Technical configurations and archtitectures for DataCore Software Solutions

Copyright © 2015 DataCore Software Corp. – All Rights Reserved.


Technical Description of FeaturesSANsymphony™-V

Copyright © 2014 DataCore Software Corp. – All Rights Reserved. 2

Personnel• ~250 people across the globeMarket Segment• Software-Defined StorageOver 25,000 deployments10,000+ Customers

Major Locations• Ft. Lauderdale, Florida (Headquarters)• Munich, Germany• Paris, France• Reading, UK (European Support

Center)• Sophia, Bulgaria• Tokyo, Japan (APAC Support Center)

• Privately owned• Investors

• Flagship Ventures• Updata Partners• Insight Venture

Partners


One Software Platform for any Storage Hardware

Accelerate

Centralize & Automate

Pool & Protect

UNIFIED STORAGE SERVICES

HYPER-CONVERGED SAN CLOUD

VIRTUALIZED HOSTS PHYSICAL SERVERS

Virtual SAN SANsymphony-V


Feature HighlightsUNIFIED STORAGE SERVICES

AVAILABILITY

Synchronous Mirroring

Snapshots / Backups

CDP

Asynchronous Replication

PERFORMANCE

Caching

Random Write Accelerator

Auto-tiering

Quality of Service (QoS)

EFFICIENCY

Thin Provisioning

Storage Pooling

Data Migration

Deduplication/Compression

MANAGEMENT

NAS/SAN (Unified Storage)

Centralized Management

Analysis & Reporting

Cloud Integration


ARCHITECTURE


Hosts

Virtual Disks

Virtual Storage Pools

ManagementConsole

Hyper-converged storage

Cloud Storage

High Level Perspective of Key Elements


SAN Configuration

7

Virtual disks

Physical storage pools

Advanced storage virtualizationfunctions execute here

ManagementConsole

iSCSI / Fibre Channel

All popular disk interfaces

Mirror links between nodes

Hosts

Node

WAN links (e.g., Asynchronous replication)

Mirror links to other nodes

LAN management connection across nodes

VM VM VM VM VM VM


High-endArrays

MidrangeAppliances

CloudStorage

Flash Arrays

Central SAN

CentralStorage Pool

Hyper-converged storage

Integrated Storage Architecture

Remote Nodes


Comprehensive Solution

UNIFIED STORAGE SERVICES

AVAILABILITY


Snapshots / Backups

CDP


PERFORMANCE

Caching


Auto-tiering

Quality of Service (QoS)

EFFICIENCY

Thin Provisioning

Storage Pooling

Data Migration

Deduplication/Compression

MANAGEMENT


Centralized Management

Analysis & Reporting

Cloud Integration


AVAILABILITY



Eliminates storage as a single point of failure

Enhances survivability using physically separate nodes

Updates distributedcopies simultaneously

Mirrored virtual disks behave as one, multi-ported shared drive

No scripting or manual intervention

Zero downtime, Zero touch for Local & Stretched / Metro Clusters



Hosts

Path 2

Path 1

SSV-1

SSV-2Virtual Disk

Mirror Path

Array-1

Array-2

Several miles

Hosts

Site B

Site A

SYNCHRONOUS MIRRORING


Active-Active Nodes


Alternate path

Preferred path

1’ - Primary copy1’ - Mirror copy

Virtual disk 1

Virtual disk 2

1 2’ 1’ 2

Node 2Node 1


Best Practice: Physically-Separated Copies

Building 2


Building 1

Sync Mirroring

1’

2

Node 2Node 1

1

2’

