PC Bootup: SSD Drives Put Your Old Hard Drive To Shame

SSD stands for solid state drives, and these drives are quickly putting old HDDs (hard drives) to shame. If you think that a hard drive is a hard drive, then you haven’t seen a SSD put up against a HDD. SSD technology compares to good old computer hard drives like e-mail compares to the United States Postal Service. Windows & Mac startup speeds are tripled.

SSD drives

Up until now, PC consumers had next to no choices when it came to file storage. Every laptop, ultrabook, tablet, and desktop was built with a standard hard disk drive. It was a system standard and nobody questioned it… until SSD technology came into the picture.

The Unparalleled Benefits of SSD Drives.

Solid state drives provide unprecedented and unparalleled benefits in comparison to traditional hard drives. Regardless of whether your preferred PC is a portable laptop or stand still desktop, SSDs are the ultimate means of super charging your everyday computer performance.

  • SSDs are more durable. Solid state drives leverage NAND flash memory mounted on the circuit boards. This non-mechanical design makes them inherently more durable, not to mention shock resistant by up to 1500g/0.5ms. In comparison, HDDs are made of numerous moving parts, thus making them vulnerable to shock and vibration damage.
  • SSDs are miles faster. According to the latest tests, SSDs offer approximately 100 times the performance in comparison to traditional HDDs. If that isn’t enough to turn some heads, consider that SSDs sport almost instant data access, faster boot up times, quicker file transfers, and snappier overall computing. How is this possible? SSDs can access all information at once. However, hard drive technology is limited; the closer the data to the read write heads, the faster it’s read. If the data is far from these heads, it takes time to reach and then read.
  • SSDs take less power. Technology is all about efficiency these days, and SSDs don’t disappoint. These drives use notably less power at peak load times when compared to traditional hard drives. In fact, they use less than 2-watts versus 6-watts for HDDs. As a result, laptop battery life is boosted, the computer system experiences less power strain, and the system runs at cooler temperatures.
  • SSDs are lighter. Flash-based solid state drives are considerably lighter than traditional hard drives—77g versus 752.5g. Thus, this technology is ideal for mobile computers.
  • SSDs are very cost effective. Although a SSD will cost more per gigabyte than a traditional hard drive, noteworthy savings are presented in the long run for businesses. Lower energy usage and higher productivity with faster input and output speeds make these little powerhouses a very good investment. A single solid state drive delivers the performance of approximately 100 hard drives.
  • SSDs run cooler and quieter. If cost effectiveness isn’t enough to justify a switch from HDD to SDD, how about adding an energy-efficient storage upgrade plus near silent operation perk? Solid state drives require little operational power, which translates into less energy usage and a significantly smaller output of heat by your computer system. And since these drives are not made of moving mechanical parts, they operate in complete silence. You can operate these drives without disturbing your game or movie experience, and they’re perfect for the office when background noise needs to be cut down.

Time To Upgrade to Solid State Disks.

There’s no time like the present to upgrade your laptop or desktop system. SSDs are a viable means of increasing speed, saving money, and improving both overall performance and speed. Who wouldn’t want to get a chunk of this action and power boost their system into the future?

What are the Fastest Tablets on the Market: NAND Memory Considered

According to a study by Which? Magazine, the Samsung Galaxy Note 10.1 is the fastest tablet on today’s market, gaining an impressive benchmark score of 2856. All tablets tested were Wi-Fi-only, and each device was put through a series of everyday tasks to see how they fared. Apple’s iPad Air came second with 2687, while Google’s Nexus 7 hit third with 2675.

Set of tablet computers

Thanks to the rise of NAND memory in devices, tablets continue to offer customers a fast, efficient level of quality on handheld devices. Whether it’s for browsing the internet, streaming films, listening to music or playing games, tablets are now a preferred option for media-consumption than laptops or desktop PCs. As manufacturers continue to experiment and innovate with NAND flash, new forms and capacities will allow for even more evolution in the tablet market, offering customers an even wider range of functionality.

