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SSD Data Recovery 
Solid state drives (SSD) are a great way to store data. They’re fast, they have no moving parts and they don’t wear out like traditional hard drives do. However, solid state drives can be damaged in many ways.
Like any technology, SSDs have vulnerabilities and can be hacked or corrupt the data stored in them. If you accidentally delete files or corrupt your drive with an operating system error, it may not be possible to recover the lost information.
In more complicated circumstances or with difficult-to-remove malware, you may need to hire a SSD data recovery expert to resolve the issue. Fortunately, we have the skills and capacity to support you if this happens.
SSD Data Recovery Service
If you’re looking for a reliable and affordable SSD data recovery service provider in New York, look no further. We are the best choice when it comes to recovering your lost or corrupted files from an SSD drive.
Our team of highly-trained professionals is equipped with all the necessary tools and equipment to recover any type of file including photos, videos, documents, spreadsheets, presentations, emails, databases, archives, etc. Whether you need us to perform a remote scan or if we can come to you, our services are available 24 hours a day, 7 days a week.
When do you need SSD Data Recovery?
SSD Data recovery is a process of recovering deleted or corrupted files from the hard drive, SSD and other storage devices.
The most common reason for losing data is accidental deletion by mistake. Other reasons include virus attack, system crash, power failure, improper formatting, hardware malfunction, etc. If you have accidentally deleted important files, then it is better to use an advanced data recovery tool to retrieve them.
How does this happen? An attacker uses malware to infect your computer. Once infected, the malware begins copying data onto the SSD.
Once the copy process finishes, the attacker deletes the original file. Then he overwrites the deleted file with his own malicious version.
Now, whenever you access the file, you’ll download the corrupted version.
To prevent this type of attack, you need to keep your operating system updated. Make sure you install security updates immediately after they’re released.
Also, consider installing anti-malware software. Most modern antivirus programs are effective against these types of attacks.
SSD Data Recovery Tools that you can Do-It-Yourself
There are many types of SSD data recovery tools available in the market. Some of these tools can be used only to recover specific types of data while others can be used to recover all kinds of data. You need to choose one which suits your needs best.
Warning: By performing SSD data recovery on your own, you may risk losing your data entirely and never be able to recover it back. Fortunately, you can engage our recovery experts to assist you and recover your data safely.
How to Recover Deleted Files from a SSD?
There are two ways to recover deleted files on your own:
- Using Windows File Recovery Software
- Using Linux File Recovery Software
Windows File Recovery Software is a powerful SSD data recovery tool that allows you to recover deleted files from various storage media such as hard disk, pen drive, USB drives, SD Cards, etc. This software is very easy to use and has a user-friendly interface. It supports both FAT and NTFS file systems.
Encrypt Your Data to Keep It Safe
Finally, you can protect your data by encrypting it before storing it on the SSD. Encryption scrambles data so that it’s unreadable without the proper key.
Encrypting your data prevents hackers from accessing it.
There’s no perfect solution to protecting your data. But there are ways to minimize the risk.
7 Common Causes of Loss Data and Corrupted Files From SSD
1. Power Failure
Power failure is the single biggest cause of data loss from solid state drives (SSDs). When power fails, the drive’s internal controller goes offline and cannot communicate with the host computer. If the power supply is not properly protected, the entire system could fail.
2. Drive Crash
A crash occurs when the drive head physically contacts the platter surface. A hard drive uses magnetic force to read and write information onto its platters. In order to do this, the heads need to be suspended above the platters using a suspension assembly. If the suspension assembly becomes damaged, the heads may contact the platters and damage them. This type of damage is called a head crash.
3. Physical Damage
Physical damage includes scratches, nicks, cuts, and dents. These types of damages can occur due to mishandling of the device.
4. Corrosion
Corrosion refers to any chemical reaction between two materials that results in deterioration of their physical appearance. Corrosive substances can attack metal parts and cause corrosion.
