Key Hardware
      • x86 compatible
      • RAID Controller 1
      • RAID Controller 2
      • HDD's
      • Network Interface Cards
    • Software
      • Open-E DSS
  • Benefits
    • Data redundancy over RAID Array
    • Local data availability
    • Low cost solution
  • Disadvantages
    • In case of complete system failure, data will be lost or inaccessible

Asynchronous Data Replication within a System - pic 01

Pic 01

mark_aData is written and read from Array 1

mark_bData is periodically replicated to Array 2

Asynchronous Data Replication within a System - pic 02

Pic 02

mark_aIn case of raid array error or disk drive error on the Raid Array 1, the server will send an e-mail notification to the administrator and/or users

mark_bThe administrator then switches from Array 1 to Array 2

Asynchronous Data Replication within a System - pic 03

Pic 03

mark_a After switching, replicated data is available on Array 2

2.2. Asynchronous Data Replication over a LAN

Replication between two systems within a single LAN
  • Recommended Resources
    • Key Hardware (two systems)
      • x86 compatible
      • RAID Controller
      • HDD's
      • Network Interface Cards
    • Software
      • Open-E DSS, 2 units
  • Benefits
    • Data Redundancy over a LAN
    • Local data availability
  • Disadvantages
    • Natural disasters can destroy both machines
    • High cost of solution

Asynchronous Data Replication over a LAN - pic 04

Pic 04

mark_aData is written and read in System 1

mark_bData is periodically replicated from System 1 to System 2 over the LAN

Asynchronous Data Replication over a LAN - pic 05

Pic 05

mark_aIn case of raid array error, or disk drive error on System 1, the system will send an e-mail notification to the administrator

mark_bAdministrator then switches users to System 2

Asynchronous Data Replication over a LAN - pic 06

Pic 06

mark_aAfter switching, replicated data is available on System 2

2.3. Asynchronous Data Replication over a WAN

Replication between two systems over a WAN
  • Recommended Resources
    • Key Hardware (two systems)
      • x86 compatible
      • RAID Controller
      • HDD's
      • Network Interface Cards
    • Software
      • Open-E DSS, 2 units
  • Benefits
    • Data redundancy
    • Maximum data safety
  • Disadvantages
    • High cost of WAN solution

Asynchronous Data Replication over a WAN - pic 07

Pic 07

mark_aData is written and read in System 1

mark_bData is periodically replicated to System 2 via an Internet connection

Asynchronous Data Replication over a WAN - pic 08

Pic 08

mark_aIn the event of a raid array error or disk drive error on System 1, the server will send an e-mail notification to the administrator, In the event of a loss of system 1 users will be notified,

mark_bAdministrator then switches users to System 2 over the WAN.

Asynchronous Data Replication over a WAN - pic 09

Pic 09

mark_aAfter switching, replicated data is available on System 2

3. Volume Replications - Replication Solutions Supported by Open-E DSS

3.1. Synchronous Volume Replication over a LAN

Replication between two systems within one LAN
  • Recommended Resources
    • Key Hardware (two systems)
      • x86 compatible
      • RAID Controller
      • HDD's
      • Network Interface Cards
    • Software
      • Open-E DSS, 2 units
  • Benefits
    • Data Redundancy over a LAN,
    • Enables continuous data access
  • Disadvantages
    • High cost of solution,
    • Natural disasters can destroy local systems.

Synchronous Volume Replication over a LAN - pic 10

Pic 10

mark_aData is written and read to System 1

mark_bData is continiously replicated to System 2

Synchronous Volume Replication over a LAN - pic 11

Pic 11

mark_aIn case of raid array error or disk drive error on the System 1, the server will send an e-mail notification to the administrator, In the case of a failure of system 1, users will be notified,

mark_bAdministrator then switches users to the System 2

Synchronous Volume Replication over a LAN - pic 12

Pic 12

mark_a After switching, replicated volume is available on System 2

3.2. Synchronous Volume Replication over a WAN

Replication between two systems over a WAN
  • Recommended Resources
    • Key Hardware (two systems)
      • x86 compatible
      • RAID Controller
      • HDD's
      • Network Interface Cards
    • Software
      • Open-E DSS, 2 units
  • Benefits
    • Data redundancy
    • Maximum data safety
  • Disadvantages
    • High cost of WAN solution

Synchronous Volume Replication over a WAN - pic 13

Pic 13

mark_aData is written and read to System 1

mark_bData is replicated to System 2 via an Internet connection

Synchronous Volume Replication over a WAN - pic 14

Pic 14

mark_aIn case of raid array error or disk drive error on the System 1, the server will send an e-mail notification to the administrator, In the case of a failure of system 1, users will be notified,

mark_bAdministrator then switches users to the System 2 over the WAN.