The Which? study focused on speed, but is this the most important aspect? Most users would have to say yes – speed of accessing apps, speed of streaming media, speed of loading data. NAND flash memory has allowed computing to become faster, and as the market has changed drastically, manufacturers have focused on making devices as fast and intuitive for users as possible.
Consider how different the market is now compared to ten years ago. Most people had phones in 2004, but they were at a turning point in their development – we were coming out of the monochrome era, into a world of colour screens, polyphonic ringtones, MP3 storage capabilities, and even the ability to display high-resolution photos and play videos. The phone had gone from being a communication-focussed tool to a device consumers could use for leisure. Games became more advanced than Snake, for example, and offered 3D graphics with more complex design. Greater internet access allowed users to browse online with images, videos, and faster speeds.

Over the past ten years, this technology has taken massive leaps to reach today’s standard, when most people have a smartphone, a tablet, or both. Most users now use their phones more as tablets than to call or text people – the vast range of apps available and the various media capable of running on them allows people a greater range of freedom on a handheld device than we may ever have imagined. In the 1990s, Sega’s Game Gear was capable of playing live television if fitted with their adaptor – at the time, this was a fantastic evolution, but never really seemed to take off. Now, we can sit and watch television on our phones or tablets, wherever we are, without the need for a special add-on.

As developers and manufacturers grow more and more ambitious in a bid to lead the market, NAND will continue to change, to the consumers’ benefit. Within the past two weeks, Samsung announced the mass production of a new NAND Flash chip: the eMMC Pro Class 1500. Size matters, but can also lead to NAND flash data recovery circumstances. This is the first to be produced on Samsung’s newest technology node of 20 nanometres, and will be available with three different gigabyte-capacities:16, 32, and 64. Using multiple stacks of two, four and eight dies, the Pro Class 1500 is set to reach industry-leading speeds for an embedded memory device. This will allow Samsung to release the most advanced tablets to date, but will also push their competitors to explore even greater achievements, pushing NAND to ever greater heights. However, will this lead to an eventual burnout? Will developers find they have nowhere else to go for the time being? An innovation always seems to come along at the right time, but the wait for the right person at the right moment of inspiration could be a long one.

So, while the fastest tablet on the market right now is the Note 10.1, this looks set to change significantly, and will continue to as NAND memory expands. No sooner do we seem to get our hands on a new device than a faster, better one appears. For consumers, this may be an annoyance, but most of us are happy to stick with what we have until the next best thing comes down in price. As quality technology becomes cheaper, manufacturers need to offer us innovation and unique features to ensure their place at the top of the market. Will Samsung’s Pro Class 1500 put their next generation of devices at the top of the list?

We’ll have to wait and see.

Stick my Hard Drive in the Freezer?

Frozen Hard Drive

It’s inevitable, given time, for your hard drive to succumb to minute faults that can magnify and cause your hard drive to stop working, or crash. Unfortunately, it’s rarely possible to be able to predict these occurrences, especially when you have taken good care of the hard drive.

You can say that your hard drive has crashed when it fails to boot, even when connected with the computer. You might sometimes hear clicking noises when the hard drive is connected. Generally, these clicking noises are called “the click of death,” because it means the hard drive has been rendered useless. When the computer no longer recognizes the hard drive, it is almost impossible to retrieve the data stored on the hard drive.

The loss of stored data is a serious issue that can have disastrous effects. It can result in the loss of:

  • Businesses records
  • Home office files
  • Personal collections
  • Calendars, diaries, and reports

When the losses are disastrous and retrieval of data from the drive is considered absolutely necessary, you can try a few simple measures to retrieve the lost data. Although not completely fail proof, these measures can’t cause further harm to the hard drive. One such measure is to place your hard drive in the freezer.

What Is It and How To Do It?

Desperate times call for desperate measures. When your hard drive gives out on you in the worst possible moment, it calls for some desperate attempts. Although this method is not guaranteed to work, it has saved many hard drives and, in some cases, even completely cured them.

You can implement this method by following these directions:

  • Unplug the hard drive from your computer/laptop
  • Seal the hard drive in a plastic bag
  • Wrap the wrapped hard drive again, for extra safety
  • Place the hard drive in the coldest part of your freezer for at least 12 hours
  • Remove the hard drive and immediately reconnect it to the computer

It’s crucial to begin extracting the data from the hard drive immediately, before the hard drive returns to its failed condition and stops working within a few minutes. Therefore, we advise you to extract the most important of the required data first.