CacheCache

Local or Stretched / Metro Cluster

Several Miles


4

17

Synchronously-Mirrored WritesSYNCHRONOUS

MIRRORING

Mirror

1

2

3Ack

Node 2

Cache

6• Separate Chassis• Different Location

• Independent Power

• Independent Cooling

• Separate UPS

S

Node 1

Cache

5

P

Virtual disk

Host


Node 2Node 1

CacheCache

2

P S

18

Zero Touch Failover

1 4 Retry

ChangeLog

AlternatePreferred


3

Host

Virtual disk

MPIO

1


Node 2Node 1

CacheCacheP S

ChangeLog

19

Auto Log Resynchronization

Transmit changes since

outage


Virtual disk

HostMPIO


Track Health of MirrorsSYNCHRONOUS

MIRRORING


Node 2Node 1

CacheCacheP S

21

Zero Touch Failback

OFF

Mirror

Ack

AlternatePreferred


Virtual disk

HostMPIO

Resume normal operations


Node 2Node 1

22

Another Sync Mirroring Configuration: Shared Multi-port Array

Snapshot

Async Replication

Array


Sync Mirroring

Cache

P D D D D

RAID

P D D D D

P D D D D

SP1Cache

SP2Cache

Cache


Shared Multi-port Array

Centralize provisioning across diverse pools with other devices

Move disk backups to lower tier to make room for priority workloads

Migrate contents to different storage over time

Fan-out host ports for greater host connectivity

Replicate to unlike devices

Option for Larger RAID Systems

Solution: Two or more DataCore nodes provide redundant paths to same array



Keep In Mind

Shared multi-port array Separate mirrorsvs.

Apps stay upEveryone goes down!

Building 1 Building 2RAID




Ideal for disaster recovery & remote data center migration

Standard IP-based links Optimizes bandwidth via compressed,

multi-stream transfers & prioritized QoS 1-many, many-to-1, many-to-many Bi-directional Test readiness non-disruptively Expedite offline initialization using

transportable media

Update distant copies without impacting local performance


Disaster Recovery

Virtual Disk

Mirror Path

SSV-1

SSV-2

SSV-R

WAN (TCP/IP)

Array-1

Array-2

Array-3

Any Distance

Hosts

Path 1

Path 2

ProductionSite

DisasterRecovery

Site

Several miles

ASYNCHRONOUS REPLICATION

Asynchronous Remote Replication


Many-to-1 Replication

Central IT site

Retail stores Retail Stores


1R 2R 3R

4R 5R 6R

5

41

2

3 X


1-to-many Replication

Satellite Offices Satellite Offices


Central IT site

1 2 3

4 5 6

5R

4R1R

2R

3R XR


CombinationsASYNCHRONOUS

REPLICATION

1 2 3R

4R

1R

5R

3

6

4 5

2R

6R


Replication: A Closer Look

Site A

Site B

Site C

Site D

Individual virtual disks can be part of one replication relationship


1 2 3

4

4

3

1R 2R


Offsite Replica

32

Primary Datacenter


over IP WAN

Virtual disk

1

DR Site

Cache

ReplicatedUpdates

QueuedUpdates

Cache

1’

1R

Cache

Host



Test Disaster Recovery ReadinessASYNCHRONOUS

REPLICATION


ReplicatedUpdates

QueuedUpdates

1’

Simulate Disaster Recovery

Test RestorationBusiness as usual

34


Primary Datacenter

Snapshot

Production

1

Cache1R

Active Copy

DR Site

Cache

1DR

Cache

Host Host



Advanced Site Recovery

Reverses direction of replication from the disaster recovery (DR) site to the primary datacenter

Universal coverage for heterogeneous scenarios

Same automated process for virtual & physical systems

Integrated with VMware SRM

Expedite central site restoration


Advanced Site Recovery

SSV-1SSV-2

Array-1Array-2

Array-3

MirrorPath

ProductionSite

DisasterRecovery

Site

Async Replication

(TCP/IP)

User

Transmit updates to Production Site

Hosts



Continuous Data Protection (CDP)

Restore arbitrary point-in-time within a 14 day period

Logs and timestamps all I/Osto the selected virtual disks

No need to quiesce or interrupt applications

No host agents required Easy to enable and revert from Create known-good restore points

Return to any point-in-time without taking explicit backups


Continuous Data Protection (CDP)

Hosts

ProductionArrayCDP Array

Data Written @ 2:41:30 pmData Written @ 2:41:32 pmData Written @ 2:41:35 pmBad data Written @ 2:41:36 pm

CDP


Revert to Earlier Image

6am

Choose time before problem occurred

7am 8am 9am 10am 11amTime-stampedupdates

Known-good point in time markers

CDP

11:09 am

10:22 am

Host

CDP


Snapshots / Backups

Recover quickly at disk speeds to known good state

Differential and full clones Thin provisioned Read / writeable Trigger via VSS Snap from premium storage to

lower cost equipment Eliminate back-up window Provide “live” copy for analysis,

development & testing

Capture point-in-time images


Online SnapshotCopy on First Write

Block 1 updateBlock 2 updateBlock 3 updateBlock 4 updateHosts

Snapshot

update

original

Copy original blockbefore committing update

ONLINE SNAPSHOTS


Low-impact, Efficient Snapshots

1

2

3

4

Source diskblocks

• Back-up• Testing• Analysis• Recovery

Active programCopy original contents

here on 1st write

CurrentImage @10:15 am

11:30pm

Last night’sbackup

SourceUpdate

If unchanged,read from Source

ONLINE SNAPSHOTS


Momentarily suspend VM Snap datastores Resume VM Back up datastores in background

