Exablox OneBlox 32TB (8 X 4TB) 8-Bay Integrated with HGST Ultrastar (Enterprise)
Exablox OneBlox 32TB 8 x 4TB HGST Ultrastar Enterprise, NASBIT Tested
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Instead of attempting to retrofit the solution into a legacy scale-up architecture, OneBlox employs a scale-out architecture and introduces the concept of a ring, a number of OneBlox appliances or nodes presenting a single global file system. A ring may consist of one or multiple OneBlox, scaling from a few TBs to nearly 200TBs. The OneBlox architecture enables organizations to start with a single node and add additional OneBlox that join the ring automatically and non-disruptively--supporting the growth of your business.
Eliminate the need for dedicated servers to manage your storage. No more patching to keep the management software up to date. OneSystem is a secure cloud-based management service from Exablox that proactively monitors and manages OneBlox. Simply login and easily configure access permissions to your storage. Whether you have responsibility for a single ring or multiple organizations with many rings, OneSystems administration capabilities empower you to manage the entire storage environment. Simply and securely.
Bring your own drives. No RAID, no LUNs, no volumes. OneBlox delivers the flexibility for organizations to mix-and-match drive types (SATA, SAS, SSD) and capacity within the same OneBlox and within a ring. Use exactly the capacity your organization needs from the beginning and then add any drive at any time and OneBlox automatically pools the storage within the same global file system. No disruption to applications or users. No configuration settings to complete. No mouse clicks. No command line entries. No storage PhD required. Combined with OneBloxs powerful inline deduplication, storage waste is minimized and organizations are able to maximize primary storage utilization.
OneBlox can be installed and available to users in less than five minutes with zero configuration. Simply insert at least three drives, plug in Ethernet, power, and turn it on. Its that easy. Need to add more storage? Simply add drives and the capacity is added to the same global namespace. Need to add availability or performance? With no interruption to applications or users, additional OneBlox nodes can be added and automatically configured, enabling organizations non-disruptive scalability with their business.
OneBloxs always-on continuous data protection and encryption ensures that all of the information stored is fully protected. By taking a snapshot every time information is written to OneBlox, every file can be easily recovered in the event of data corruption, deletion, or other errors. In fact, end users can recover their own information, simply by navigating through Mac Finder or Windows Explorer. No need to restore last nights backup tape, simply navigate and recover. Additionally, OneBlox protects against data loss by encrypting the data on each drive, making data theft from lost or stolen drives a thing of the past.
Always on information
With its real-time replication, information stored in a OneBlox ring is fully protected. By avoiding legacy RAID technologies, OneBlox is able to transparently replicate and redistribute the data across multiple drives and nodes to protect against two drive or node failures. Additionally, with its advanced architecture, information is always protected across failure domains: drives, nodes, and an entire ring--even over wide-area distances. OneBlox grows with your business data protection requirements without requiring costly downtime, reconfiguration, or forklift upgrades.
OneBlox Appliance Dimensions
Click Here -- Datasheet PDF
Why select SimplyNAS as your Storage provider?
- Industry Specialist – Our name says it all! – We specialize in Network Storage and this helps us focus on the bigger picture thus assuring our customers always stay ahead of the data protection curve.
- Manufacturer Supported – Our manufacturing partners are carefully selected as they offer the best products and services in their respective market segmentation, we carefully supplement any gaps to ensure a perfect fit for our customers for their purchase.
- Ethical Products – SimplyNAS will only sell new products and these are acquired directly from manufacturers & authorized recommended manufacturer channels only. We do not sell refurbished or refresh products.
- Deployment Ready – All our systems are meticulously configured and burn tested, enabling our customers to use the systems right out of the box with the most reliable firmware revision. (Systems with preinstalled HDD only).
- Service Facilitation – Our service level is enviable – knowledgeable and friendly people, with our keen pricing, swiftest turnaround possible and excellent pre-sales support. Coupled with a sophisticated and comprehensive testing methodology and our vast expertise of network storage, why would you want to buy anywhere else?
- Manufacturer Warranty – SimplyNAS will ensure you are never compromised with manufacturer’s warranty by following the required guidelines.
What is NASBIT?
Purchase our NASBIT testing service here
NOT AVAILABLE ON DISKLESS UNITS - ONLY FOR PRECONFIGURED SYSTEMS
NASBIT© is a SimplyNAS initiative aptly named Network Attached Storage Burn in Testing. This term is used to describe the process of testing new Network Attached Storage (NAS) hardware and firmware for faults before putting it to use in a live environment. This is done by running 'Stress testing' software for a stipulated period of time, but longer if required.
Whenever we receive an order with hard disks drives pre-installed, it is configured and a complete burn in is carried out to ensure the server hardware is up to our high standards. If the hardware and any associated components fail at any point, we return it back to our vendor partners. The actual process is easy, although setting it up isn't.
Hard Disk Drives
All Hard disk drives are pre-tested prior to integration; any possible faulty drives prior to this stage are already eliminated.
Once installed they will undergo a series of stress tests including severe temperature fluctuations allowing adaptability in differing temperate environments.
Our stress testing software writes large volumes of data to the hard drives over and over again to ensure that the drive platters are functional, and it will also delete and move files, and check the disks for errors.
First, when the new server is turned on, we boot off of the network, and proceed to run the memory test that takes its sweet time and takes nearly 10-12 hours dependent on manufacturer and model.
The appropriate RAID level is set and the system awaits completion of RAID synchronization. Once completed the NAS server undergoes numerous re-boots and a deletion of original RAID and a final re-build of RAID level again.
Our software performs several tasks to test the CPU. It compiles the Linux kernel over and over again, runs complicated mathematical problems, and runs code specifically written to run the CPU at its hottest.
Why is NAS Burn in Testing (NASBIT©) necessary?
If within the designated time span the NAS server is still running and hasn't crashed, it is considered suitable for rolling out to be deployed. If it fails the tests anywhere along the way, it is packed up and returned to be replaced with new. NAS servers that have survived this process will certainly survive almost anything you can thrown at them.
You would normally expect that this level of testing would be completed by the hardware manufacturers and so these tests shouldn't show up any faults. In our experience of testing hundreds of machines we do find faults, and we do send systems back.
The reason it is so important to perform this level of testing on NAS servers is that the uptime demands are so high. The slightest faults will cause outages and downtime. Once a NAS server is deployed, never again will you have the opportunity to take it offline and perform such detailed testing. Even if it were to crash, there is always a demand that it be put back online as quickly as possible, not left offline whilst thorough diagnostics are completed.
Pass Data Quickly (PDQ) is a methodology we have designed allowing us to copy large chunks of data back and forth to test the integrity of all the hard disk drives installed as well as the system's on board RAID controller for reliance on reliability and data protection.
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