The above steps can be repeated a number of times in order to extract all of the data possible. However, the chances of the hard drive completely crashing increase with each cycle of data extraction.

Why Does It Work and Is It Safe?

In order to understand why sticking your hard drive in the freezer helps recover data, it is necessary to understand the basic workings of data extraction from a typical hard drive.

Extraction of data from a hard drive is similar to extraction of music from an old record on a gramophone. The gramophone music comes from a constantly rotating disk (platter), from which “data” is obtained by a static needle (head) that rubs against the surface of the disk. Similarly, a computer hard drive consists primarily of the following components:

  • Platters to store the data
  • Reading/Writing head
  • External casing or cabinet

A hard drive has a number of platters that store the required information. These platters constantly rotate at great speeds. While rotating, they rub against the writing/reading head, which helps extract or insert data.

Over time and with usage, the platters and the head may become distorted or rub too hard against each other. This is the primary source of the clicking noises you hear when you connect the hard drive to your computer.

Placing the hard drive in the freezer causes the platter and head to contract or shrink, which reduces the contact between them. This results in less rubbing and increases the chance of extracting your data. However, a few minutes after removal from the freezer, the hard drive components may expand and return to their distorted form.

The freezer is not a completely safe environment for your hard drive because of high amount of moisture in such temperatures. Therefore, we advise you to double-wrap the hard drive before placing it in the freezer. Also, if the freezer temperature is extremely low, you might end up freezing movable objects to the point of immobility.

Although the above method is not completely fool proof, it has often resulted in successful data retrieval and is definitely worth a try in situations of dire need.

If you are still nervous about the process, call eProvided for professional Data recovery!

Voice Recorder Data Recovery & NAND Flash Memory

The most common voice recorders utilize NAND flash memory. Likewise, digital recorders use NAND flash efficiently. In addition, if your voice recorder uses internal storage, that microSD broken in half will recover just fine. Furthermore, voice recorder data recovery happens at eProvided, no matter the damage. Indeed, voice recorders (Olympus VN-541PC 4 GB below) benefit from NAND flash.

eProvided.Com Voice Recorder Data Recovery ServicesBenefits of NAND Memory and Recovering Data on NAND Flash Memory.

Today, everything from MP3 players to digital cameras leverages NAND memory. Why is it so popular? And why is it so widely integrated in technology? Several unique and valuable benefits made it the memory of choice.

  1. Manufacturers can produce cost effective products. In addition, eProvided can recover data from NAND based memory. Similarly, you can easily replace NAND wafers. Thus, customers see lower costs. In the event that memory needs replacing, customers will purchase a new drive. Furthermore, this prevents purchasing entirely new devices. Manufacturers have leveraged this benefit to drive down the price. Therefore, it’s a win-win for manufacturers and consumers.
  2. NAND lasts longer, unlike other types of memory. Above all, NAND based technology can withstand abuse. Overall, it lasts longer. It has wear out quality. For instance, voice recorders will show signs of reduced performance before failure. Consequently, users can monitor their memory and replace it before data loss happens.
  3. NAND performs faster and comes more compact. Memory devices have become more compact. In addition, they’re capable of faster speeds and greater storage capacity. Thanks to NAND technology, we have devices like USB drives and MicroSD cards. When it comes to voice recording, NAND memory allows for greater & faster storage in smaller spaces.

Purchased a Voice Recorder? Voice Recorder Data Recovery Matters.

Voice recorders suffer from breaks and disappearing files. Therefore, just like any other type of memory, NAND is susceptible to damage. Likewise it can malfunction, and become corrupted. Any loss of data can be catastrophic. In addition, when it comes to voice recording devices, it’s all digital. 1’s and 0’s are the basis of the data. Consider the common uses of voice recorders.

  • Legal Matters. Businesses offers telephone support. Additionally, they record all incoming and outgoing calls. NAND storage is the perfect storage solution. Similarly, recorders offers lots of capacity. Further, memory speed and ease in saving recordings is amazing. Also, it doesn’t take up a lot of space. In the event of memory corruption, lost data or calls put companies at risk.
  • Police Investigations. From detectives to officers of the law, data recovery is necessary. In other words, NAND based voice recorders are in use often. People break them on purpose.  In many cases, erased data requires data recovery.
  • Court Cases. Voice recordings, used or entered into evidence in court cases are important. In the event a memory device fails or suffers damage, ask a pro for help. Erased data, malfunctions or bends are an end all. Data recovery services are imperative.

