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The Amazon Kindle reader has been instrumental in the development of the e-book reader and e-book market. The original Kindle was released in November of 2007. The Kindle 2.0 was released in February of 2009 and the large format Kindle DX followed in the summer of the same year.

Amazon’s Kindle readers led the market with a 60% share of all U.S. e-book reader sales. Sony’s PRS reader – which was actually available in 2006, some time before the Kindle – followed in second place with a 35% market share. Other companies quickly saw the huge potential of the rapidly developing e-book reader market and either launched or updated their own readers in order to get a share of the available sales.

Manufacturers like Bookeen, Plastic Logic, Sony and Barnes and Noble worked hard to get their share of the rapidly developing market. However, the Kindle readers dominant position seemed to be well established, if not unassailable. It was only with the release of the Apple iPad that the Kindle faced any serious competition – despite the fact that the two devices were very different and were, you might imagine, aimed at different market segments.

Since the release of the iPad, e-book reader prices have dropped significantly. The Kindle 2.0 is currently selling for just $ 189, a huge reduction over the $ 359 launch price of February 2009. The large format Kindle DX has been upgraded, being fitted with a new improved screen, and has had a price reduction from $ 489 to just $ 379. Barnes and Noble have also dropped the price of their Nook reader from $ 259 to $ 199.

The price of e-book readers may be falling, but the same cannot be said about the price of the e-books which these devices are used to read. Again, Apple had a hand in this. Apple had, in advance of the launch of the iPad, set up their own book store and negotiated a pricing deal with the major publishing houses which basically allowed them to fix the price of their e-book editions at whatever level they wished. The only caveat being that they could not offer the same e-book version at a lower price for any other reader. This effectively put paid to Amazon’s policy of pricing e-books at $ 9.99 or lower and was very popular amongst the publishing companies.

Amazon may have had to abandon their policy of pricing e-books low – but that wasn’t necessarily a catastrophe for them. Considering the way that Amazon have made it possible to read Kindle books on such a wide variety of different devices,  it must be obvious that Amazon are more interested in book sales than hardware sales. Currently you can use the PC, the Mac, the iPod Touch, the iPhone, the iPad, your Blackberry and any device which uses Android to read Kindle books (and no doubt there will be further  free Kindle apps in future). The latest downward price movement for e-book readers and simultaneous price increase for e-books means that Amazon can now sell the hardware for less and make their profit by selling e-books over the life of the hardware. The same will apply for Barnes and Noble and Apple themselves of course.

This is a trend which may well favor those companies who have an interest in both book and hardware sales. Considering the current number of devices which can be used to read Kindle books, it looks as if Amazon will be a major player in the future of digital publishing for some time to come.

Technorati Tags: Amazon Kindle, ebook readers, electronics, technology

The Amazon Kindle reader has been instrumental in the development of the e-book reader and e-book market. The original Kindle was released in November of 2007. The Kindle 2.0 was released in February of 2009 and the large format Kindle DX followed in the summer of the same year.

Amazon’s Kindle readers led the market with a 60% share of all U.S. e-book reader sales. Sony’s PRS reader – which was actually available in 2006, some time before the Kindle – followed in second place with a 35% market share. Other companies quickly saw the huge potential of the rapidly developing e-book reader market and either launched or updated their own readers in order to get a share of the available sales.

Manufacturers like Bookeen, Plastic Logic, Sony and Barnes and Noble worked hard to get their share of the rapidly developing market. However, the Kindle readers dominant position seemed to be well established, if not unassailable. It was only with the release of the Apple iPad that the Kindle faced any serious competition – despite the fact that the two devices were very different and were, you might imagine, aimed at different market segments.

Since the release of the iPad, e-book reader prices have dropped significantly. The Kindle 2.0 is currently selling for just $ 189, a huge reduction over the $ 359 launch price of February 2009. The large format Kindle DX has been upgraded, being fitted with a new improved screen, and has had a price reduction from $ 489 to just $ 379. Barnes and Noble have also dropped the price of their Nook reader from $ 259 to $ 199.