Datastores Snapshot

Proxy

Backup ServerHost

VM

Backups from DataCore SnapshotsONLINE

SNAPSHOTS


Raid Striping

Circumvents drive failures Spreads I/O across multiple spindles Offloads RAID 0 & 1 Supports popular RAID devices

in pool

Better protection & performance


Native RAID Services

Disk Pool

RAID-1 (Mirroring)

RAID-0 (Striping)

Hosts

RAID Striping


PERFORMANCE

46


High-Speed Caching

Accelerates disk I/O responsefrom existing storage

Uses x86-64 CPUs and memory from DataCore nodes as powerful, inexpensive “mega caches”

Anticipates next blocks to be read, and groups writes to avoid waiting on disks

Speeds up performance


Adaptive AlgorithmsHosts

Write I/O

Read I/O

WRITE CACHING

READ CACHING

Storage

HIGH-SPEEDCACHING


Turbo-charged I/O

CPU

Pre-fetch

Poll for Input

Output fromCache

WriteCoalesce

Up to 1 TB RAM cache per

node

Avg. Response (µS)DataCore L1 Cache <20

Array L2 Cache 250 – 300

Disk Drive 4000 – 6000

Virtual Disks

High-SpeedLevel 1 Caching

HIGH-SPEEDCACHING


Automated Storage Tiering

Select tiers based onprice / performance / capacity

Flash, SSD, SAS, SATA, …, Cloud Dynamically migrates blocks

among classes of storage Best location at the time

determined by:► Access frequency► User preferences

Make best tradeoff between performance & cost


Auto-TieringAUTOMATED

STORAGE TIERING

Virtual disks

FLASH15K SAS

NL SASSATA

Cloud

Storage Pool

TIER 1TIER 2

TIER 3TIER 4

TIER n

Hosts

Up to 15 tiers


Sub-lun Auto-tieringHeaviest hit blocks take advantage of Tier 1 performance Other blocks moved to lower cost tiers

AUTOMATED STORAGE TIERING

FrequentlyAccessed

InfrequentlyAccessed

ModeratelyAccessed

VIRTUAL DISK

FlashTier 1

SATATier 3

SASTier 2


Dynamically Optimizes ResourcesBased on average access frequency for each tier AUTOMATED

STORAGE TIERING

SAS SATAFlash Cloud

Hot ColdWarm Archive

Above average moves up a tier Below average moves down a tier


Automatic Fine TuningBlocks spread across storage resources in same tier

High activity

Low activity

Heat map reveals distribution

AUTOMATED STORAGE TIERING



SSD-like speed from spinning disks Reduces need for costly flash Best for apps with high-percentage of

random writes (e.g., frequently updated databases, OLTP, ERP)

Converts high-latency random writes into storage-friendly sequential writes

Boost performance from random-write intensive workloads


Low cost spinning disks boost performance of random write-intensive database applications & OLTP workloads

56


DataCore

SSD

SATA HDD

0 5,000 10,000 15,000 20,000 25,000 30,000 35,000 40,000

36,000

11,000

10,000

327BeforeAfter

33X Faster IOPS

DataCore

DataCore

3.6X faster

Note: SATA + DataCore outperforms SSD

RANDOM WRITEACCELERATOR


IOmeter test: 100% write, 100% random workload with a 4K block size and 64 I/Os outstanding