The Loss of Data from a Voice Recorder.

The loss of data on a voice recorder can be catastrophic. For instance, companies like eProvided provide solutions. In addition, forensic data recovery services are best utilized after voice recorder failures.

Organizations such as police officers & crime investigators need data recovery. Therefore, special care using forensic file recovery services will benefit all involved. These specialized services ensure the utmost attention goes towards every detail. Above all, storage devices and flash memory, handled with care is the best idea. Further, all actions meticulously documented.

Recovering or reconstructing data from a NAND based voice recording device is delicate. In addition, hiring experts capable of handling and extracting data from these devices saves you time. eProvided works with legal and law enforcement entities.

eProvided flourishes in recovering sensitive, damaged or erased data. Nevertheless, regardless of the state of the device, we recover your data. Still, devices snapped in half or damaged due to impacts are retrievable.

Super Speed: PCIe Type NAND Outperforms The Fastest Drives

According to Computer Weekly, PCIe SSD technology is just the most recent incarnation of the solid state drive (SSD) revolution. The SSD revolution is epic because it is steering us away from traditional hard drive devices in favor of a faster, cooler, and more energy-efficient replacements.

blockwood hard disc

The SSD Revolution, Faster, Lighter and Energy Efficient.

When put side by side, the traditional hard drive does not, and cannot, hold a candle to solid state drives. Traditional hard drives are comprised of moving, mechanical parts. They’re loud, run hot, put a sizeable amount of strain on a computer system, and only access some data fast.

In stark contrast, SSDs have no moving parts. They leverage NAND technology. Unlike hard drive devices, SSDs run nearly silent and cool, alleviating a computer system of unneeded strain to improve and boost overall performance, and access all data at the same time.

SSD is the solution for every computer user seeking to gain the most productivity and optimal performance and save on electricity. Solid state drives can be installed in both laptops and desktops.

PCIe SSD – The Outperformer.

Unlike other drives, PCIe type NAND technology plugs directly into a computer motherboard. It outperforms even the fastest drives by increasing performance through the number of channels a user is able to run data through. For example, one of the fastest SATA-based SSDs is produced by Intel. It uses a 10-channel controller. PCIe SSDs leverage 25 internal channels. As a result, this outperformer is well suited for buffering and caching applications at lightening speeds.

Just how fast is this solid state disk cutting edge technology? According to Computer Weekly, PCIe SSDs have approximately 100 times greater throughput and instantaneous access times in comparison to traditional hard drive devices. One of the best comparisons to illustrate is the Internet. Do you remember how slow and unresponsive dial-up Internet was? High-speed cable, and now fiber optic based Internet, is hundreds of times faster. So too is the speed difference between traditional hard drive devices and PCIe drives. eProvided handles data recovery on NAND based solid state drives! Aside from markedly faster performance, this technology offers several value packed benefits.

  • Greater durability: The non-mechanical nature of NAND flash, mounted directly on the motherboard, creates a shock resistant environment of up to 1500g.
  • Energy efficient: Unlike hard drives that suck a significant amount of energy, SSD technology uses less wattage. Laptop battery life is extended, and desktop systems are less strained. As a result, a cooler computing environment takes over.
  • Cost effective: A single PCIe SSD can equal the performance of around 100 or more hard drive devices. Therefore, this technology offers greater cost effectiveness for IOPS per dollar.
  • Silence operation: Not only does the lack of moving parts speed up access to data, but it also creates a technology that runs virtually silent! Regardless of whether you install this technology in your laptop, notebook, or desktop, it will eliminate distracting noises during your game and/or entertainment time.

Traditional Hard Drives Are Going The Way Of Snail Mail.

Do you remember when e-mail was the greatest thing since sliced bread? When we started sending mail electronically, it was like magic. It seemed as though the moment we clicked “send,” our message arrived in the addressee’s inbox. All of a sudden, sending mail through the United States Postal Service seemed insanely slow. Today, postal mail is called “snail mail” because it moves at the pace of a snail in comparison to e-mail.

