How Long Does a USB Flash Drive Last? (Part II)

We place precious data on these small electronic devices. It’s of no surprise that we wonder if it can all just disappear in the flux of electronic bits, bytes, capacitors, and transistors. It’s not easy to grasp how a USB flash drive can store all of our life’s work and keep it safe. Let’s dive in and figure out if these flash based devices can be trusted.

Just Give Me a Straight Answer

USB flash drives and SSDs are fast and increasingly reliable, and are replacing the older tapes and hard-drives. I recall from the numerous studies, articles as well as just the common understanding between the IT professionals, the average lifetime of a hard-drive was between 3-5 years. As the flash memory reduced in price, the surge of the flash drives and SSDs has increased dramatically. However, the knowledge about their endurance or the lifetime of the flash memory based devices has been lacking.

Many factors directly affect the longevity of the flash memory. Some of those factors are the quality and the type of the flash memory and the controller, and the intended use of the USB flash drive or SSD device. If you want the fastest answer without getting technical or getting bored with the details, the life of the modern USB flash drive or SSD would generally match or exceed the average lifetime of a hard-drive under moderate load – 3-5 years or more.

More Details, Please

We started the discussion on this topic in the previous post. It can be accessed here. Without knowing if there is any interest, we focused mainly on a theoretical time model of constant read/write load on the drive. It was assumed that a USB flash drive would be written to 15% of the time under 24/7 365 days a year load.

Since, this topic seems to perk the interest of a few readers, it was important to add more color into the dilemma of predicting the life and death of a flash memory device.

It’s important to understand that the quality of the flash memory as well as the logic of the flash memory controllers can affect the performance as well as the endurance of a flash memory device such as USB flash drive or SSD. The models that are presented assume that the controller can distribute the writes evenly over the flash memory, and that the quality of the flash memory itself will stand up to the promised write/erase cycles.

Below, are two models for computing the endurance of a flash based device. The first is the time model – given a specific write time each day, how much data can be written to a device and thus how long it will last. The second is the data model – given a specific data size, how long will the device last if the data size is written to the drive each day.

Flash Memory Endurance Computation-Bowtie Promotions 2013

Table Adventure or How to Follow the Endurance Numbers

All of the flash memory lifetimes are computed for the TLC type memory. This particular type memory is becoming the standard for the consumer based flash products. It has earned the clever marketing moniker cMLC.

The topmost table, as mentioned before, depicts the time based model.  The bottommost table depicts the data model. Both models assume 100,000 IOPS (Input/Output Operations per Second) for modern SSDs; 60K IOPS for older SSDs, and 2.5K IOPS for the USB flash drives. Additionally, both models assume that the SSD type flash memory is rated to 3K write/erase cycles, whereas the USB flash drive memory is rated to 1K. The actual numbers will vary; however these numbers are close enough for the modeling purposes.

On the very bottom of each table is the “Terabytes per year” measure. This number clarifies how each model differs.  In the time model, if the flash memory and the device are fast, then they will be able to write much more data in a given period of time. In the data model, time does not matter, because we are given a fixed data to write each day.

The time model assumes that we’ll be writing on average about an hour per day. In the most extreme example of the time model, given a 256GB SSD (100K IOPS rated drive), you’ll have written 469.92 Terabytes worth of data per year or 751.87 Terabytes over 1.6 years before the drive’s ultimate end. In the slowest example of the time model, given a 256GB USB flash drive (2.5K IOPS rated drive), you’ll have written only 11.75 Terabytes worth of data per year or 250.04 Terabytes over 21.28 years before the drive’s end of life.

Now the data model. You’ll notice right away that the Terabytes per year field is exactly the same for each drive. Here it does not matter how long it takes; you can have the fastest drive or the slowest. What matters is that you have a certain amount of data that you write per day. In case of our model, 1GB worth of data per day was chosen. Therefore, the written data per day will be 1GB * 365 day per year = 365GB per year or rounded 0.36 Terabytes per year.