RAID-5 Mirrored

0 10,000 20,000 30,000 40,000 50,000

40,000

860

BeforeAfter

IOPS

DataCore


46X Faster

Impressive acceleration on RAID-5 writesRANDOM WRITEACCELERATOR


QoS Controls

Enables critical apps to run faster Set limits on I/O traffic generated by

less important workloads Saves money otherwise spent on

dedicated equipment

Regulate IOPS and Throughput


Shared infrastructure Logically isolated

resources Globally prioritized Dynamically regulated

► Enforce QoS Separately charged

Segregate Private Cloud Consumers

Hyper-converged Storage

CentralStorage Pool

Service

Engineering

Sales

Host Groups

Usage meters

QoS


Without QoS: Unregulated IOPSQoS


QoS: Set Max IOPS

IOPS limit set @ 135

Regulated IOs

QoS


QoS: Set Max Throughput

Throughput limit set @ 260KB/sec

Regulated data transfer rate

QoS


Storage Load Balancing

Overcomes typical path-related bottlenecks

Spread load on physical devices using different channels for different virtual disks

Bypasses failed & offline channels Automatically balances I/Os across

pooled drives in a tier

Improve response and throughput


Load Balancing

SSV-1

Hosts

SSV-2

Mirror Path

ChannelLoad Balancing

Disk Pool 2

Physicaldisks in

each pool

Disk LoadBalancingDisk Pool 1

LOAD BALANCING


SCALE UP Move to new, more powerful

server platforms More ports, more slots, more

processors & more memory per node

SCALE OUT Extend number of nodes per

group up to 64 Fulfill much larger I/O

requirements Distribute workloads for

greater resiliency & separation

Branch out through replication

65

ScalabilityAdapt to Expansion & Growth LOAD BALANCING


Scale Out as Requirements Grow

VD 1 VD 2 VD 3 VD 4

Node 1 Node 2 Node 3 Node 4

LOAD BALANCING


EFFICIENCY


Storage Pooling

Split pool into tiers of different price/performance/capacity

Create and assign virtual disks of desired sizes & properties

Clone properties from templates Explicitly assign virtual disks

to hosts or groups of hosts Eliminate stranded disk space

Consolidate like or unlike disk resources


Storage Pooling

Disk Pool

Vendor AVendor B

Vendor CVendor D

Cloud Provider

Hosts

Virtual Disks

STORAGE POOLING


Remove Direct-attached Storage Drawbacks

Eliminate stranded storage space Make available capacity

accessible to most needy applications

Choose disk characteristics based on program needs

Defer additional purchase until pool nears depletion

DAS

Brand W Model P1

Brand WModel G2

Brand XModel S3

Free

Used

STORAGE POOLING


Share Pooled Resources

SAN

Brand W Model P1

Brand WModel G2

Brand XModel S3

PoolFree

Used

STORAGE POOLING


Thin Provisioning

Appears to computers as very large drives (e.g. 2 TB disks)

Takes up only space actuallybeing written to

Dynamically allocates more disk space when required

Reduces need to resize LUNs Reclaims zeroed out disk space

Allocate just enough space, just-in-time


Thin Provisioning

Disk Pool

Hosts Large virtualvolume

takes up littlephysical space

THIN PROVISIONING


Guessing On Allocation Leads To Waste

Disk 1

FRE

E

Disk 2

Disk 3

FRE

EFR

EE

Capacity consumed whether used or not!

Few blocks actually written to

THIN PROVISIONING


Waste-free Thin Provisioning

0 1TB

Expand asNeeded

Physical Disk Pool

0.3

Time to add more!

VirtualAllocation:

Actually Consumed = 0.3TB

+ 2.0TB+ 2.0TB+ 2.0TB

6.0TB

V Disk 3

V Disk 2

V Disk 1

2TB0

2TB0

2TB0

THIN PROVISIONING


Space Reclamation

Physical Disk Pool

Space previously allocated to deleted file

FreeV Disk 1 Fill with zeroesFreeV Disk 1

Release zero-filled space back to free pool

Recover capacity from deleted files in virtual volumes

THIN PROVISIONING


Data Migration

Eliminates downtime forhardware disk upgrades

Clears & reclaims space occupied by original

Provides pass-through access to drives previously connected directly to hosts

Move contents from one disk to another without impacting applications


Hosts

SSV-1SSV-2

Path 1

Path 2

Mirror Path

New ArrayExisting Array 1

Existing Array 2

Data Migration

Data MigrationDATA MIGRATION


Transfer array contentsto new equipment in thebackground

Decommission an array Move array to another site No disruption to apps Virtual disks remain

undisturbed

79

Transparent Data Migration

OldNew

DATA MIGRATION


Remove disk from pool safely & non-disruptively

Decommission a disk(age, problems, etc.,)

