Why The Internet Of Things Is The Biggest Tweak In The Digital India Construct

India is on the cusp of innovation and is going all guns blazing to digitize the citizen-centric services. One of the greatest challenges testing this collective vision will be to prudently channelize gains, to refine the standard of living of the poorest of poor. We just need to put a series of interconnected devices exchanging information with one another into any digital channel, and the benefits of urban amenities will become accessible to all citizens. This is precisely the purpose which the concept of the Internet of Things (IoT) serves. IoT lends intelligence to the citizen-centric services through a precisely designed network of devices and sensors that facilitates intelligent communication between a user and a device or between two devices.

India’s service sector is still evolving and pushing it into the digital realm will enhance its reachability. IoT will hold a major stake in such a transformation by trimming down the reliance on an extravagant physical infrastructure to deliver education, health, and financial services. Indian government’s strides towards paperless governance are beautifully completing this drive of innovation. Digitizing the official processes will expedite the implementation of policies by making a short work of red-tapism. Things are falling into place with mobile phone networks reaching to every nook and corner of rural lands. There is a need to club this seamless network availability with IoT, and the way people harvest, acquire education and handle their finances will be revolutionized forever.

Rural India can benefit from the trickle down effects of the country’s thriving digital economy through the smart connectivity of devices. IoT can penetrate our cottage Industry, and open gates for the local or traditional products by linking them to our e-commerce industry. IoT holds immense relevance for our rural ecosystem that is gaining strength from flagship schemes like Jan Dhan Yojana which attempts to push the boundaries of financial inclusion by making the basic banking services tangible for the poorest of poor. Opening a bank account is one thing but to make a remotely located individual access that account without any locomotion hassles is something that IoT can achieve with ease. Banks are now paving way for business correspondents who travel to the remotest of areas to let people avail the basic banking services through smart devices such as mobile ATMs or card readers. These devices are seamlessly connected to the back offices of banks. IoT focusses on a smart interpersonal communication to avail urbane amenities over a vast network of connected things, from the comfort of home. This makes it a potential deterrent for the rural to urban migration that is flooding the urban milieu with ill-functioning slums.

With a bulk part of our GDP resting on the shoulders of farmers, no innovation can pass the litmus test without transforming the diaphragm of our Agriculture Industry. IoT is bound to revolutionize our obsolete farming methods by facilitating a network of smart devices to gather real-time information on weather, the pH level of soil, and fluctuating market price of a specific crop. This information can then be sent to mobile phones via cloud technology. Such real-time information will lay the foundation for an optimized farm management, and farmers will prudently handle the vagaries of weather to prevent frequent crop failures. Novel initiatives like Per Drop More Crop will get a major thrust as IoT can augment the irrigation management through smart sensors placed in farmlands. Through Real-time tracking of moisture levels of soil, farmers can regulate the irrigation levels, thus lending a helping hand in our collective fight with Water scarcity.

India has amplified her efforts to voice concerns over Climate Change on global forums and has expedited the implementation of economically viable methods to maintain the sanctity of nature. The ever-expanding carbon footprints are garnering concerns from all over the World. A developing country like ours will have to show utmost prudence to keep mobilizing the bandwagon of innovation along with keeping the carbon emissions under check. IoT has the potential of ushering in an era of impeccable energy management by making way for smarter grids to cut down our transmission and distribution losses. Such losses account for nearly 23 percent of the electricity generated. IoT can enable a network of carbon emitting devices that can be accessed from a remote location so that users can turn off or turn on such devices at will. Such devices can inform users about the technical faults with electric circuits through real-time alerts, and also throw light on their energy consumption patterns. With Indian Government giving impetus on the advent of Smart Cities, the need for state of the art energy management systems is sure to get a major push.

IoT is playing a crucial role in the resurrection of our ruptured healthcare sector which is dented with overcrowded hospitals. Land for the brick-and-mortar hospitals is shrinking gradually and the diseased from a remote area has been left with no access to specialists. The interconnected smart devices are catapulting the prominence of telemedicine which will eventually make the in-person visits a thing of past. Through a telecommunication infrastructure, a thorough diagnosis can be done by a specialist from a remote location and medication can be prescribed based on the medical data recorded by smart devices. The concept of IoT has stuck a chord with reputed hospitals in metros. Most of them are offering remote consulting services to areas having low penetration of medical facilities, through a smart network of devices. There is no need for patients to keep a track of their medical data as all relevant information is automatically transmitted to doctors for analysis.