Likewise, PCIe type NAND technology is moving at the speed of light, leaving traditional hard drive technology in the dust. It won’t be much longer before these old snail slow devices are obsolete.

The Fundamentals of NAND Memory

NAND memory is a specific type of flash memory defined as “non-volatile storage technology.” Unlike many other types of memory, it doesn’t require active power to retain and store data. According to Wikipedia, non-volatile storage technology includes read-only and NAND flash memory.

NAND Flash Memory

NAND was created as a solution to reducing the cost per bit and upping maximum chip capacity so that flash memory can compete with magnetic storage devices, such as hard disks. Since its introduction, NAND based storage has been used in devices designed to sustain large files and frequent uploads, downloads, and data replacement. Some of your favorite devices use NAND flash, including USB drives, external USB drives, MP3 players, cell phones, MicoSD and digital cameras. NAND flash has no moving parts. Therefore, NAND flash runs on less power and creates less heat.

A Solid Type of Memory but Still Fallible.

One of the most notable benefits to NAND memory is its ability to resist file corruption. Unlike many other types of memory on the market, NAND is composed of a finite number of write cycles. As a result, probable memory failure will take a while to occur. This type of memory gradually incurs failures over individual cells. In most cases, instead of a sudden memory failure or corruption, a device with NAND memory will experience overall performance reductions prior to memory failure and file damage. This is referred to as wear-out, and gives the user a warning to back-up their data and acquire new memory before a catastrophic failure that could result in data loss.

Once a device’s NAND memory wears out, the user will simply purchase new memory. When inserted into a storage device, the new flash memory will allow it to function normally. In essence, additional storage costs are passed on to the consumer, which has lowered the price of electronic devices significantly.

Current Industry Trends in File Storage.

The Information Technology and Consumer Electronics industries eat NAND memory for breakfast, lunch, and dinner! Today we find this type of memory in all of our most popular and highly used products, including:

  • Smart Phones
  • Memory Cards
  • USB Flash Devices
  • Car Navigation Systems
  • GPS Devices
  • MP3 Players
  • Digital Cameras
  • Data Collection Systems, as used by NASA, Seismograph Instruments, etc.

Solid State Drives (SSD Storage).

According to current industry trends, NAND memory technology is now being introduced into PC storage devices such as Solid State Drives. In recent years, PC storage has rapidly begun a migration away from the traditional Hard Disk Drive (HDD) technology. SSDs have become the favored storage and memory medium. Experts predict that we will soon see 3-bit MLC NAND-based products in the SSD industry.

According to a Samsung white paper, the NAND-based storage currently powering our most popular storage devices has the almost guaranteed potential to outlive the useful life spans of the devices they power. Manufacturers now face the decision of whether to sacrifice excess lifetime and performance in a concentrated effort to bring dramatic cost benefits and deliver NAND storage technology to a far wider audience. The opinion to do so is strong since the advantages of this technology far outweigh those of traditional storage drives.

NAND Flash Memory, New Developments.

As technology continues to advance, new breakthroughs in NAND memory will continue to be achieved. Memory chips are continually growing smaller while increasing the maximum read and write cycles and lowering overall voltage demands. What does this mean for you? It means the future of memory and storage is about to grow faster, larger, and much more cost effective for the everyday user.

NAND technology is quickly becoming one of the most effective and efficient types of memory on the market. In the months and years to come it is predicted to become one of the most commonly used—if not the only used—type of memory in data storage devices on the market.

mSATA 101: What It is?

mSATA stands for mini-SATA. Originally developed by Intel, it is a format designed for ultra-small Solid State Disks (SSDs). Ideal for notebook and netbook construction, mSATA SSDs are semi similar to mini-PCI Express cards. In this mSATA 101 blog, we are going to address nine of the most commonly asked questions regarding mini-SATA technology. eProvided services SSD file recovery disasters.

mSata drives

Question 1: Can any notebook use an mSATA SSD?

No. Despite the fact that this technology has a mini-PCI Express form factor, the slot must have support for an mSATA’s electric connections. Unfortunately, not all notebooks offer the proper connections.