5. Water Leakage
Water leakage happens when water enters the enclosure and gets trapped inside. As time passes, the moisture level increases and eventually reaches the point where the drive no longer works.
6. Temperature Change
Temperature change is caused by sudden changes in temperature. Heat generated by the drive electronics can raise the temperature of the drive case. If the temperature rises high enough, the drive components can malfunction.
7. Humidity Level Changes
Humidity levels can affect how well the drive operates. Drives work best at low humidity levels. High humidity levels can lead to condensation inside the drive. Condensation can prevent the drive from working correctly.
How to Know if Your SSD Can Be Recovered: 10 Basic Checks
Check 1: Power Loss
If your computer’s power suddenly goes out, check whether the SSD was plugged in at the time. If it wasn’t, then the problem could be caused by a faulty power supply unit.
Check 2: Physical Damage
Check for any visible scratches or cracks on the surface of the SSD. These damages could indicate a damaged circuit board.
Check 3: Overheating
Overheating can cause permanent damage to the SSD. To prevent overheating, make sure that the computer case fans are working properly. Also, ensure that the computer does not get too hot while running.
Check 4: Bad Sectors
Bad sectors occur when a file system becomes corrupted. When this happens, the operating system cannot access the files stored on the SSD anymore. Bad sectors can only be fixed by replacing the entire SSD.
Check 5: Software Errors
Software problems can result in slow performance and even complete crashes. If you notice any errors in the Windows Event Viewer, try reinstalling the OS. You should also consider contacting a professional data recovery service.
Check 6: Hardware Failures
Hardware failures can lead to corruption of the firmware. Firmware is responsible for managing the internal operations of the SSD. A corrupt firmware can cause the SSD to malfunction. In order to fix this issue, you’ll need to replace the entire SSD.
Check 7: Power Surges
Power surges can cause temporary damage to the SSD. This will usually manifest itself as a sudden drop in performance. Make sure that the power supply unit is protected against electrical surges.
Check 8: Malware Infections
Malware infections can cause serious damage to the SSD. They can also cause the SSD to crash without warning. Malware infections can be removed using anti-malware software.
Check 9: Improper Shutdowns
Improper shutdowns can leave the SSD in an unstable condition. The best way to avoid this is to turn off the computer completely before unplugging the power cord.
Check 10: Excessive Writes
Excessive writes can cause severe wear to the SSD. Overwriting data repeatedly can cause the SSD to fail prematurely.
Common causes of damaged data in your SSD can be safely recovered (might not be 100% of your data) and requires a lot of time diagnosing and executing the recovery process.
However, you can always hire CBL data recovery experts to recover more complex SSD data recovery issues caused by more sophisticated malwares or attacks to minimize risk and increase recovery rate success.
Furthermore, under our “No Data, No Charge” policy, you only pay if your data is successfully recovered.
Different Types of Solid State Drives (SSD)
There are several different types of solid state drives available today. Each type has its own advantages and disadvantages. Here are the most common ones:
NAND Flash Memory
This is the most commonly used type of memory in solid state drives. It stores data as tiny electrical charges instead of magnetic fields. This makes it much faster than traditional hard drives. Unfortunately, flash memory also wears out over time. As more data is written to the drive, the capacity decreases. Eventually, the entire drive will become unusable.
DRAM Cache
DRAM cache is similar to RAM in that it temporarily holds data while it’s being accessed. Unlike RAM though, DRAM caches are volatile meaning that they lose their contents when the computer shuts down. Because of this, DRAM cache is only useful for temporary storage.
MLC/TLC
MLC stands for Multi-Level Cell. TLC stands for Triple Level Cell. Both refer to the amount of bits per cell. In general, the larger the number of bits per cell, the better the performance. For example, a 128GB SSD would have 1 billion cells compared to a 64GB SSD which would have 2 billion cells.