Shrink size of pool(use resource elsewhere)

Contents automatically distributed among remaining disks

No failover required No need to replace

the volume

80

Pool HousekeepingDATA MIGRATION


N E W J E R S E Y

N E W Y O R K

81

Cross-site Migration

Metro (Stretch) Cluster

DATA MIGRATION


Node 2 maintenance scheduled

Standby Node 3 takes temporary ownership of storage devices

82

Standby Node (Substitute)

Shared Access

Hosts

Node-1

Virtual Disk

Sync Mirror

Path 2

Node-3

Node-2

EvacuatePath 1

Sustain Redundancy & Performance During Major Maintenance Operations and Upgrades DATA MIGRATION


Node 3 takes over while Node 2 isout of service

83

Standby Node (Substitute)

Shared Access

Hosts

Path 1

Node-1

Virtual Disk

Sync Mirror

Path 2

Node-3

Node-2

DATA MIGRATION


Maintain Local Access In Metro-cluster

N E W Y O R K

N E W J E R S E Y

Synchronous-mirroring between data centers

Reads don’t traverse metro-area network

Sustain same high level of performance during maintenance

Several miles

Node-3

DATA MIGRATION


Shift some of Node 2’s responsibilities & workloads to new Node 3

85

Standby Node (Offload)

Hosts

Path 1

Node-1

Virtual Disk

Sync Mirror

Redistribute

Node-3

Path 2

Node-2

Sustain Redundancy & Performance during ExpansionDATA MIGRATION


Deduplication / Compression

Analyses designated pools in the background for duplicate blocks (post-processing)

Replaces duplicates with pointers to single, compressed instance

Analysis can be scheduled to avoid peak periods

Reduce space needed to store multiple copies of the same data


Infrequently-used “cold” data

ANALYSIS

DEDUPLICATION /COMPRESSION

Space ReductionDEDUPLICATION


MANAGEMENT


Centralized Storage Management

Intuitive to set up and operate Automates repetitive tasks Self-guided wizards for key workflows Comprehensive diagnostics

& troubleshooting tips Role-based, administrative

permissions & audit trail Encompasses nodes in independent

groups spread over multiple locations

Control / monitor diverse resources from one console


Intuitive, Self-guided WorkflowCENTRALIZEDMANAGEMENT


No Need To Be a Storage Expert

Simplify & automate best practices

Auto-discovers available space Thin provisions Selects best path Sets adaptive cache Creates HA mirrors Load balances back-end ports

CENTRALIZEDMANAGEMENT


12

3

Storage Pool

Leverage Storage Across Multiple Clusters Under Common Management

45

4243

44

Cluster 1Cluster 2

OLTP

ProductionTest/Dev 45

46

OLAP / BI

Snapshot

Cluster 11Cluster 12

Temp capacity Central Console



Organize virtual disks and hosts into groups to operate on them in unison

Serve multiple disks to a host with one command

Trigger snapshots & CDP operations at same time

Activate / de-activate, pause / resume & mark checkpoint for groups being replicated

Consolidate performance charts & event displays

93

Group Operations

Combining Related Elements

1. Reduce effort to manage large scale configurations

2. Synchronize point-in-time images for recovery & analysis BENEFITS <



Group OperationsCENTRALIZEDMANAGEMENT


VM V

M

95

VM V

M

Main Data Center

VM VM

Centrally Manage Distributed Groups

VM VM

Remote Sites



Leverage system monitoring tools

► Microsoft System Center Operations Manager

► VMware vCenter Understand system-wide health

at a glance► Apps, servers, networks, storage, …► SNMP v1 queries & traps

Intervene early to prevent outages Correlate behavior of co-

dependent components► Isolate potential

trouble spots► Expedite root-cause analysis

Increase overall system performance & availability

96

Visualize The “Big Picture”CENTRALIZEDMANAGEMENT


Integration with System Management Tools

FlowsterdCenter

Microsoft System Center Operations Manager



Custom Storage ProfilesIndependently set virtual disk priorities for auto-tiering, replication and mirror recovery

Defaults

Special



SANsymphony-V console communicates directly with vCenter Server

DataCore administrator can:► See hosts, VMs,

clusters, datastores & ports

► Serve virtual disks to them► Set path selection preferences► Create VMFS datastores