Question 2: Who makes mSATA cards?

Intel is currently the biggest supplier of these cards, which isn’t surprising since they are the brain behind the technology. mSATA cards come in 40 and 80GB configurations. The higher the GB, the faster the card. You can purchase these cards through a handful of other companies, but most buyers prefer going straight to Intel.

Question 3: Why would I want one of these cards?

mSATA SSD cards are useable on your boot drive. They offer a larger storage capacity at a less expensive price when compared to a traditional mechanical hard drive. If you’re in need of lots of storage and working under a budget, these cards are the perfect combination of storage volume and low cost. Even if you aren’t constrained by a budget, why wouldn’t you opt for more storage at a cheaper price?

Question 4: Does an mSATA SSD card offer the same performance as a standard SATA drive?

According to the latest stats, the mSATA is actually slightly slower than the standard SATA drive. However, it is quite a bit faster when compared to traditional hard drive technology. SATA solid state disks tend to offer the fastest overall performance with the mSATA SSD coming in slightly behind it. mSATA supports both 1.5Gbps and 3.0Gbps transfer rates.

Question 5: What are the benefits of an mSATA in comparison to other storage types?

The highlights of mSATA are versatile. Using this storage type, you can expect:

  • Unbeatable price to performance ratio
  • Large storage capacity
  • Easy installation
  • A noticeable boost in boot up and application load times
  • An unrivaled ability to withstand extreme vibration and shock
  • A visible overall performance boost
  • Small, fits smaller devices like netbooks

Question 6: How much of a speed increase can I expect?

According to Life Hacker, you can expect to triple your laptop’s speed. The awesome perk is that this speed increase comes without sacrificing your hard drive space. You are simple adding an mSATA SSD and reaping the benefits and using less power.

Question 7: Which laptops are compatible with these cards?

Life Hacker reports that most laptop models from 2011 on are compatible with these cards, including the majority of Lenovo and Dell laptops. Before purchasing an mSATA, reference your service manual to confirm that your laptop or notebook is indeed compatible.

Question 8: Can I have both an mSATA SSD and an internal mobile broadband cable in my ThinkPad?

It’s one of the most commonly asked questions when it comes to a ThinkPad, and unfortunately the answer is no. The mSATA SSD card will take up the WWAN card slot, which is used for mobile broadband. Therefore, if you’re pro mSATA (and why wouldn’t you be with the performance boost?), your best option is to either tether to your mobile or cellular device wirelessly or use a Wi-Fi hotspot. Overall, sacrificing your WWAN card slot is a small price to pay when it comes to the overall benefits of installing an mSATA card.

Question 9: How do I install an mSATA?

The answer depends on your laptop. Reference your service manual for instructions or contact an expert for assistance. Reach out to an eProvided file recovery company representative.

Types of Computer storage

Server room interior

In this day and age, there really is no excuse to not back-up your data – there are so many options available, most of which are cost-effective and reliable. Here at eProvided, we help people recover data they feared lost across any storage device, but we know, prevention is better than cure. To keep your work, documentation, or precious media as safe as possible, you should be making back-ups in whatever storage devices you can get your hands on – if the worst happens, and your computer itself breaks or gets stolen, you’ll still be able to access all the materials you need from another PC, laptop, or tablet.

So, what types of computer storage are out there on the market, and what advantages and disadvantages does each offer? Join us as we take a look at the most popular items.

Option One: External Hard Drive.

As well as the hard drive in your computer, you can also use external hard drives with your desktop or laptop – these are plugged-in but remain separate from your device, and are typically available in two models: a 3.5inch ‘desktop’ style, or a 2.5inch ‘portable’ style. These usually differ in price, with desktop models being cheaper than portable ones, though both can provide the same amount of storage space. However, many people prefer desktop hard drives, as they tend to offer faster performance and sturdier construction. These are a great choice for backing-up considerable amounts of data locally.

Option Two: Solid State Drive (SSD).