With Indian Government being utterly upbeat about the Digital India Programme, IoT is surely going to be an invaluable cog in the wheel of country’s digital Infrastructure. It will take an enormous effort to make the numerous digital channels of this thriving infrastructure accessible to a large populace. Technological and cultural challenges will have to be tackled in order to sensitize people from all walks of life to this incredible drive of innovation. More importantly, such dedicated efforts will lead to an all-inclusive Indian society where quality services pertaining to education, health, and finance will be just a click away.

A History Of Global Telecommunication Agencies

Throughout the twentieth century, you will find that the communication industry has grown to prominence within the public sector. As communication technologies have gained more mass-appeal, so have the Telecommunication Agencies who have seen a large rise within their sector. This continues right up to today, as you can see how far they have come by looking back into their past.

Over the years these types of agency have provided a way of regulating the communication networks and keeping them a more viable option for consumers. This does not include just the network, but the market as well as they aim to keep it more productive. With their authority they can oversee such factors as fees that are instigated for licensing and subscribing to services.

With radio communications it is the case that the agency manages the frequency spectrum and licenses it accordingly. Licensing of the content itself which is being broadcast has usually been set within the domain of the government of any given country. These companies can then be privatized or state controlled as they maintain their level of authority over the airwaves.

Depending upon the country in question, many types of agency were started by the governing state so as to oversee what was viewed of as a national resource to many. Then, in turn, a lot of the bureaus became privatized, which all depended upon what regulations were brought in by the government. This was often done in order to increase the amount of competition.

Regulatory bodies are required within all aspects of public life, so as to ensure that what they are managing is kept within the public interest. That was the purpose behind this type of agency, as telecommunications began to seep into everyday life during the twentieth century. Frequency and airwaves are important in this, as they have been an essential factor in an increasingly global society.

With the digital age now, there has been a need for them to advance as the technology around them has also progressed as well. This has become harder to manage from country to country though, as communications have now gone global. Regulating and overseeing the increasing amount of different communication methods has now become a major concern as many advocate freedom as well.

As communication technologies have gone global there has been a need to overhaul this type of agency and bring them in line with current thinking. Whilst they still have some semblance of what they were, they have also drastically transformed to maintain their contemporary status. Much of the time this has meant they have become privatized so as to work freely beyond borders with fewer restraints.

The current question is; what does the future hold for these types of agency and how will they continue to progress into the next century? One thing for sure is that Telecommunication Agencies are just as important now as they ever were. With the status of global communications and ownership still open to interpretation, you will see a lot of changes in the years to come.

Analog Signals Are a Thing of the Past With Digital TV!

Digital TV caters to the requirements of those who are tormented by unpleasant audio and deformed images. Nevertheless, this is not all that Digital TV (commonly referred to as DTV) is all about and the notion engulfs in itself, much more than what the users expect. Simply put, if something can give a tough fight to the obsolete analog TV, it is none other than the DTV. Lo and behold, shunning out the usage of analog signals, which are considered to be outdated and old-fashioned, is what sums up this new-age technology.

Technical Nitty-Gritties
The transmission of sound and motion/moving pictures over digital signals is what best construes the concept of Digital TV. Undoubtedly, this service brings along an avalanche of advantages. Nevertheless, not many people might know that this service can be availed or transmitted through various mediums. Though there are several alternatives, antenna is still the medium of choice for millions of users. This is because, it is a tried and tested option and not many people wish to deviate from it. Also, there isn’t much awareness about the other mediums available.

Nevertheless, like all other technologies, DTV can not work on its own. In other words, it needs the assistance of certain formats to be able to deliver the desired output. This is when Standard definition television and High-definition television step in. Both of these are quite similar in functioning, though their acronyms differ. While the former is popularly called SDTV, the latter is known by the name of HDTV. It terms of the functionality, their behavior differs as per the aspect ratio being put to use.

Sources of Service
The users who wish to avail this service have too many options to choose from. As a matter of fact, most of the biggies that are related to the domain of telecommunication and television broadcasting offer this facility. Some of the firms that have carved a niche for themselves in this domain are BT, Sky TV and Virgin Media, in addition to Top Up TV. The users can go ahead with either of these or any other well reputed firm. Due emphasis should be laid on the previous track record of the provider for you would be spending your hard earned money to avail the services. Nevertheless, these providers and others in the race have tailor-made packages on offer. You can opt for the one that takes care of all your requisites. Needless to say, the cost incurred differs as per the package availed.

