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The term "Backup" means the methods and processes involved to copy computer data (system data as well as application data) to media other than the ones where the data originally live (disk, tape, optical, cloud). "Restore" in turn means the methods and processes involved in data recovery, i. e., bringing back copied computer data to their original location. Backup/Restore primarily serves as a means of protection against data loss, be it due to disaster, corruption or sabotage. It can also be used for recovering data from an earlier point in time and even for cloning machines or applications. There is a wide variety of backup/restore software available, from expensive commercial products to free or open source tools.
Enterprise organizations are now responsible for more data than ever before. In fact, more data is now stored with enterprises than in all the world’s existing endpoints. This data arrives from a wide variety of sources around the world and around the clock in a wide variety of formats, and on a wide variety of platforms. The IT professionals in the industry today face unprecedented complexity, security, and cost challenges and need solutions that can help keep data protection and availability easy, efficient, and secure to ensure modern business success.
To achieve this level of data management and increase their operational efficiency, over 27,000 enterprises rely on SAP HANA databases. However, SAP HANA environments are performance-sensitive, feature in-memory architecture, and often are large, complex, and data-heavy. As a result, enterprises using SAP HANA often find reliable data protection a challenge.
With so much data filling these SAP HANA databases and real-time analysis constantly running, it’s vital for them to be comprehensively protected, with backups maintained regularly and available for recovery the instant they’re needed.
Today, that’s faster and easier through Acronis Backup’s new, verified support of SAP HANA backup and recovery.
How Acronis Defends SAP HANA Data
Acronis Backup extends it’s easy, efficient, and secure backup and recovery capabilities to SAP HANA data through ready-to-use pre-packaged scripts – which can be enabled by simply following the solution guide. As part of Acronis’ industry-leading image-based backup, this new support protects your entire database seamlessly without requiring any deep knowledge or expertise in SAP HANA technology. As a result, enterprise IT teams can safeguard their most critical data while minimizing system downtime. This saves enterprises valuable time and money.
These backups can be executed as often as needed with no impact on an enterprise’s overall data performance. Acronis Backup offers a wide variety of benefits for users, including:
- Flexible local, cloud, or hybrid storage destinations
- Rapid restores to VMware virtual machines
- Automatic deduplication to save storage space and costs
- Multi-level AES-256 encryption in Acronis data centers
For a full list of the features, your organization can find with Acronis’ new SAP HANA backup and recovery support, read our comprehensive solution brief.
When data recovery is needed, Acronis Backup enables enterprise IT teams to recover specific SAP HANA server data in mere minutes on bare metal, whether it’s the same or different hardware. Additionally, users can migrate data from a physical machine to a virtual machine and vice versa to minimize downtime and reduce business interruption.
The Newest Addition to Cyber Protection
SAP HANA is the latest platform to be supported by Acronis Backup, joining more than 20 platforms – physical, virtual, cloud, and mobile.
What’s more, this new SAP HANA backup and recovery support represents the first step toward greater connectivity between Acronis’ cyber protection services and SAP HANA’s globally recognized enterprise data management capabilities.
For Acronis, support for such a widely popular enterprise solution serves as further proof of their commitment to deliver easy, efficient, and secure cyber protection services that comprehensively offer safety, accessibility, privacy, authenticity, and security of data. For enterprise users, Acronis’ SAP HANA support means total data protection and availability is now easier than ever before.
Interested in learning more or trying SAP HANA data backup and recovery? Start your free trial today to learn how Acronis Backup can keep your SAP HANA data protected.
Will the speed of backup differ?
Since one of my employee is leaving the organisation and i wanted to create back up of all his emails and contacts data for future references. I was thinking about trying this tool as it gives delete after download option that will save my time of deleting the data from the account.
Please, Anyone here assist me for the same!!!
Regards
Office 365 has multiple features and services which are specially designed to help businesses to reduce their dependence on on-premises IT resources. It also offers great flexibility and enhanced security. But like any other data, Office 365 mailbox can also be backed up. Usually, this is done in PST format. And if you want to migrate Office 365 mailbox to Outlook, then also you need to save in PST format. However, there is no special feature available in the Office 365 for this need – but the Office 365 feature eDiscovery can be used to export the Office 365 mailbox to a PST file.
Step-by-step procedure to back up Office 365 mailbox to PST (using eDiscovery tool)
- Login to Office 365 and go to Admin center.
- In Admin center panel, go to Reports option and click Security & Compliance.
- In Security & Compliance center, click the Reports dashboard option which will take you to the dashboard.
- Click Permissions. It will have multiple tools listed. Among them is eDiscovery Manager tool which will export the Office 365 mailbox to PST. Check it, and then click Edit role group.
- Now, go to Choose eDiscovery Manager where you need to choose a single or multiple accounts which will have the authority to export the mailbox.
- Click Add.
- Choose accounts, and click Add.