SSD storage, sometimes called a Solid State Disk share a similar appearance with standard magnetic/mechanical hard drives, yet their construction is vastly different – SSD’s use semiconductors, USB controllers and electronics to store data. This allows for a more dependable drive with no moving components and consume less power than standard hard drives. File transfers, read and write data cycles are much faster. As these continue to become cheaper and more economical, they are commonly used with portable devices, such as tablets and laptops. This makes them a convenient option, though they may offer less storage space than the standard hard drives you’re used to.  Solid state drives are also more environmentally friendly.

Option Three: USB Flash Drive.

USB disk drives, you’ll probably be familiar with these. Similar to SSD storage devices, but with less capacity and a smaller design, these also feature no moving components, which makes them durable and better-suited for portability: you can carry these around your neck on lanyards, or in your pockets. Many people use these for backing-up data when away from home so they can easily transfer materials from one computer to another. These are cheap, easy to use, and durable, but can only store limited amounts of data.

Option Four: Cloud Storage.

This is a hugely popular storage option for many people now, in both domestic and business settings. Companies are now more likely to keep data online, to reduce the amount of physical space needed for record-keeping, and for allowing multiple people across the business (and further afield) to access and modify certain data. Cloud storage also allows users to invite other users to share documentation, for easier collaboration than even email can provide – you can see changes or comments other users make in real-time, and add more and more people as required.

Most cloud storage providers offer limited amounts of space for free, though even these will be enough for most domestic users (businesses may need to try a package option). Choose from Google Drive, One Drive, Dropbox, and more. Each provider offers its own distinct service. One disadvantage of cloud storage is that you can only access your data with an internet connection. If the provider experiences issues with their servers, you may be unable to get to the materials you need. You may want to keep backups in physical storage as well, just in case.

CD’s and DVD’s Are Damaged – How Can I Recover the Data?

Data loss

In the recent past, optical media has embraced the use of CD’s and DVD’s as a means of storing data. CD’s or DVD’s are optical media developed to store information for an unspecified period of time but keep data safe so it can be readable in the future. CD and DVD burners have advanced by leaps and bounds from their original classification. There were times not twenty years ago where burning a CD was not possible above 1x speed, requiring about forty-five minutes to be expended to create a single disc. Speed has increased to the point where burners now get up to 52x in speed, allowing a CD or DVD to be burned in mere minutes. The downside of this is the longevity of the data. Data burned at that high speed doesn’t tend to keep its fidelity over large swathes of time. In order to understand how CD’s and DVD’s can go bad over time, we must first examine their construction.

The Make-up of CD’s and DVD’s.

CD’s and DVD’s are made up of a series of overlaid layers to form a disc, no more than 1.2mm thick and varying in width across the face. First a layer of plastic is embossed with a series of bumps in a single, contiguous pattern starting from the inner rim of the disc outwards in a spiral format. On top of this plastic is a layer of aluminum, spread to cover the bumps on the plastic. A layer of acrylic is sprayed atop the aluminum to protect it. A label might be affixed to the other side of the disc if so desired. Data is stored on these optical media by making markings that allow the bumps to be outlined or flat. These correspond to digital, binary data which can then be translated into commands or programs within a computer operating system. It can also be used to store audio and video data, but storing this type of data in raw CD or DVD format is an inefficient use of its storage capacity. Considering that one music CD can store a maximum of twenty one tracks in audio format, but can keep up to one hundred of those tracks in lossless MP3 format shows you how inefficient using the raw storage protocol is.

How long do DVD’s and CD’s Last?

As mentioned before, this is a combination of the fidelity of the media and the speed at which the original data was recorded. We must also factor in the durability in construction of the medium. Originally, in the late 90’s when optical recording media was first being mass produced, the average shelf life of a CD or DVD was around forty years. However, because of CD/DVD rot, the data that is stored on these discs is not safe from the ravages of time and it is understood that a safe estimate for fidelity of well-recorded data is about twenty-five years at best. Speed is of the essence when it comes to recording information and quite a lot of people tend to speed their data recording up to the fastest speed supported by their drive. The result is that data stored this way can become corrupt easier than data recorded at the lowest recording speed the drive is capable of. In this day and age, although optical media might seem like an attractive alternative of off-site data storage, you need to be wary of keeping sensitive information on these discs that you may have need of ten to twenty years from the initial date of recording.

Data Recovery with CD’s and DVD’s.