Outstanding Endurance in USB Flash Drives for a Casual User

The time model’s results are not very appealing; however the time model is more suited for a server, professional CAD, or a audio/videophile who are constantly writing large amounts of data each day. For a casual user or a professional who does not reply on writing significant amount of data per day, the data model is much more appropriate.

The data model shows more than 40 years of life for a 16GB USB flash drive. That’s an outstanding endurance number for any electronic device. It’s comforting to know that even though it’s a tiny device, it can be trusted with many years of service for keeping the data safe.

Conclusion; Just Before You Go

Our time and data models show promising results for the SSDs and the USB flash drives. If you’ve got data to move, the flash memory provides the fastest route available today. In the time model, the life of the drive is only shortened due to the incredible amount of data being written to the drive. In the data model, the casual and some professional users can take comfort in the results. The longevity of the 256GB USB flash drive pushing 700 years is as safe as it gets.

Just before you go, only one note. As the drive fills up with data, the models need to be re-referenced. For example, if you manage to fill up half of your 16GB USB flash drive with data on the first day, you’ll only have the remaining 8GB for writing. Then it would be best to reference the endurance for the 8GB drive to get a closer approximation.

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How long will your USB flash drive last? It’s much shorter than you think!

[Updated - March 2013]

Every electronic device has a set lifetime, no matter how reliable it may be. Either the mechanical components of the device fail and/or the electronics fail. It may be great news to the manufacturing companies; however not so much to us – the regular consumers.

The news of failing electronics get worse if you consider storage devices such as hard drives, SSDs, and flash memory. Drive failure frequently means loss of important data and utter disappointment.  If there is a chance or restoring the data from the backup,  it may take hours or even days.  It’s difficult to find reconciliation, unless you’re into target practice.

It’s almost impossible to reliably predict a point of time when a drive will fail. Fortunately, there are some tools to estimate an average lifetime of a storage drive. We’ll focus on the flash memory (NAND) storage in this post, and will leave the hard drives to other blogs. Keep in mind that we’ll show a relatively simple way of computing the life of an average flash drive with typical usage.

Let’s dive in! Wait… before we do; let’s go over some basics really quickly.

  1. Flash memory consists of billions of transistors. Each transistor can store from one bit to three bits
  2. The smallest data that the flash memory can read or write is 4KB worth of data. 4KB = 32768 bits
  3. The smallest data the the flash memory can erase is 512KB – that’s huge!
  4. If the data is overwritten in the flash memory, it must first be erased and only then written.
  5. Each time the data is erased, the life of the transistors involved is diminished.
  6. Each time the data is written/read, the controller on the flash drive interacts with the flash memory. That interaction is referred to as IOPS (Input/Output [operations] Per Second)

Now we can start calculating the life of your flash drive. The usual life of each transistor for erase/write cycle is about 1,000 or less. The reason it’s not higher is because the USB flash memory makers often use MLC or TLC type flash memory. From the lesson #1 above; it is the type that stores 2 and 3 bits respectively per transistor (cell).

The average write IOPS measure for a flash drive is about 2500. However, if you’re geeky enough, you can measure yours with Intel’s iometer tool.

So how do I actually get the life of my drive?!

Flash Memory Lifetime Updated

Previously, we used 256K data block in our calculation instead of intended 4K. The result was not a happy number! With this more appropriate computation, the 4GB gets a reputable 32.36 days of heavy duty usage!

The calculation assumes that 15% (that’s the 0.15 in computation) of the time you’ll be writing to the drive. That’s 15% of the 24 hours per day for those 32.36 days. Also, the calculation assumes that you’ll be overwriting (erasing and writing the data) evenly on the flash drive. These are 32.36 pure and hardcore writing days for a causal and even professional user.

Practically speaking, a lot depends on the usage of your drive and the capacity. Additionally, there is a hidden attribute – a factor of how well the controller on the flash drive distributes the writes. In any case, a 4GB drive can last many years. Increasing your capacity, increases the lifetime of your drive so it’s always a good idea to pick the largest size you can.