Click Done.
- Click Save.
- Now, go to Search & Investigation. Here, choose the Content search option. Click the (+) button to add new Search content.
- Input name of the search content, and choose the desired options from where you want to search the content.
- The next window will let you choose if you want to put a keyword in the search content. But if you want to search the whole content, then leave it empty.
- After the search process is completed, the user can easily export the search item in PST format. Click the Start Export option.
- In Exports search results window, choose the desired options among the available and click Start Export.
- The tool starts exporting data and you can download the download exported results to see the whole migration report.
- In Export search results, you can copy the URL which will be used in the eDiscovery PST export tool and paste it there.
- Copy the selected URL in eDiscovery PST Export tool, provide a destination to store the migrated data, and click Start Export. The migration will start.
Automated method
If you do not want to go through this tiresome, error-prone, or time taking the process of manually exporting the Office 365 mailbox to PST, then use Kernel Office 365 Backup & Restore which can easily access the Office 365 mailbox and save it in PST format at the user-defined location. Office 365 Backup tool has a highly simplified user-interface which any user with very office 365 credentials can use.
https://docs.microsoft.com/en-us/previous-versions/windows/it-pro/windows-server-2008-R2-and-2008/cc753975(v=ws.11)
Actually, I do recommend this...
"BUT WAIT! Before enabling, if you want to place your copies on a different volume or better still different physical disk (recommended for heavily used file servers), you need to click on the settings button before any copies are created (enabling a volume will instantly create a copy)."
Jackie, your "The best practice is NOT to use RAMDisk if you are using SSD for the primary disk of your OS." is not only wrong but terribly misleading. Personally, I would never locate the Ram Disk's image file on the boot drive if it's an SSD, my D-Drive would be OK, but I want to avoid writes to SSDs wherever and whenever possible.
SSDs have a half live - after they reach a milestone of so many terabytes written, they quit - no more writing although you'll be able to read from it for the next 10 years or more. If you allow your Ram Disk to take the punches (writes) for your SSD drives, the SSDs will last longer!
I have a Boot (C:\) and Data (D:\) SSD drives and use 3 year old, used, SATA 1-TB HGST HDD to host the image file. Most would question whether that's wise, but I assure it's best for me and likely for you to.
Most SSDs do not include a DRAM cache, so if you want the through-put advantage of cache, you enable Windows to cache the SSDs to RAM. A small problem does exist in that Windows often forgets to flush it (gets stuck issuing 50,000 clock cycle waits for a write to complete).
Have you ever clicked a quick launch or start icon and nothing happens? Click it again, nothing happens. Click it a 3rd time, you've just clued Windows into "oops I forgot" moment and it clears the cache and opens three instances of what you clicked! Windows doesn't allow me to flush drives manually so . . I use Mark Russinovich's "sync.exe" from a batch file to flush all three drive, but the HDD doesn't need to - it has 128MB DRAM cache of it's own. My D:\ is an older Intel PCI mount that also has DRAM cache and doesn't allow Windows to cache it.
I should also note that "sync" must be executed off-drive, i.e. you can't flush the drive X is Sync.exe resides on drive x. Another great reason to own a Ram Disk - to host the flusher of all other drives.
I suspect Jackie's problems with the Ram Disk was of her own making, and too little RAM and/or to much set aside for Ram Disk. (I eliminated my pagefile.sys before installing Ram Disk on 16 of my 32 GB of RAM. And if I experience the slow of the century, I'll know I caused it by using not having enough RAM for Windows and the apps I launch.
Now, why do I put my image file on the slowest drive on my system (??) :
Putting it on an SSD, eliminates half of RamDisk's utility. I've tested dozens of scenario's and no matter where it is, if I update anything on my A:\ drive (my RamDisk) - it's driver immediately (<0.25 seconds) starts updating the RamDrive.img file.) When does the updating finish? I can't distinguish a difference using an M.2 NVMe SSD (> 3 GB/sec read and write) and the HGST HDD (~120MB/sec). I realize that may be part of the SSD cache issues, but I just don't create huge files on my A:\ drive. But if I do, as in video transcoding (Handbrake) a blue ray rip mkv file 20=40 GB of an mkv file on F:\ (HDD) to and mp4 file A:\HB - compressed to ~4GB with little loss of quality.
Storage Software
34K
Solutions
30K
Contributors
The term "Backup" means the methods and processes involved to copy computer data (system data as well as application data) to media other than the ones where the data originally live (disk, tape, optical, cloud). "Restore" in turn means the methods and processes involved in data recovery, i. e., bringing back copied computer data to their original location. Backup/Restore primarily serves as a means of protection against data loss, be it due to disaster, corruption or sabotage. It can also be used for recovering data from an earlier point in time and even for cloning machines or applications. There is a wide variety of backup/restore software available, from expensive commercial products to free or open source tools.
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