When a CD or a DVD is damaged, the reading drive will often try to recreate the data via interpolation. This usually only works with audio CD’s and video DVD’s, since interpolation is possible with the level of data compression that these media allow. However, when it comes to data discs, recovery can be a whole other matter entirely. Data discs need a more rigid error correction code (ECC) to function properly when damaged. Even so, some discs are damaged beyond the ability of a drive to interpolate for the missing bits. Software is available to help with data recovery, but this software can only do so much. If a disc has gone beyond their ability to recover the data, the only other option is professional recovery services, like eProvided. Professional recovery can retain most of the data on the disc, but it is still possible that some will be beyond the abilities of any recovery methodology.

Data recovery for CD’s and DVD’s is something that many millennials are now looking at getting because of their widespread usage of this type of media in the late 90’s and throughout the 00’s. Data that was stored on these optical media discs have now gotten so bad that they cannot be read. As can be seen, this was of no fault of the people doing the recording, but that is of very little consolation when you want the data on the disc recovered. In order to get at least some of the data off the disc, you should consider one of the many programs available for data recovery. However, the safer and more viable method would be to contract a professional data recovery firm like eProvided to assist you in getting back those memories you have stored on magnetic media.


Who to Turn to When your iPad Breaks and you Need your Data

Fix a Broken iPad.

Fixing a Broken iPad.

The iPad has become an essential part of our lives, it’s hard to imagine a time without them, but even your iPad can suffer data loss. You can spend hours and hours tapping away at that screen, arranging your entire life: you can take pictures and upload them to all of your social media networks; you can prepare documents and other pieces for work; you can watch films and TV shows; you can play games boasting high-end graphics – whatever you need to do online, you can do almost all of it on your iPad. Even if you don’t own one yourself, chances are you’ll see someone else using one several times each day; the iPad has also spawned generations of similar tablets, but for many people, the original remains the best.

If you use your iPad to carry your entire life in, you can find yourself feeling lost if anything happens to it – whether you accidentally drop it on concrete or inadvertently spill coffee on it, any slip-ups can leave you without the data & files you need. Think about it: we use it to take pictures, store photographs, prepare presentations, edit documents, and many other things so we can access them at any time, any place.

So, that can you do if your iPad does break? Is all that data lost, or can you recover it somehow?

Call Professionals if your iPad needs Data Recovery.

Usually, even if the iPad itself appears completely irreparable, file retrieval specialists will be able to disassemble the device and salvage the relevant chips housing the data in question. These can then be replaced in a working iPad, allowing you to access it again. Some people make the mistake thinking there’s no way to get their information or media back, and simply throw the iPad away or recycle it – this is a colossal error, especially if the images or documents aren’t backed up. Taking it to a data recovery specialist will enable you to get your hands on the essential materials without having to scour social media channels for pictures, or searching through old emails for earlier drafts of documents – you’ll save time, money, and stress.

iPad Recovery Tips, Connect to a PC.

Need an iPad recovery tip? Depending on the amount of damage your iPad has taken, you may still be able to connect it to a computer by the USB port. If this works, you’ll find all your data remains accessible, and you can use it as you see fit: transfer it to a new device, store it on your desktop, or upload it to cloud storage (see below). Though you may be unable to get your iPad repaired or exchanged, you’ll at least have the data back again.

iPad Breaks, Cloud Storage to the Rescue.

Many of us now use cloud storage to backup our important data, whether it’s school work, financial information, photos, video, etc. iCloud allows you to store everything you need in online storage, so you can access and sync it across multiple devices. If you’ve been using this to backup data on your iPad, then you’ll be able to login and access it all on another pad or iPhone. Currently, iCloud has 320 million users worldwide – if you’re not already one of them, it’s best to sign up sooner rather than later!

Even if you do backup your data on your computer or in the cloud, you might still want to take your iPad to data recovery specialists to implant the required chips into a new device, to save time downloading everything again, and for your own security – while it’s highly unlikely anyone would disassemble a broken iPad to get their hands on confidential materials, it can provide you with some much-needed peace of mind. At eProvided, we do everything we can to save your damaged iPad data, so whether you need us to take a look at your iPad or just offer advice, feel free to give us a call.