Advantages Galore
Reportedly, by the end of 2010, most of the nations would have already switched over to DTV. In 2009 itself, more than ten countries took an initiative and bid farewell to obsolete analog signals. Hence, it can be said with surety that the figures for this year would definitely swell up. Nevertheless, not many people know that despite the presence of hundreds of tech-savvy nations, Luxembourg was the first country to proceed in this direction and switch over. The transition to over the air broadcasting took place in circa 2006. Since then there has been no looking back for many nations have followed the suit. The reason for this transition is pretty simple. This technology encompasses an avalanche of stimuli that make people go gaga over it. Some of the accomplishments that DTV can materialize are –

Parental Lock – For those who are not comfortable with the adult content being shown on TV, this feature comes in handy. As a matter of fact, it acts as a panacea for those who have kids at home. With this feature, you no longer need to monitor each and every program that your child watches. Simply turn it on and you are good to go.

Video on Demand – If you are one of those people who like to watch the latest flicks, then this one’s for you. Sometimes, you might be charged for this service. Hence, before opting for this add on, you should cross check the rates applicable.

Games – Some of the most interesting games accompany this service. These games not only provide relief to the target audience that is the teens and kids, but also act as stress-busters for the grown-ups. Moreover, they help boost up your concentration power.

There are innumerable benefits and the aforementioned listing is only indicative of what this mesmerizing service has in store for you. Nevertheless, a clear picture and an amazing sound output are the two terms that comprehend the Digital TV in the most appropriate manner.

Basic Telecommunications Signalling

The demands put on telecommunications signalling system keep changing. Signalling is a very vital part of telecommunications and has a number of characteristics that it needs to exhibit. A signalling system must be able to cope with large numbers of calls or requests at one time without becoming noticeably slower. At the same time, the cost of running the signalling system must not detract from a carrier’s ability to make money.

The system must be reliable and always be available for use. As components or individual messages can fail, the system as a whole must contain devices and procedures for recovering from problem areas.

One deficiency of early signalling systems based on tones was that it was very hard to adapt them to new requirements. This problem ran on into Signalling System #6 which was also a computer protocol but designed for absolute bandwidth efficiency; it was not easily capable of extension. Thus Signalling System #7 was born.

Between PABXs we often use DPNSS which stands for Digital Private Network Signalling System. This protocol is used on digital trunk lines for connecting two PABXs. It supports a limited set of inter-networking facilities based on the ISDN protocol. This protocol has been defined by BT

A subscriber and telephone company notify each other of call status with audible tones and an exchange of electrical current. This exchange of information is called supervisory signaling. There are three different types of supervisory signaling:

On Hook – When the handset rests on the cradle, the circuit is on hook. The switch prevents current from flowing through the telephone. Regardless of the signaling type, a circuit goes on hook when the handset is placed on the telephone cradle and the switch hook is toggled to an open state. This prevents the current from flowing through the telephone. Only the ringer is active when the telephone is in this position.

On Hook – When the handset is removed from the telephone cradle, the circuit is off hook. The switch hook toggles to a closed state, causing circuit current to flow through the electrical loop. The current notifies the telephone company equipment that someone is requesting to place a telephone call. When the telephone network senses the off-hook connection by the flow of current, it provides a signal in the form of a dial tone to indicate that it is ready.

Ringing – When a subscriber makes a call, the telephone sends voltage to the ringer to notify the other subscriber of an inbound call. The telephone company also sends a ringback tone to the caller alerting the caller that it is sending ringing voltage to the recipient telephone. Although the ringback tone sounds similar to ringing, it is a call-progress tone and not part of supervisory signaling.

The Digital Subscriber Signalling System No.1 (DSS1) is a suite of protocols that provides the means for users to invoke the full range of services and capabilities available from the Integrated Services Digital Network (ISDN).

The Q.931 standard defines a protocol that takes care of these services. This protocol is located at the third, that is, at the network layer of the OSI protocol stack. All the above mentioned signalling is achieved through the D-channel defined by the ISDN standard. Q.931 will use this channel for setting up the wanted connection. As stated in the OSI reference model, higher protocol layers depend on the services provided by lower layers. Thus Q.931 is requesting services from the data-link layer which resides at layer two. The Q.921 standard defines a protocol that can be called a Data-Link Service Provider (DLSP). Q.931 is thus the data-link service user (DLSU). Q.921 is also better known as LAPD, as in Link Access Protocol D-channel. Service requests that come from the above layers are packed in LAPD frames and are sent through the network. All Q.931 messages are built up by a certain message body.