Synchronous Volume Replication over a WAN - pic 15

Pic 15

mark_aAfter switching, replicated volume is available on System 2

3.3. Synchronous Volume Replication with Failover over a LAN

Volume Replication with Failover between two systems within one LAN
  • Recommended Resources
    • Key Hardware (two systems)
      • x86 compatible
      • RAID Controller with Batery Backup Unit
      • HDD's
      • Network Interface Cards
      • Ping Node (ping node it is any permanently (24/7) available host in the network. In particular case the ping node function can be performed by the server storing the data on the iSCSI failover volume).
    • Software
      • Open-E DSS, 2 units
  • Benefits
    • Eliminates business disruption
    • Provides data redundancy over a LAN
    • Enables switch redundancy
  • Disadvantages
    • High cost of solution
    • Natural disasters can destroy local systems

Synchronous Volume Replication with Failover over a LAN - pic 16

Pic 16

mark_aData is written and read to System 1 (primary)

mark_bData is continually replicated to System 2 (secondary)

Synchronous Volume Replication with Failover over a LAN - pic 17

Pic 17

mark_aIn case of raid array or disk drive error on System 1 (primary), the server will send an e-mail notification to the administrator. iSCSI Auto Failover determines there is no connection between the servers

mark_bAfter a few seconds Automatic Failover is executed and users are switched to System 2 (secondary)

Synchronous Volume Replication with Failover over a LAN - pic 18

Pic 18

mark_aAfter switching, the replicated volume is available on System 2 (secondary)

How to setup your DSS V6 in 10 min

  • Open-E DSS supports three different types of file based Data Replication
    • Asynchronous Data Replication (file based) within the system
    • Asynchronous Data Replication (file based) over a LAN
    • Asynchronous Data Replication (file based) over a WAN
  • Additionally, DSS Supports three types of block based Volume Replication
    • Synchronous Volume Replication (block based) over a LAN for NAS, iSCSI and Fiber Channel appliances,
    • Synchronous Volume Replication (block based) over a WAN for NAS, iSCSI and Fiber Channel appliances,
    • Synchronous Volume Replication (block based) with Failover over a LAN for iSCSI appliances

2. Data Replications - Replication Solutions Supported by Open-E DSS

2.1. Asynchronous Data Replication within a System

Replication between two RAID ARRAYs within one system
  • Recommended Resources
    • Key Hardware
      • x86 compatible
      • RAID Controller 1
      • RAID Controller 2
      • HDD's
      • Network Interface Cards
    • Software
      • Open-E DSS
  • Benefits
    • Data redundancy over RAID Array
    • Local data availability
    • Low cost solution
  • Disadvantages
    • In case of complete system failure, data will be lost or inaccessible

Asynchronous Data Replication within a System - pic 01

Pic 01

mark_aData is written and read from Array 1

mark_bData is periodically replicated to Array 2

Asynchronous Data Replication within a System - pic 02

Pic 02

mark_aIn case of raid array error or disk drive error on the Raid Array 1, the server will send an e-mail notification to the administrator and/or users

mark_bThe administrator then switches from Array 1 to Array 2

Asynchronous Data Replication within a System - pic 03

Pic 03

mark_a After switching, replicated data is available on Array 2

2.2. Asynchronous Data Replication over a LAN

Replication between two systems within a single LAN
  • Recommended Resources
    • Key Hardware (two systems)
      • x86 compatible
      • RAID Controller
      • HDD's
      • Network Interface Cards
    • Software
      • Open-E DSS, 2 units
  • Benefits
    • Data Redundancy over a LAN
    • Local data availability
  • Disadvantages
    • Natural disasters can destroy both machines
    • High cost of solution

Asynchronous Data Replication over a LAN - pic 04

Pic 04

mark_aData is written and read in System 1

mark_bData is periodically replicated from System 1 to System 2 over the LAN

Asynchronous Data Replication over a LAN - pic 05

Pic 05

mark_aIn case of raid array error, or disk drive error on System 1, the system will send an e-mail notification to the administrator

mark_bAdministrator then switches users to System 2

Asynchronous Data Replication over a LAN - pic 06

Pic 06

mark_aAfter switching, replicated data is available on System 2

2.3. Asynchronous Data Replication over a WAN

Replication between two systems over a WAN
  • Recommended Resources
    • Key Hardware (two systems)
      • x86 compatible
      • RAID Controller
      • HDD's
      • Network Interface Cards
    • Software
      • Open-E DSS, 2 units
  • Benefits
    • Data redundancy
    • Maximum data safety
  • Disadvantages
    • High cost of WAN solution