So what’s that magic number that is used in the formula, you ask? It’s quite simple :) It’s purely used for conversion purposes. Since we use GBs in the numerator and seconds in the IOPS argument, it’s easier to use the 33.25 conversion factor to simplify computation. You get 33.25 with the following operation: 1,000 cycles X (1,048,576KB) / 31,536, 000 sec [There is 1,048,576KB in 1GB; there is 31,536,000 sec in one year]

So how long will your USB flash drive last? That really depends on many factors. However, there are few things you can remember if you want to extend the life of your drive.

  1. Buy the largest capacity you can afford.
  2. Do research. Choose SLC memory over MLC. And MLC over TLC.
  3. Avoid erasing data.
  4. Even the best technology fails; don’t forget to backup!

Armed with the information, you now can protect your investment better. Most of our valuable work is now stored on hard drives and flash memory. The flash memory is being utilized more and more due to its high speed and the lack of mechanical parts. However, there are important facts that you must know to better guard yourself from data loss.

[Update] We continue and expand our discussion on the endurance of flash memory here.

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Your Logo in 3D USB Flash Drive Body

Your logo is so 2-dimensional

The logotypes or simply “logos” try to tell the whole story of a company or a brand. If you had a chance to create one, it can be a long and most of the time not overly creative process that occasionally yields fantastic results.

Fantastic or not, the logos are almost always printed on paper with the occasional exclusion of an exposition stand. What if you could take your logo and re-create it beyond the constraints of a 2D piece of paper? What if you could market it as a usable product?

We can take almost any logo and bring it into the 3D world as a USB flash drive!

Custom Shape Logo USB Flash Drive

This particular logo is 4-color molded front and back USB flash drive. It incorporates the artwork and text to create a highly versatile logo USB flash drive.

Custom Logo USB Flash Drive Open Cap

3D is Simply Better

Even with the 3D feel to the logo USB flash drive, we can do better. There are almost no limits to how your logo can be molded. The shapes don’t have to be blocky; they can be curved, rounded, acute, or obtuse. That’s the benefit of playing in the 3-dimensional world.

2-dimensional is so yesterday. It’s time to free your logo from the restraint of paper; it’s time for the 3D logo USB flash drive.

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Stop Poking Your Finger at the Screen, Use the Stylus USB Flash Drive

Perfect Tool for a Tablet

The world of personal computing has turned to tablets. It’s easy to see the reason why; they are powerful, portable, and ready to compute as fast as you can push the button to turn it on.

When the first highly usable tablet was introduced (i.e. the iPad), there has been wide skepticism about its usefulness and capability. Now, the tablets are being adopted by schools as a replacement for books and paper assignments.

In the old wold of books and paper, it has been a common practice to use a pen or a pencil to mark paper in a quest of making a mark on the world. The introduction of higher level of technology, surprisingly, has devolved us to using fingers to smear the screen with sweat and pixels. Even though a civilized hand held device exists, known as a stylus, most of us opt for using the finger. It’s simply easier to use one of our appendages rather than finding a small-single-function tool in the crevices of a purse, pocket, or some other obscure opening.

The mystery behind disappearance of small objects such as USB flash drives, Styli, microfilm, and other less interesting items may never be known; however making a device more useful is another matter. Maybe if you use it more often, you’ll remember where you last left it.

Behold. The USB flash drive and a Stylus in one!

Stylus USB Flash Drive Opened Front Viewe

Stylus with Flash Drive build in. It’s 2.75 inches in length.

The Stylus is very compact at only 2.75 inches in length. The soft rubberized point is at about 0.25 inches in width. It’s easy to slide the USB flash drive connector out for a fast connection to the Surface tablet or any other USB compatible device.

Capacitive Technology at Your Fingertips

This particular stylus is designed to be used on capacitive screens found in iPads, Surface tablets, Smartphones, and other gadgets with modern screens. While it may work with resistive (older screen technology) screens, it would not be recommended due to the soft rubberized tip.