The price of e-book readers may be falling, but the same cannot be said about the price of the e-books which these devices are used to read. Again, Apple had a hand in this. Apple had, in advance of the launch of the iPad, set up their own book store and negotiated a pricing deal with the major publishing houses which basically allowed them to fix the price of their e-book editions at whatever level they wished. The only caveat being that they could not offer the same e-book version at a lower price for any other reader. This effectively put paid to Amazon’s policy of pricing e-books at $ 9.99 or lower and was very popular amongst the publishing companies.

Amazon may have had to abandon their policy of pricing e-books low – but that wasn’t necessarily a catastrophe for them. Considering the way that Amazon have made it possible to read Kindle books on such a wide variety of different devices,  it must be obvious that Amazon are more interested in book sales than hardware sales. Currently you can use the PC, the Mac, the iPod Touch, the iPhone, the iPad, your Blackberry and any device which uses Android to read Kindle books (and no doubt there will be further  free Kindle apps in future). The latest downward price movement for e-book readers and simultaneous price increase for e-books means that Amazon can now sell the hardware for less and make their profit by selling e-books over the life of the hardware. The same will apply for Barnes and Noble and Apple themselves of course.

This is a trend which may well favor those companies who have an interest in both book and hardware sales. Considering the current number of devices which can be used to read Kindle books, it looks as if Amazon will be a major player in the future of digital publishing for some time to come.

Technorati Tags: Amazon Kindle, ebook readers, electronics, technology

Ever since the start people began forming organizations, being lured by ham radio technology. Unlike regular CB radio ham radio is not limited to only 4 watts. The available wavelengths are more diverse and less cluttered and you can even be granted access to very specialized teletype and television frequencies. Satellites act as relay stations so it is possible to communicate with the far reaches of the globe. There is a price to pay for access to all this wonderful technology of course, you need to take and pass a series of licensing exams.

Amatuer radio offers many licenses for different levels of users.

The Novice license allows operations access to several High Frequency bands via Morse code in addition to ssb broadcasting by voice between 28.3 and 28.5 MHz also between 28.1 and 28.3 for radio teletype. To access these frequencies all you need is a 10 Meter Radio Although these radios are often referred to as a 10 Meter CB Radio they are quite differnt as a CB radio does not require you to have a license and a 10 Meter Radio does. SSB and FM transmissions are allowed between 222.01 and 223.91 Mhz and also 1270 – 1295 Mhz.To gain the Novice Class you need to be able to interpret Morse code at a rate of 5 words per minute and complete a theory test..

The Technician license restricts voice communication to the same frequency range as the Novice in addition to the VHF and UHF ham radio bandsGetting a Technicians license gives access to the VHF and UHF bands.~The Technicians license means that you can now transmit on the UHF and VHF frequencies. To obtain this license you need to pass a theory examination which includes questions about FCC rules and requirements.

The next license up, the General radio amateurs license, grants you HF, VHF and UHF. To achieve this level of license you must be able to operate Morse code at atleast 13 wpm and pass tests on general radio theory and FCC requirements.

The Advanced radio license allows access to a larger selection of frequencies in the HF band, but to be able to get this you must have completed the General class Morse Code and radio theory tests and a more advanced radio theory exam.

In the US the highest amatuer radio license you can receive is the Extra Class.. Getting the Extra Class Licence means you receive access to every frequency  designated to ham radio broadcasters. To get this license you must already completed the earlier licencing exams and pass a new, more complicated theory and morse code test..

The American Radio Relay League is a non profit group that helps amatuer radio broadcasters complete their exams by distributing all the materials you may need.

CB radio offers a solid alternative for individuals not interested in taking tests. The nice thing about CB radio is that it is open to everyone. The language used is relaxed and there’s no need to learn Morse Code. Just go purchase a radio and an antenna and you can get started. Sound like something you want to try?

