Description
SnapScale X2
The SnapScale X2 from Overland Storage is a clustered NAS solution that solves the problems of traditional storage by enabling organizations with rapid or unpredictable data growth to scale capacity and performance infinitely without adding management complexity. Built on Overland Storage RAINcloud OS technology, SnapScale eliminates islands of storage, enabling easy and affordable scaling without having to predict capacity in advance. Offering user selectable levels of data redundancy, SnapScale writes data across multiple nodes and drives simultaneously for instant protection and high availability by ensuring no single point of failure ever exists. The SnapScale hardware architecture and “single pane of glass” management creates a consistent user experience while both managing the existing Global Namespace and scaling storage as needed, without additional layers of administration.
Specifications for the SnapScale X2
Operating System | RAINcloud OS™3.0 | ||||
Management | Wizard-based Configuration Volume Usage Statistics, Event Log, Email Notification, Administrator Authentication, Remote Management, Multi-Server Monitoring, and Visualization with SnapServer Manager | ||||
Network File Protocols | SSMB, CIFS, NFS, HTTP | ||||
Snapshots | Included | ||||
Replication | Snap EDR™(optional) | ||||
Microsoft Active Directory Support | Included | ||||
Form Factor | 2U rackmount | ||||
CPU and Memory | Intel Quad Core 2.4GHz / 2 X 4GB DDR3 ECC Memory Module | ||||
Drive Configuration | Up to 12 x NL-SAS | ||||
RAIN Levels | 2-way or 3-way drive redundancy | ||||
Drive Types Supported | NL-SAS: 2TB, 3TB, 4TB | 7200 RPM | ||||
Network Connectivity |
4 x Gigabit Ethernet ports (autosensing 10/100/1000Base-T, quad RJ-45 network connections); | ||||
Minimum back-end network switch requirements |
The Ethernet switch used for the back-end storage network has a few basic requirements that the RAINcloud OS depends on. These requirements include compatibility with certain protocols and the ability to expand the cluster without compromising the storage network throughput. • 2 switches to provide fault tolerance • Single Gigabit Ethernet interconnect between the switches • Gigabit Ethernet ports • Multicast v1, v2 supported • Bandwidth of internal backplane must be greater than or equal to a total of 1Gbps per port • Layer 2 managed switch • Port count: clusters should endeavor to have enough ports to accommodate the entire cluster. Thus a 23 node cluster could use two 24 port switches and a 47 node cluster could be set up on two 48 port switches. |
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Physical / Mounting | Width: 17.17 in (436.1 mm) Height: 3.36 in (85.3 mm) Depth: 26.32 in (668.5 mm) |
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Weight | With drives 51 lbs. (23.1kg) fully populated, Without drives 38.5 lbs (17.5kg) |
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Agency Approvals | cTUVus, CE, VCCI, FCC Class A | ||||
Power | Power Rating: 500W autoranging, hot swappable modules (1+1 Redundant), 100-240 VAC, 50-60 Hz, 4 – 2 Amp |
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Input Current | Max 4A (RMS) @ 115Vac, 2A (RMS) @ 230Vac | ||||
Power Consumption | Idle: 225W/2Amps (12 HDDs) Peak: 280W/2.5 Amps (12 HDDs) Heat Dissipation 1370BTU |
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Environmental Limits |
Operating Environment: Temperature: 50° F to 104° F (10° C to 40° C) Humidity: 20% to 80% (noncondensing) Vibration: .5G and 10-300Hz Random for 120 min. max duration Shock: 6 pulses of 20G half-sine for 2ms all axes, both directions Altitude: -1000 ft. to 10,000 ft (-305m to 3,048m)Non-Operating Environment Temperature: 14° F to 149° F (-10° C to 65° C) Humidity: 5% to 95% (noncondensing) Vibration: 2G at 5-500Hz for 90 min. max duration Shock: 6 pulses of 20G half-sine for 2ms all axes, both directions Altitude: -1000 ft. to 35,000 ft (-305m to 10,688m) |
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Standard Warranty | 1-year OverlandCare Level 2 – 24×7 Telephone support; 9×5, Next Business Day Onsite | ||||
Supported Platforms |
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