The previous photo shows an all plastic case. The large plastic surface area allows for durable silk-screen printing of logos and text. However, If you are not familiar with the capacitive technology, all plastic case presents a problem. In order for the Stylus to work without any batteries, a conductor, such as your finger, must be utilized so that the screen recognizes it as input. The problem is easily solved with stylish conductive ridges on the back side of the Stylus.

Conductive metallic ridges enable the capacitive Stylus to work on your touch screen device

Conductive metallic ridges enable the capacitive Stylus to work on your touch screen device

When your finger is placed over the ridges on the Stylus, it’s enabled to work on your touch screen device. It’s light, ergonomic, and precise due to the 0.25 inch tip. Also, the area above the ridges can be silk-screened with your logo or text in addition to the larger area on the front of the Stylus.

Make the Stylus Yours

I typically prefer and tend to recommend multifunction USB flash drives. Such items as USB Lanyards, Wristbands, Pens, and other multifunction drives are a much better value from the promotional as well as practical point of view. The more functionality the device has, the more chance it has to be used, and therefore seen with your brand or company logo.

The Stylus is a perfect blend of modern functionality. It’s a writing tool for modern tablets, and compact storage for up to 16GB worth of data. It’s beautifully designed and has plenty of space for branding on the front as well as the back.

Make the Stylus yours by choosing your color, capacity, and packaging options (if needed). We’ll take care of silk-screening your brand name or company logo on the Stylus as well as pre-loading the USB flash drive for you.

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Full Color USB Credit Card Flash Drive For Maximum Effect

A Credit Card or Business Card?

USB flash drives are designed to be small and portable. With the small footprint comes similarly small imprint areas for logos and text. It’s often challenging to effectively display your brand or a slogan to your clients on these useful gadgets.

The credit card USB flash drives take portable to a different dimension. Instead of being just small; they are super thin. Just like a credit card or a business card. No matter what you call it, these cards are super useful for large logos, full color prints, and portability.

Canvas for Maximum Creativity

Want to use the card USB flash drive as a business card? No problem. Print your logo in front, and your contact information either with your logo or on the back of the card. Have a photo that you want to print? We can print full color with full coverage.

Photo of the actual USB flash drive Style Card V2

Photo of the actual USB flash drive Style Card V2

There is no need to look closely to see where the USB flash drive connector is. This model easily flips open to reveal the connector.

Photo of the USB flash drive Style Card V2 with Opened Connector

Photo of the USB flash drive Style Card V2 with Opened Connector

We Provide the Canvas, All You Need to Provide is Creativity

These cards are empty canvases. What you print on them is up to you. No matter what you print on them, one thing is certain. Your clients will be impressed to see your creativity revealed in all its glory. That’s before you mention – It’s also a USB flash drive!

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USB Flash Drive Big Comeback Powered By The New Age Tablet

I never knew that USB flash drives were gone

The personal computing devices have become increasingly fragmented (no pun intended). The good old PC has become a professional device – not intended for the masses. The need for great computing power is just not required for everyday tasks of writing documents, updating posts, watching a video, or even video conferencing (chat). The graphical chips (GPUs graphical processing unit) and central processing chips (CPU) have gotten fast enough for these common tasks. More performance is desired only by pros who need to operate tools to achieve specialized tasks in the information technology, R&D, or development fields.

Even with a portable version of a PC being a notebook/laptop/ultrabook, the race to create faster and more powerful units with large hi def screens, created products with fantastic computing performance; just the same as the performance of incredible battery drain.

A better product with good performance, mobility, and long battery life was desperately needed. Though, many people were skeptical, Apple was able to answer to the need with the iPad. Unfortunate to the USB devices industry as well as many who use USB devices, the iPad’s exclusion of the USB port meant bad news. With incredible adaptation of the iPad coupled with the Cloud ideology, the future of the USB devices was questionable at best.

Microsoft and Google To The Rescue!

Apple’s iPad was great news to the mobile and causal user; not so much for the USB industry or users of USB devices. The reasons of excluding one of the most widely used ports on a personal computing device could be various. It may make sense to limit the device to encourage users to integrate into the vast Apple’s app and cloud infrastructure. It also can make sense that the USB port would add cost and possibly adversely affect the look of the device. No matter what the reason was, without competition, iPad could be anything Apple wanted it to be.