Technorati Tags: amatuer radio, cb radio, technology

A Bose iPod docking station enhances the features of a digital music system, expanding it according to the user’s needs. The combination of docking station and iPod has multiple advantages: music plays without interruption and the iPod charges while playing. Then, you can control the iPod from across the room by means of a remote that operates the sound-dock system. The quality of the sound increases thanks to Bose technology. The Bose iPod docking station thus becomes a system defined by plug-and-play simplicity and user friendliness.

The small-sized design allows the use of the Bose iPod docking station in all sorts of locations, depending on the need. No technical training is necessary to set the devices. The package contains adapters for different iPod models, speakers and a stand that make the unit. You first need to insert the adapter at the base of the device, then connect the Bose iPod docking station to a power outlet and finally connect the iPod. The device enables quick access to any favorite songs in your playlists although they are usually played randomly.You can turn the device at maximum volume and still get fantastic clarity with no distortions.

Bose iPod docking station is pretty small and lightweight, working great on any shelf in the apartment. The very ultra-modern design allows for a very discrete presence and a good match with almost anything you may have in the room. The iPod features are integrated very well, not to mention that charging features do not leave the iPod without battery. Besides music functions, the Bose iPod docking station can work as an alarm clock, allowing you to wake up on a previously selected tune.

The remote control of the Bose iPod docking station does not interfere with the functions of the iPod. You can just control the previous or next track, the volume and the on/off features. The iPod and the station interact very little in the combined usage with the Bose iPod docking station. The issue of the compatibility should not be overlooked; normally the owner’s manual lists all the versions available. Before the purchase check everything thoroughly.

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Technorati Tags: computer, electronic, product_reviews, technology

About two decades ago, the internet was still crawling in its baby stages. By then, the main medium of data transfer via internet happened thanks to coaxial cables made of copper. The maximum speeds would go into kilobits per second. Few households could afford to have internet connectivity throughout the day.

In recent years, more impressive and advanced technological developments such as ADSL (assymetric digital subscriber line) came in to play escalating internet speed limits without bounds. Therefore, the term broadband internet connectivity was used to refer to these systems. This also helped reduce the cost of internet connectivity as a whole and therefore popularised the internet in many homes.

Wi-Fi systems were introduced further down the line which popularized the internet users due to its convinience of being able to get online and share content. Then came mobile networks that gave users even higher speeds and wireless connectivity with the advantage of mobility. Users could carry they re 3G modems anywhere and have broadband internet connectivity with speeds up to 7megabits per second. This, however, was costly and therefore was more popular with the corporate world.

From recent, the focus has fallen on fiber optic technology where it was proven efficient in comparison to coaxial cables or 3G networks. Using the miniscule threads like wires made entirely of glass or plastic fiber optic technology performs miracles in every day life. Using internal reflections of light to transmit data in form of pulses, unlike copper cables, the fiber optic technology saves energy that would otherwise be lost during transmission. Optical fibers used in fiber optic technology has no interference with electromagnetic waves during transmission making the flow accurate.

Fiber optic technology of course does come with higher badnwith and faster connectivity than ADSL or 3G . A single ultra-thin optical fiber used in fiber optic technology can transfer much more data per second than a much larger copper cable therefore making it a cheaper alternative. Data speeds currently are in the range of 33megabits per second. We are looking for a brighter future as far as fiber optic technology is concerned. A future where data transmission will be much faster and the costs will be lower.

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Technorati Tags: computer, fiber_optics, hardware, technology

Did it cross your mind that traditional tools we use around the house are no longer able to help us with many things that we need to do? This challenge is not only common for lay people but also for professionals. When it comes to fiber optic tools, they are a kind that keeps evolving all the time. If you are a professional that provides fiber optic services, fiber optic tools are something that you cannot live without. Any fiber optic technician would carry a VFL, also known as Visual Fault Locator.

Many experts agree that a lot of work can be done using a Visual Fault Locator however it is a painfully long and energy wrenching job because much manual work needs to be done section by section. Checking a fiber optic cable inch by inch could also bring about damages, therefore, experts suggest that fiber optic technicians use proper fiber optic tools.