PCIe
PCIe is short for Peripheral Component Interconnect Express. It’s a high speed bus standard designed specifically for connecting peripherals such as graphics cards, sound cards, network adapters, etc. PCIe SSDs use PCIe connections to transfer data between the controller chip and the flash memory chips.
SATA
SATA stands for Serial Advanced Technology Attachment. It’s one of the oldest standards for attaching devices to computers. Most modern SSDs use SATA 3.0 connectors.
USB
USB stands for Universal Serial Bus. It’s another older standard for connecting external devices to computers. Some newer SSDs use USB 3.0 connectors. The advantage of USB 3.0 is that it transfers data at up to 5Gbps.
NVMe
NVMe stands for Non-Volatile Memory Express. It’ s a new standard for internal SSDs. NVMe uses PCI Express buses to connect the controller chip to the flash memory chips. NVMe SSDs offer higher read speeds than SATA SSDs.
eMMC
eMMC stands for embedded Multimedia Card. It’s an old standard for storing digital media on mobile phones and other small electronic devices.
SD Cards
SD stands for Secure Digital. It’s the original format for storing digital media on portable devices. SD cards are still widely used today.
CompactFlash
CF stands for CompactFlash. It was originally developed by SanDisk. It’s now owned by Lexar Media.
MicroDrive
MicroDrive is a proprietary brand name for flash based storage devices. These devices were first introduced by Sony in 2001.
Other SSD Types Includes:
• Hard Disk Drives
• Optical Storage Devices
• Magnetic Tape Drives – Read more about Tape Recovery Services
Advantages of Using SSD and It’s Benefits
SSD (Solid State Drives) have become increasingly popular over the last few years due to their fast read/write speeds, low power consumption, and durability. SSDs are replacing traditional hard drives across many industries including gaming, video editing, digital photography, medical imaging, and scientific research. In fact, SSDs are now becoming the standard storage solution for computers, laptops, tablets, smartphones, and even some servers!
The following list highlights the advantages of using solid state drives instead of traditional hard drive disks.
1. Faster Speed
Hard disk drives use moving parts to store data, which makes them slower than SSDs. A typical HDD spins at 5400 RPM while an SSD operates at 1500-2000 RPM. As a result, SSDs are much faster than HDDs.
2. High Durability
HDDs are prone to failure due to mechanical wear and tear. Because they rely on moving parts, they are susceptible to damage from shock, vibration, temperature fluctuations, humidity changes, and physical contact. Solid state drives do not suffer from these issues since they don’t have any moving parts.
3. Less Power Consumption
Power consumption is a major concern for both consumers and businesses alike. SSDs consume less power than HDDs because they operate at lower temperatures and draw less current.
4. Low Cost
SSDs cost significantly less than HDDs. You can purchase a 2TB SSD for around $100 whereas a 1TB HDD costs upwards of $200.
5. Reliability
HDDs fail frequently and require frequent maintenance. SSDs are designed to withstand shocks, vibrations, extreme temperatures, and moisture. If an SSD fails, it’s no big deal; just replace it with a new drive.
6. Strong Security
Security is always a top priority for companies and individuals. Hard drives are vulnerable to hacking and malware attacks. An encrypted SSD eliminates security concerns and provides protection against viruses, spyware, and hackers.
CBL SSD Data Recovery: Why Choose Us?
High Rate of Data Recovery Success
Data Retrieval CBL has a data recovery success record of more than 90%. It means that when you bring us the malfunctioning device to us, the successful recuperation of your files is nearly certain. You will not be charged if we are unable to restore data due to unforeseen circumstances.
Free Data Recovery Evaluation
You only pay if you receive your data returned, thanks to our “No Data, No Charge” policy. With the help of our free quote and evaluation, you may obtain an idea of the data recovery costs and the device’s projected turnaround time. At Data Recovery CBL, we believe in complete openness. There are no hidden fees or additional charges; we simply charge what we promised!
Call us if you need to speak with one of our customer service representatives about a data loss issue. – You may also view our full range of data recovery services.