Google had their answer back in 2011 in a package of a laptop – the Chromebook. The initiative was more of a feasibility study of the Google Chrome OS rather than an answer to the Apple’s iPad. However, the Surface tablet by Microsoft, just a few weeks before this post, is a great contender. Microsoft threw complete support for the USB 3.0 interface in the Windows 8 operating system.

MS Surface RT USB Port

With the new Chromebook models coming from Google backed by Samsung and Acer, and Surface tablet from Microsoft, the competition is starting to heat up. With the inclusion of the USB ports in the Chromebook as well as the Surface tablet, the USB devices have been offered another chance.

It is fortunate that folks at Microsoft and Google see the benefit of the versatile USB technology as a way to expand and enrich their devices. It’s our job as users to see if this technology still makes sense in the highly mobile world. What makes me glad is that the technological titans that are Google and Microsoft realize that the needs of the end-users drive the technology forward rather than Apple’s ideology of telling the end-users what it should be.

Conclusion

Some may say that USB devices, especially storage devices, are a way of the past. With the mentality of Cloud computing, it may seem as true. However, people still like having the data nearby and readily available regardless of the connectivity to the Cloud. The privacy of the Cloud services is a major issue as well. For those who see value in storing the data locally, with privacy, and having immediate availability through an easy USB port, rejoice – USB is back!

 

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Windows 8 – Apple Baware Or Resurgence of the USB port in Mobile Computing

The Prehistoric Times

When Apple was seen by many as a failing company, with proprietary hardware model that was not getting interest, and lack of serious software developer support, Microsoft was King. Mid 1990s were the times when the big and evil Microsoft was getting the attention of admirers and loathers alike.

Those who praised Microsoft believed that it was the future; the Windows operating system literally dominated the computing world and was only getting more market share. It had a fantastic software model through the Windows operating system and extensive developer support. It was easy to see Microsoft as the best choice for your almost any computing need.

The loathers of Microsoft, were those who pointed out the flaws of various successful Microsoft products (e.g. IE, Windows desktop operating systems, Windows Server operating systems, Exchange Server, SQL Server), and those who sat in Apple and Unix camps. Even though, most of the time, Microsoft products had more flexibility and ease of use, the Apple and Unix supporters pointed out the few benefits of their favorite products. On the Unix side, it was almost always about the stability of the operating system. I do believe that as true; however the cost was the monumental learning curve of the command line interface, and no usable solution for the desktop market (don’t get me started on NeXTSTEP). On the Apple’s side, it was simply semantics about who first came up with the user interface and the approach to best practices in usability, look, and feel of the system.  The Apple’s Mac OS operating system was not that much more stable and lacked software support to make it highly usable.

One of the main reasons Apple could not get software support is its proprietary hardware model – Apple wanted to control the hardware making process. Apple viewed themselves and still do as a hardware company rather than the software one. Microsoft’s approach was to simply look at the dominance from the software point of view. If enough hardware makers adopt your operating system, it’s a clear path to dominance. The software model proved true up to the mid 2000s.

Mobile Revolution

Skipping forward in time over Apple’s funds raising saga of the early 2000s in the iPod generation, the stage was set for the revolutionary iPhone product. Propelled partly by Microsoft with a $150 million contribution, iPod was instrumental for financing of the research and development of the cutting edge technological innovation.

iPhone was the innovation that Apple needed to succeed with its proprietary hardware design platform. If you build a revolutionary product for which you control all aspects of the software development (Apps), the OS, and especially hardware, you’ll get a massive following. What Steve Jobs he has done before with Macintosh, what Bill Gates has done with Windows, and what Steve was able to repeat with the revival of Apple – Couple bleeding edge technology with a keen sense of marketing prowess. The result is history.