Common fiber optic tools such as a high quality launch cables and optical time domain reflector will save a lot of time and money for you while giving you the opportunity to spot out the problem at one go. However, when it comes to choosing fiber optic tools, you ought to consider your compentency level and the requirement because not just any fiber optic tools will suit your need.

Internet is full of resources on how to fix fiber optics and associated issues. But if you are involving in such things out of curiosity without any background knowledge of what you are doing, you should probably stop and think twice. So unless you are two hundred percent sure that you could use  do it yourself  fiber optic tools in to repairing your system, do not get involved!

A fiber optic technician would charge quite a bulk charge but if you try to accomplish the task on your own without qualifications to do so, you may end up damaging the whole system. Therefore, be careful when you meddle around with fiber optic tools. If you are a professional or if you know what you are doing, you could most certainly go ahead and fix that cable. All major super stores will sell fiber optic tools kits that you need. So good luck hunting for those fiber optic tools!

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Technorati Tags: computer, fiber_optics, technology, tools

Compared to many other ways of communication used today, fiber optic communication is somewhat new. The use of advanced technology is common in fiber optic communication. Though the concept itself is a very complex one, putting it lightly, fiber optic communication involves transmitting ‘pulses of light’ from one location to another through the use of ‘optical fibers’.

In the improvement of the use of fiber optic communication people like Harold Hopkins, Van Heel and John McChensy have contributed immensely . Fiber optic communication has numerous superior qualities when compared to ‘copper wire communication’ of the past but still fiber optic communication systems remain expensive to install and operate though many are of the opinion that it the cost of using this particular method has come down especially after the end of year 2000.

Fiber optic communications is used in many forms of needs today. Networking, communication related to the medical sector, telecommunication and even data communication are few such cases. However with the cost factor taken into consideration fiber optic communication is probably best used in cases of long distant applications.

The all important ‘information age’ has been appeared with the invention of fiber optic communication. There is a huge importance and value in putting forward this step to bring out fiber optic communication. In the process of fiber optic communication these fiber optic cables play a huge role.

The tasks that these filmsy transparent cables are capable of are sometimes hard to believe. These cables are used in innumerable ways in various sectors from operation theatres to enhance the décor in houses. In this modern hi-tech world the uses and the demand for the fiber optic communication is comparatively high. Commercially probably fiber optic communication has some way to go to make an impact globally not confined to the boundaries of affluent, developed countries.

With the correct marketing abilities this highly reliable method of data transmission has a very bright future ahead. The future is bound to hold its mysteries and surprises. However looking at trends now it is certainly not impossible to predict that the giant of the communication industry another 10 years into the future might be a mere set of transparent cables.

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Technorati Tags: communication, computer, hardware, technology

All the images and data provided by an electronic USB microscope can be transferred into a computer simultaneously with the capturing. Very much like a digital camera, the USB microscope provides quality digital photos and full videos from lab work. From research to teaching, the number of applications for an USB microscope is huge. The price of the devices depends on several factors such as the clarity of the image photograph, the video size, the digital resolution and the capture speed. Moreover, a very large number of microscope designs rely on USB technology.

Thus there are low power stereoscopic microscopes, high power biological compound light microscopes or specialty microscopes, adaptable to almost any application that requires digital capturing and photography imaging. There are even combined devices that include both a USB microscope and a video projector to send the captured photo on a large screen for analysis. Thanks to the implementation of the USB technology, any biological research and microscopic investigation can be archived in the form of digital files. Immediate capture, instant viewing and the archiving availability are a few advantages of combining the use of a microscope with that of a computer.

A USB microscope is definitely not cheap, anyone interested in making a purchase should do a research and find out about the possibility to get discounts. The USB microscope factory price is the cheapest you can get because every reseller adds something extra. When buying more units to equip an educational institution or a research facility, it is important to see whether you cannot negotiate discounts in the conditions of the higher purchase. Depending on the complexity of the USB microscope, some devices cost under $ 100 while others are higher than $ 500. Besides the price, the technical details deserve all the attention too.