Asynchronous Data Replication over a WAN - pic 07

Pic 07

mark_aData is written and read in System 1

mark_bData is periodically replicated to System 2 via an Internet connection

Asynchronous Data Replication over a WAN - pic 08

Pic 08

mark_aIn the event of a raid array error or disk drive error on System 1, the server will send an e-mail notification to the administrator, In the event of a loss of system 1 users will be notified,

mark_bAdministrator then switches users to System 2 over the WAN.

Asynchronous Data Replication over a WAN - pic 09

Pic 09

mark_aAfter switching, replicated data is available on System 2

3. Volume Replications - Replication Solutions Supported by Open-E DSS

3.1. Synchronous Volume Replication over a LAN

Replication between two systems within one LAN
  • Recommended Resources
    • Key Hardware (two systems)
      • x86 compatible
      • RAID Controller
      • HDD's
      • Network Interface Cards
    • Software
      • Open-E DSS, 2 units
  • Benefits
    • Data Redundancy over a LAN,
    • Enables continuous data access
  • Disadvantages
    • High cost of solution,
    • Natural disasters can destroy local systems.

Synchronous Volume Replication over a LAN - pic 10

Pic 10

mark_aData is written and read to System 1

mark_bData is continiously replicated to System 2

Synchronous Volume Replication over a LAN - pic 11

Pic 11

mark_aIn case of raid array error or disk drive error on the System 1, the server will send an e-mail notification to the administrator, In the case of a failure of system 1, users will be notified,

mark_bAdministrator then switches users to the System 2

Synchronous Volume Replication over a LAN - pic 12

Pic 12

mark_a After switching, replicated volume is available on System 2

3.2. Synchronous Volume Replication over a WAN

Replication between two systems over a WAN
  • Recommended Resources
    • Key Hardware (two systems)
      • x86 compatible
      • RAID Controller
      • HDD's
      • Network Interface Cards
    • Software
      • Open-E DSS, 2 units
  • Benefits
    • Data redundancy
    • Maximum data safety
  • Disadvantages
    • High cost of WAN solution

Synchronous Volume Replication over a WAN - pic 13

Pic 13

mark_aData is written and read to System 1

mark_bData is replicated to System 2 via an Internet connection

Synchronous Volume Replication over a WAN - pic 14

Pic 14

mark_aIn case of raid array error or disk drive error on the System 1, the server will send an e-mail notification to the administrator, In the case of a failure of system 1, users will be notified,

mark_bAdministrator then switches users to the System 2 over the WAN.

Synchronous Volume Replication over a WAN - pic 15

Pic 15

mark_aAfter switching, replicated volume is available on System 2

3.3. Synchronous Volume Replication with Failover over a LAN

Volume Replication with Failover between two systems within one LAN
  • Recommended Resources
    • Key Hardware (two systems)
      • x86 compatible
      • RAID Controller with Batery Backup Unit
      • HDD's
      • Network Interface Cards
      • Ping Node (ping node it is any permanently (24/7) available host in the network. In particular case the ping node function can be performed by the server storing the data on the iSCSI failover volume).
    • Software
      • Open-E DSS, 2 units
  • Benefits
    • Eliminates business disruption
    • Provides data redundancy over a LAN
    • Enables switch redundancy
  • Disadvantages
    • High cost of solution
    • Natural disasters can destroy local systems

Synchronous Volume Replication with Failover over a LAN - pic 16

Pic 16

mark_aData is written and read to System 1 (primary)

mark_bData is continually replicated to System 2 (secondary)

Synchronous Volume Replication with Failover over a LAN - pic 17

Pic 17

mark_aIn case of raid array or disk drive error on System 1 (primary), the server will send an e-mail notification to the administrator. iSCSI Auto Failover determines there is no connection between the servers

mark_bAfter a few seconds Automatic Failover is executed and users are switched to System 2 (secondary)

Synchronous Volume Replication with Failover over a LAN - pic 18

Pic 18

mark_aAfter switching, the replicated volume is available on System 2 (secondary)

Recent bekeken

  1. DSS V6 (Data Storage Software) 16TB

  2. DSS V6 (Data Storage Software) 4TB

  3. MetaSAN

  4. MetaSAN iSCSI

  5. Automatic Failover for NAS volumes.

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