Software was one of the main reasons why the previous Apple products failed. The software developers just did not get on board with Apple to develop the magnitude and breadth of products Microsoft has enjoyed for its operating system. With iPhone, Steve was ready to attack the root of the problem head on. The solution was the online market of support for the iOS (Apple’s operating system on the iPhone) – Apps and the iTunes interface. With the number of Apple followers increasing, software developers were ready to cash in with the new developer platform. It was a natural choice for both the users and developers.

During this time, there have been other products available on the market that tended to the mobile world. Company such as HP had mobile devices running Windows CE with the software support from Microsoft with most notably the Office suite, and other software companies with inconsistent product offerings. What was missing is a highly usable and coherent product with a built-in online support that facilitated a universal following. A lack of clear guidance with commitment to development and support, contributed harshly to adaptation of the Microsoft mobile platform.

Apple Takes the Crown, Users are not Frowning

Apple was able to woo a large majority of equally technologically savvy and technologically challenged people to its easy to use pairing of hardware technology and software support. Apple’s user interface was built around limited set of options that allowed to accomplish highly specialized or targeted tasks. Basically, the system was designed to protect itself from users while delivering maximum performance and usability with minimum hindrance.

Intuitive interfaces and interfaces that guess your most likely intention or choice are almost the norm now. However, these so called intuitive or artificial intelligence interfaces can pose an enormous anguish and suffering to people with relatively high technological knowledge or technical savvy. This group of people can appreciate these intuitive interfaces some of the time; however ultimately they want control over the software and/or the product.

Considering that most people don’t want to control the product beyond its restricted capabilities, and are just happy to use the devices to accomplish a limited, yet highly useful set of tasks, it’s understandable that most will not be wearing a frown. On the contrary, they will be standing in line for many hours for the opportunity to be one of the first to have such a device.

Microsoft is Lost

Microsoft has been delivering consistently better products with just a few hiccups. Windows XP is by far its most successful product for the desktop PC. It has been around for 11 years so far, and is still a choice for many users around the globe. The biggest allure of this operating system is stability and high usability. You can use the graphical interface or the command line interface to control the operating system, the software, and the loaded components. It allows you almost limitless control over everything loaded and connected to the system running Windows XP. These are the reasons why Microsoft products are loved and hated at the same time. Since there are so many options and so much potential control, users and software developers can cause conflicts and essentially bring down the system to its knees.

Software developers are just as at fault as the casual users. Writing half baked drivers for half baked hardware components or recklessly (possibly unknowingly)  deleting system files. Both can be potentially allowed and cause the system to become unstable. Once that happens, the users suffer and blame the computer maker or the operating system. It’s clear that robust protection must exist to allow smooth and trouble free operation of a device and/or software while making the device highly useful. It’s truly a fine line that has to be walked for software and hardware developers alike.

Most technologically savvy users dread the moment when Microsoft pulls the plug on the ability to fully control the aspects of the operating system. Some of these users have already switched to a more friendly Linux platform; however it’s not always easy to adapt to a new platform after a couple of decades of using the familiar Windows.

The strength of Windows has always been extensive usability, access to APIs, and software developer support. It’s important that Microsoft does not forget about the users who appreciate these capabilities as it carries on. These users are the core fans who can lend their support for Windows in all the blogs, news feeds, and conventions, despite knowing about its shortcomings, and recalling the pains of learning the ways of Windows through mystical errors, blue screens, and other inconsistencies.

Microsoft sorely needs an answer for a mobile operating system that can reasonably protect the user and itself from technological mistakes, while delivering high usability and blazing performance. So far Windows CE has not been a successful answer to the problem. Microsoft was lost in the world of mobile.

Apple Goes to Sleep While Microsoft Starts Waking up

The tragic death of Steve Jobs signaled the decline of Apple. I listen to many “experts” that try to dispel this as untrue; they say that Apple will be able to carry on. I have my doubts. Steve was instrumental in the masterminding the aggressive strategy of implementing and marketing of Apple products. Keep in mind that Apple must produce revolutionary products to keep attracting the user base to its tightly controlled proprietary hardware model. Even though, the essential software support has been established, it is not enough to sustain Apple’s model by itself. Either Apple needs to allow for the licensing model for other hardware manufacturers to participate in, or they need to aggressively pursue the development of revolutionary products. They can do both to secure their spot on the top; however, it seems, the tendency is to do neither.