The resolution has to be good and the light contrast and the focus have to be very fine with an USB microscope. The compatibility with the Windows operating system, the software required for the installation and the instructions to make it functional should not be neglected either. The video capturing and the editing of the pictures should be possible as soon as you install the program. The applications for a USB microscope are not limited to lab research, as such devices are widely used for jewelry work, document and coins analysis too.

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Technorati Tags: computer, hardware, technology, usb

Fiber optic patch cables are widely used for high speed communication needs and they can be found in routers, fiber patch panels, media converters and even in hubs and switches. Fiber optic patch cables are preferred over normal copper cables because use of fiber optic patch cables result in comparatively lower loss of signal and because they are highly reliable . The military prefers fiber optic patch cables because these cables are hundred percent immune to any electromagnetic interference.

The cost factor effects the choices of many people where the battle between copper cables and fiber optic patch cables are concerned. However, one prominent point to distinguish is that fiber optic patch cables are hundreds of times, if not thousands, faster than regular ones. A cleverly designed and planned out cabling network using fiber optic patch cables could actually end up being less expensive for you. Also remember the faster the copper cable gets, the more it will cost you. So after all, maybe copper cables might not be as cheap as you think. If you think in terms of networks cost and not just of cabling component costs you might even find that fiber optic patch cables are comparatively cheaper.

Fiber optic patch cables quotes are abundant, if you search online. However, don’t make price your central deciding factor as cheaper fiber optic patch cables may cost you double in terms of trouble, money spent and effort in the long run. A reputed firm might give you a 10 year or more warranty for fiber optic patch cables and that is definitely going to be an advantage for you. Fiber optic patch cables are used in a variety of conditions from local area network to airplanes.

Especially with communication industry hiking up the list of importance, fiber optic patch cables have walked hand in hand in the journey, facilitating many a thousand requirements around the globe. If you by any chance, hope to get in to telecommunications or similar, acquiring thorough knowledge about fiber optic patch cables is a must. If you want to get to know the basics of fiber optic patch cables, a simple online search would do. However, if your hope is to master the subject, expert advice and a formal course of study will be needed.

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Technorati Tags: computer, fiber_optics, hardware, technology

Fiber optic cables are a common factor in cable television industry. Internet and also some other communications mediums. Fiber optics will carry digital information over long distances through a strand of optical thin glass. Fiber optics is very thin strands of glass or plastic fiber that carry light along its length and is widely used in fiber optic communications because it allows communication over long distances at higher bandwidths compared to other forms of communication.

Because of the sudden improvements in fiber optics these higher end signal carriers have replaced the conventional core type electrical wires in many industries. How it works is fiber optics are long, thin strands of pure thin glass that are arranged in bundles referred to as optical cables that are used to transmit light signals over long distances. A single optical fiber consists of a core that is the thin glass center of the fiber where the light travels, cladding which is the outer optical material around the core that reflects the light back into the core and a buffer coating which is a plastic coating that protects the fibers from damage and moisture.

Due to its smooth transition, fiber optics are recommended for longer distant signal transmission. Some main benefits of using fiber optics is its low loss, high data carrying capacity where a single high bandwidth fiber cable replaces thousands of electrical links and long distances between amplifiers. Unlike in electrical wires in fiber optics there won’t be any crosslinks. Although fiber optics being higher in value, it will save some money in the longer run with less maintenance. Fiber optics will result in clearer and more quality reception unlike the other types of mediums due to its less interferences.

Lower power transmitters can be used instead of high voltage electrical transmitters due to less power loss in fiber optics. Fiber optics is most often suited for carrying digital information which is why most industries such as telecommunications and computer networks are frequent users of it. Due to the flexibility of fiber optics usages today it is often seen in almost any industry.

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Technorati Tags: computer, fiber_optics, hardware, technology