99

vCenter Native IntegrationCENTRALIZEDMANAGEMENT


VMware IntegrationCollaboration with vSphere ESXi Server Hypervisor

Offload vSphere hosts & SAN from low-level storage operations that are performed faster & more efficiently by SANsymphony-V

Full copy:► Block zeroing► Hardware-assisted locking

Storage Replication Adapter (SRA) responds to SRM requests for replication services

► Used to achieve fully automated vSpheresite recovery & migrations

VAAI SRM (Site Recovery Manager)



Access key SANsymphony-V functions from the same vCenter Server used to manage vSphere environment:

► Rapidly provision virtual disksto vSphere / ESX servers

► Track status & properties of virtual disks used by vSphere hosts

► Coordinate snapshots of VMs (datastores)

101

VMware vCenter Plug-inCENTRALIZEDMANAGEMENT


vCenter Plug-in

Objects accessible via Plug-in



Script administrative, configuration & reporting tasks Easy-to-learn commands (cmdlets) with intuitive

verb-noun combinations► Correspond to actions performed via user interface ► Create-DcsVirtualDisk, ...

Trigger snapshots, replication, notification, etc. Integrate SANsymphony-V activities into

other workflows► Applications► 3rd party products (hypervisor, backups,

systems management, ...)

103

PowerShell Scripting LibraryCENTRALIZEDMANAGEMENT

http://www.datacore.com/SSV-Webhelp/




Analysis & ReportingAssist with capacity planning, tuning & asset tracking

Configurable views of system behavior and performance

Drill down into I/O characteristics Save configuration snapshots

for change management Export resource allocation

to billing & chargeback tools


Real-time Performance ChartsANALYSIS & REPORTING


Monitoring: Perfmon Integration

DataCore counters In Windows Perfmon

ANALYSIS & REPORTING


Historical Performance Charts

Export to CSV file



Early Warnings Prevent Problems

Device-level predictive failure monitor



Resource allocation & consumption

► Exportable for billingand chargebacks

Configuration trail

Customizable► Sort / Filter / Search

ReportsANALYSIS & REPORTING


Cloud Integration

Auto-tier between local and off-site storage resources

Support the popular publiccloud hosting services

Appear as on-premisesiSCSI-attached storage

Cache transmissions & control bandwidth

Incorporate into OpenStack environment

Extend on-premises storage pool to public clouds (Hybrid Cloud)


Administrative Interface

Cinder (Block Storage Server)

Nova (Compute Server = Host)

Horizon

Register Host Create mirrored virtual disks Serve virtual disk to hosts Select redundant paths Take snapshots

Automatic

DataCore in an OpenStack Cloud

VM

CLOUD INTEGRATION


Hybrid Cloud: Cost Savings & Simplicity

Cold data

Hot data

Virtual disks

FLASH15K SAS

NL SASSATA

On-premises

TIER 1 TIER 2TIER 3 TIER 4 TIER n

Hosts

iSCSI

Internet

Low-cost elastic cloud storage

De-duped Compressed Replicated

Off-site DR Backup Archive

StorSimple Hybrid Storage Array

Fibre Channel / iSCSI

CLOUD INTEGRATION


Cloud Storage

Disk Pool(On Premises)

113

Hosts

FLASH15K SAS

NL SASSATA

CloudArray

Cloud GatewaysCLOUD INTEGRATION



Best of SAN & NAS Leverage Windows Server 2012

native file sharing features NFS & SMB (CIFS) protocols Failover Clustering Provide high-availability for

underlying block storage Accelerate performance via

co-resident caching

Combine Block & File Access


NAS/SAN (Unified Storage)Hosts

CIFS/NFS (NAS)

Block (SAN)

Disk Pool

NAS/SANUNIFIED STORAGE


Compact NAS / SAN Combination (HA)

HypervisorRAM Cache RAM Cache

NFS / SMB Failover Cluster NFS / SMB

NAS

SAN

Hosts

File Shares

NAS/SANUNIFIED STORAGE


Advanced storage virtualization functions

► Tightly integrated► Centrally-managed

Operate across similar & mutually incompatible storage devices

► Direct-attached disks► RAID storage► Top-of-the-line SAN systems► Flash cards & SSDs

Supports all the popular variations

► Disk manufacturers► Disk interfaces► Host operating systems► Server hypervisors

117

Comprehensive Platform


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Technology

Technical configurations and archtitectures for DataCore Software Solutions