Telecommunications & Broadband Internet Revolution In UAE

As I am involved in the telecommunication industry for almost for 2 decades I have been observing how UAE in particular & the world as a whole is witnessing a revolution in communication: we are moving from industrial society to post-industrial society. This latter takes today the shape of a society of information, of the immaterial and of knowledge. Everyday we have the opportunity to observe this fact. With the growth of infrastructures during the 80’s & 90′ and recent development in construction boom and with skyrocketing oil price the inflow of cash flow into the economy this new society is sharply characterized by developing fundamental scientific and technical features on the one hand and by its institutional evolution on the other. The most significant technical aspect in this trend towards this new society is convergence. The ongoing digital revolution which consists in changing a message of any kind of multimedia and 3 G global mobiles (GSM) into a digital signal. Communication is then endowed with one universal language.

This society is announcing the era of knowledge which becomes the source of economic power and wealth. If we consider that the Internet is undoubtedly the bearing network of the new economy, it is observed that a large digital divide may be deepened. The percentage of internet goers here are between 70% to 85% of the total population. The internet cafĂ©’ is booming as general population started to understand the use of internet, dsl, B1(business one) and its benefits. The ongoing revolution is much more rapid than the industrial revolution and the mature process towards the new society will take only a few generations.

Since January 1998, telecommunication markets of most countries of the European Union are completely open to competitiveness. In Asia and Latin America, the end of monopolies is scheduled between 2000 and 2002. Such radical changes in the sector of telecommunications have favored the emergence of new players in this field and increased their number. To give an example, there exist presently more than 450 GSM providers around the world.

International Union of Telecommunications which was set up in 1865 in Paris in an environment characterized by the State management of telecommunications finds itself in extreme obligation to develop and adapt itself to this new environment. The service provider here is members of the IUT & is recognized as one of the top players. They are expanding their service to Middle East, then globally to Africa and now entering to Indian market to explore the vast opportunity. This was not understood in the past while telecommunication was at primitive stage and there was less economic activities. The economy is booming side by side the communication industry is not lagging behind.

Factors in the Stability and Growth of the Telecommunications Sector

There seems to be two major factors that are contributing to both the growth and changes in telecommunications. What are these two factors? Hands down it is technology and competition. With all the daily changes in technology and a more competitive market, we are starting to see profound growth in the telecommunications industry on a global scale.

So what exactly contributes to this growth and change? Let us take a few minutes and break it down a little further for clarification purposes.

The faster you can transmit data and the more data you can transmit at one time over the same bandwidth, the more efficient you are going to be. Furthermore, this is going to allow you to transmit a higher quality of data. Okay, most of us have heard of fiber optics, right? One great thing about optical fiber is that is has the capacity to transmit huge and I mean huge amounts of information or data digitally. Satellites also have the ability to both transfer huge amounts of data and transmit this data to remote areas without technicians having to lay or string wire of any kind.

In addition, most, if not all telecommunication networks, are rapidly becoming completely digital, as I have already discussed, so that they can essentially send a lot of information in small streaming bits over a wired network. This too equals efficiency, quality, and frees up bandwidth for other services. These are huge and I mean huge technological advancements.

No folks, I did not forget about the advancements in wireless technology. Wireless, everything is going wireless today. Every stop and think why? Over the past decade, there have been tremendous advancements in wireless technology. With such technologies as Personal Communication Services (PCS) and Low Earth Orbiting (LEO) Satellites, literally anyone anywhere will soon be able to get personal communications without having to rely on copper wire or fiber being strung. Are you saying that someone in a very remote area of the world will be able to get personal communications without a wired infrastructure? You bet that is what I am saying and it is currently happening as you read this!

Ever hear the term multimedia? How could you not living in today’s day and age. But, do you really know what it means and how it has contributed to the growth of the telecommunications industry? The term multimedia simply means that various forms of media such as sound, video, graphics, and text are combined or integrated into one package or device. To better understand multimedia, think about commercials on TV and how the advertisers use sound, video, graphics, and text to deliver their message to you. Think about how your cell phone can connect to the internet, take pictures and record video, and also telephone your friends. This is multimedia at work, folks!