Apple is currently under attack from the entire technological industry. Hardware makers such as Samsung, HTC, Google+Motorola, Asus, Acer, Dell, HP, Lenovo, MSI are among the few on the offensive. The largest software powerhouse – Microsoft has also woken up with its biggest anti Apple canon – Windows 8. With its excessive knowledge and establishment in the industry, they will easily pair up with the hardware powerhouses to produce powerful weaponry against Apple (thinking Transformers). And with no technological marvels on the horizon; Apple may be vulnerable.

The other large powerhouse – Google has been awake for some time with the Android operating system. Now Google combines with Motorola to produce a quite menacing combination that can produce the bleeding technological marvels faster than Apple – Google+Motorola.

It seems that Apple has gotten complacent while basking in the wealth and popularity of its followers. In the good times, it’s easy to forget how hard it was to get to the top. Without an aggressive, paranoid, and genius leader, Apple is rotting and there is no one to reverse the process. Now, an exceedingly large corporation, lead by the highly educated financially oriented individuals, Apple has gotten slow, safe, and focused on the blend corporate mentality. This kind of mentality has killed the future of this company before, and is getting ready to kill again.

Microsoft has been lacking the direction from its aggressive leader as well. Bill Gates has pursued other interests and it shows in the lackluster performance of the company in the past decade. Windows 8 has been long overdue to power the hardware that has been ready for sometime now. Knowing Microsoft products well, I’ll not be surprised by many bugs, service packs that follow, and numerous issues with the new operating system. Most likely, in a year or two from its initial release, the Windows 8 operating system will be a great choice for those who are familiar with the look and feel of Microsoft products and those who try it from the Apple realm. Even here, the aggressive stance with development, marketing, support, and implementation is essential for the future of Windows 8. Google+Motorola is not patiently waiting to allow its Android platform to be easily dominated.

Oh Joy! The USB Port is Back!

For the reasons, not widely known, I was compelled to write an extremely long introduction to the simple notion of the return of the USB port. One of the reasons, I am happy to disclose, was Apple’s proprietary hardware design that heavily affected the experience and the technology that could or could not be used with Apple products. While Apple products allow for ease of use, they limit what users can do. As was previously discussed, the limits can protect the device from reckless, improper, or unintended use; however the limits, by their nature, disallow access to features or technologies. More importantly, in case of Apple’s hold on its proprietary hardware, the limits can severely punish or reward technologies at the discretion of Apple’s management.

Case in point – the USB port; the lack of the USB port on the iPad and the lack of interest to add such capability has made the USB devices less desirable. The convenient USB flash drive was placed on the road to being obsolete by increasingly high adaptation of the iPad.  Users have been forced to store data on the cloud or store the data locally on the device with no easy way of making the data transferable via any other means. The cloud can be a good choice for some users; however, as we discussed in the previous blog entry, some users may still prefer the local transferable storage.

It was to my great surprise and satisfaction when I read that the Windows 8 based tablets will support USB interface with at least one USB port.

Intel’s tablet suited chips do not feature the native support for the USB interface; however AMD has on chip built-in support, and therefore is easier to integrate with less power consumption.

I’ll put off the topic of processor or accelerated processing units (APU) for tablets for the next post in our blog. The APU design, and especially the power consumption is critical to the performance of Windows 8 tablets. Thus, any chance of success is resting notably on Intel’s and AMD’s shoulders.

Conclusion

Windows 8 paired with the hardware titans such as Samsung, HP, Acer, Asus, Dell and others along with Google’s Android + Motorola pairing come to wake Apple up, and give a dose of healthy competition to the world of technological innovation. When there is healthy technological competition, users choose what technology is best. With the introduction of Windows 8, hardware makers are able and willing to return the USB port back to the masses. I welcome the return, and quite glad that finally the users are given a chance to drive the future of mobile technological innovation through availability of choice.

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