RAID Data Recovery by ECO Data Recovery. Whether it be a RAID 0, RAID 1, RAID 5 or RAID 10, we have the highest success ratios in the data recovery Services Recovering data from a RAID server can be one of the most optimistic scenarios for data recovery, even when one hard drive has suffered from mechanical failure. If you do find yourself with a failed RAID 1, 5 or 10 array, ECO Data Recovery can restore or recover your RAID, SAN, NAS, Snap Server. We have multiple, high capacity servers to tackle the larger RAID’S that arrive here for RAID data recovery. RAID Data Recovery by ECO Data Recovery has been located in Palm Beach County for over 20 years.
OR CALL 800-339-3412 / 561-691-0019
Emergency Phone After Hours EST 561-758-8404 /561-818-4498
(AFTER HOURS PHONES LINE AVAILABLE 5PM TO 9PM EST)
We offer Firm Up-Front prices for all RAID Servers, desktop, laptop & portable USB hard drives. Hard drives can suffer from physical, mechanical hard drive crashes, operating system failure, viruses, or file system corruption. Any one of these instances could easily result in the inability to access your files. We are well versed with all major hard drive manufacturers such as Western Digital, Seagate, Hitachi, Toshiba etc. With our extensive over 20 year history being firmly based in hard drive repair and hard drive recovery, we are qualified to perform professional, invasive level, data recovery on all types of hard drives including RAID Servers. Whatever you need to have recovered, whether it be priceless photographs, spreadsheets, email, your company accounting database, or anything that can be stored onto a hard drive that just cannot be replaced. We recover it all!
Utilizing custom software and hardware solutions for RAID servers, ECO Data Recovery is the ONLY choice for your vital data. Don’t be fooled by companies that offer on-site or worse, remote recovery options. Before any utilities are run against a RAID, all of the disks must be cloned sector by sector. (This is providing that all of the hard drives in the RAID array are in good working condition.) Anything less is possibly an irreparable accident waiting to happen. Just one foul up and ALL of your data can be lost. We have recovered RAID’s that have been at many of our competitors labs without success!
All the disk devices are organized alternatively so that blocks are taken equally from all disks alternatively, in order to reach higher efficiency. Since the probability of finding a block of a file is identical for all disks, there are force to work simultaneously thus making the performance of the Meta disk almost 10 times that of a single disk.
In this mode, the goal is to reach the highest security of the data. Blocks of data are duplicated in all physical disks (each block of the virtual disk has a duplicate in each of the physical disks). This configuration provides 10 times the reading performance of a single device, but it degrades writing operations. Read operations can be organized to read 10 blocks simultaneously, one from each device at a time. Similarly when writing 1 block it has to be duplicated 10 times, one for each physical device. There is no advantage in this configuration regarding storage capacity.
In this mode the ultimate goal is to balance the advantages of the type RAID 0 and RAID 1. Data is organized mixing both methods. The physical 1 to N-1 are organized in striping mode (RAID 0) and the Nth stores the parity of the individual bits corresponding to blocks 1 to N-1. If any of the disks fails, it is possible to recover by using the parity information on the Nth hard disk. Efficiency during read operations is N-1 and during write operations is 1/2 (because writing a data block now involves writing also to the parity disk). In order to restore a broken hard disk, one only has to re-read the information and re-write it (it reads from the parity disk but it writes to the newly install hard disk).
This type is similar to RAID 4, except that now the information of the parity disk is spread over all the hard disks (no parity disk exists). It allows reducing the work load of the parity disk, that in RAID 4 it had to be accessed for every write operation (now the disk where parity information for a track is stored differs for every track)
RAID 0+1: striped sets in a mirrored set (minimum four disks; even number of disks) provides fault tolerance and improved performance but increases complexity. The key difference between a RAID 1 + 0, is that RAID 0 + 1 creates a second striped set to mirror a primary striped set. The array continues to operate with one or more drives failed in the same mirror set, but if drives fail on both sides of the mirror the data on the RAID system is lost.
A RAID system used as a main drive is not a replacement for backing up data. Data could become damaged or destroyed without harm to the drive(s) on which they are stored. For example, some of the data may be overwritten by a system malfunction; a file may be damaged or deleted by user error or malice and not noticed for days or weeks. RAID can also be overwhelmed by catastrophic failure that exceeds its recovery capacity and, of course, the entire array is at risk of physical damage by fire, natural disaster, or human forces. RAID is also vulnerable to controller failure since it is not always possible to migrate a RAID to a new controller without data loss.
RAID drives can make excellent backup drives, when employed as backup devices to main storage, and particularly when located offsite from the main systems. However, the use of RAID as the main storage solution cannot replace backups. This can lead to needing RAID Data Recovery.
OR CALL FOR IMMEDIATE QUOTE: 800-339-3412 / 561-691-019
RAID DATA RECOVERY
RAID technology is using numerous disks to imitate the functionality of single disk. This is usually done to increase the security and redundancy of data, the rate of read/write performance, or a mixture of both. RAID data recovery rectifies both physical and logical damages that may have been caused to disks, making it difficult for users to access and read data.
RAID HARD DRIVE RECOVERY
If you had to execute RAID data recovery, you would surely value that this isn’t something that can be done by your usual maintenance technician or by yourself. And if it did happen, you would not have appreciated the encounter. When this happens, it indicates that at least one of the drives has failed, and it included crucial data that you need to get back or an emergency data that you need somehow. You can’t take a chance in this scenario. You have to turn to a professional RAID data recovery service. That is because only seasoned RAID data recovery experts will know what’s to be done to get back the essential data quickly. When it’s lost eternally, then it could cause company loss.
RAID DATA RECOVERY SERVICE
RAID Data Recovery service is by no means a simple job. If this isn’t taken care of properly you run the risk of having your hard drive lost forever.
Below are some important tips that we take at Eco Data Recovery to help solve your raid data recovery:
1. Non-destructive procedures are only used meaning that we never take chances in causing the hard drive to be damaged in the process of data recovery.
2. We usually provide several options on how to resolve the problem. We will be very honest in giving you the advantages and disadvantages of each option. For example, if you need to get your files very quickly, this may cost you more because we would need to use additional resources for this.
3. How is the data returned? We will send your data on a DVD or even a CD. We can also send it in a brand new hard drive that is internal or external. Remember to ask us about this so you so there are no issues.
4. We are very transparent about achievement rates. Be careful about any other business telling you that their company has a rate of more than 80% in recovering the files that you lost. Rates change depending on the situation or state of the hard drive.
5. We have experience in working with various operating systems. This includes Windows, MAC from desktops, laptops and portable USB drives.