Along side multimedia, you have the concept of multimodal or multimodal interaction. It is fair to say that this term is not as widely used as multimedia, but it is very important nonetheless. Multimodal interaction simply means that users have multiple modes or ways of interfacing with a system beyond just using a keyboard and mouse. The most common real world application of multimodal interaction is by combining something visual (a display screen) with some kind of voice recognition (speech recognition, recorded audio, etc.). This increases human computer usability. A great example of multimodal interaction is Microsoft’s new Sync that is currently in new Ford, Lincoln, and Mercury automobiles. Essentially Sync is an in-car communication and entertainment system that uses a fully-integrated voice activated system to control your mobile phone and digital music player.

Given how multimedia and multimodal technology is rapidly changing, it is really not that hard to see why the telecommunications industry will continue to see huge growth in the years to come. To think that it will not is kind of like thinking that technological advances will just stop. We know that will not happen! Kind of makes you think that figuring out a way to make money in this industry would certainly help pad your pockets for a long time to come!

What Is the History Behind Digital TV?

The modern era has seen sweeping changes in telecommunications. The industries of portable phones and internet have been created, improved, and re-imagined. Television, though an older technology, has not been immune from technological advancements. On the contrary, digital TV is one of the biggest paradigm shifts in television’s history.

First, let’s understand the difference between the older analog system, and the new digital medium. Analog systems have picture and sound information encoded in a transmission signal. Before digital television every TV worked this way. Digital TV receives the same audio and picture information digitally, meaning it works less like listening to music on the radio and more like hearing a CD. Digital TV has two distinct formats, HDTV and STV. The confusing thing is that there are shades of grey between them. HDTV stands for High Definition Television, but this varies depending on the aspect ratio (width to height). Though there are varying degrees of quality to HDTV, it reaches a height unsurpassed in analog, or in any other form of digital TV. STV fits between analog and HDTV in terms of quality, but this too can vary since broadcasters change quality depending on the broadband strength of the host country.

Actually, the requirements for digital television have been around since the mid eighties. Like so many things, there was corporate disagreement about how the public would best be served. Though it’s hard to believe, it actually took over twenty years to reach consensus.

Digital TV is replacing analog in many industrialized countries. Basically, it is so superior that it makes sense for the shift to be mandated in law. Here’s why. Because digital TV takes up less bandwidth, cable providers have a great deal of flexibility and options. Digital providers now offer interactive menus and games, things which create additional revenue for cable providers that was previously impossible to obtain. Things like electronic programming guides and multi-lingual subtitles are possible. The bandwidth efficiency also allows for more programs being shown in the same space, so an increase in channels is possible. Moreover, interference doesn’t affect digital TV the way it did analog. A crossing of signals might produce the fuzzing of images or a breakdown in sound quality. With digital cable, the audio and video are synchronized more fully, so unless there is an utter breakdown (something that happens far less often than even a modest glitch in analog) your program will show in better quality.

The first program to be shown publicly in HDTV was launch of Space Shuttle mission STS-95. The feed was free for any broadcaster who could receive the signals. What an appropriate way to begin the launching of such a superior technology! Still, its rise to prominence was far from immediate. Actually, there were many interlocking problems which stymied digital television. Manufacturers couldn’t stock many HDTV’s because consumers didn’t show enough interest. The broadcasters didn’t want to spend so much money on expensive feeds with so few televisions out there. Consumer’s weren’t buying it immediately because there weren’t many programs. All these factors kept the cost high. But in the end, common sense prevailed and the better technology won out.

Enhancing Your Business With A T1 PRI Telecommunications Consultant

There was a time not so long ago when a business relied on a telephone line or two coming into their place of business that allowed to communicate with the world. Things like the World Wide Web and digital communications were not even developed for commercial use, but over time that has all changed. For most businesses, staying with antiquated systems hampers their ability to compete in the marketplace as the development of T1 PRI systems have flourished and increased a company’s ability to connect with their customers and prospects.

Many business people really have a hard time understanding what is happening the world of telecommunications. Keeping on top of the changes in telecommunications can be time consuming, and they may the time to learn. After all, they are running their own business and their daily focus is on how to get their products and services into other people’s hands.

Most people understand the importance of taking advantage of new and advancing technology to get their message out there for other people to hear, and hopefully take advantage of what they are offering. There are lines and band widths needed for web sites. If one is using multiple phones at various desks and locations through the building, they realize how serious it is to have a functioning system that can handle whatever loads are placed on them.

One thing that is of great importance is that the telecommunications perform the way they expect them to perform. Having one’s methods of communicating fail can damage a business.

In order to prevent this kind of disruption, it is necessary to create a system built around their companies needs, and the best way to do that is to bring in knowledgeable people who the expertise to answers your questions and clearly define your current and future needs. These people have the experience to understand what issues you are facing and how to address them.

You will want someone who can explain everything honestly and help you understand. There are many different carriers and some perform better than others. A reputable consultant will point out the pros and cons of each carrier.

The consultant should also explain how each systems works. What are the positives and negatives of the various designs? How can they help you expand your business? What type of customer service do they offer after you have signed on? If you need to upgrade a little bit down the line, you will want to know how the carrier will assist in making this happen without adding a lot of costs.

The world is changing, and so is telecommunications. New systems are being developed all the time, and they are constantly looking for new ways to enhance their products and provide more services for their client bases. This can all be very confusing to someone who is not part of the industry. However, most everyone understands the importance of utilizing these systems to build and maintain their businesses.

Telecommunication in India

Due to increase in the advancement of digital and electronic communication, the popularity of the subject of telecommunication in India is increasing day by day. The students who take up the subject of telecommunication are basically taught the technology and the application of the various devices for telecommunication used in our daily life. The devices that are generally included in telecommunication are cable T.V, computer networking, working of the satellites, mobile phones, radar, navigational tools and such. The students learn the technique of application of mathematical logic with respect to industrial conditions.

The engineers of telecommunication India are specially educated in communication oriented technology that includes the skill of public speaking, project management, technical writing and such. They have also a detailed knowledge on various hardware as well as software devices of the computing world. The engineers are thoroughly made aware of the C programs.

The minimal eligibility required for a student is to appear for various entrance examinations that are shortly held after the board examinations of the higher secondary level. To sit for the entrance examination one must have physics, chemistry and mathematics as their compulsory subjects in their 10+2 level. To earn a post graduation degree a student must have a B.Tech degree in telecommunication from a University which is recognized by the A.I.C.T.E or All India Council of Technical Education.

The following are some of the aspects of the course of telecommunication in India.

o The students learn how to design, install, troubleshoot and regulate the system of networking.
o Apart from hardware and software applications the students are also taught the various technologies related to mobile telephony that include wireless communication, internet protocol media system, GSM architecture, CMDA, symbian operating system, voice over internet protocol, GPRS network, optical network designing and analysis and designing of data Network.

The Telecommunication Institutes in India

o APS Rural Engineering College, located in Bangalore
o Amity School of Computer Sciences, located in Noida
o Atria Institute of Technology, located in Bangalore
o B M S College of Engineering, located in Bangalore
o Bengal Engineering College, located in Howrah, West Bengal
o Bangalore Institute of Technology, located in Bangalore
o Government College of Engineering, located in Karad
o Jaipur Engineering College & Research Centre, located in Jaipur
o Model Polytechnic College, located in Kannur Dist
o University Institute of Engineering & Technology, located in Chandigarh
o Vivekananda Institute of Technology, located in Bangalore

There are lucrative job openings for the students of telecommunication engineering in both India and abroad.

Comcast Can Provide You With Digital TV-High Speed Internet, And Digital Telephone Service

If you’ve been looking around for the cable TV provider that can also take care of all of your telecommunications needs, then look no farther than Comcast. Comcast is the telecommunications company that can provide you with hundreds of channels of digital cable TV, high speed Internet access, and digital telephone service all rolled together in to a single low monthly bill.

Digital TV is one of the many recent improvements in the field of television technology, and nobody does a better job of taking advantage of it than Comcast. Digital TV provides an incredibly crisp clear picture and CD quality sound that’s unmatched by the older analog signal that many other cable TV companies still use. Digital TV also makes it easy to for a TV service provider to include various kinds of interactive features with the regular TV programming. For example, Comcast in provides access to an on screen program guide in order to help its subscribers sort out which TV shows and movies they want to watch, without the inefficiency of channel surfing. Each programming package also comes with Parental Controls which can be customized to keep you’re kids from accessing material that you consider inappropriate for them to watch.

Another type of TV that Comcast in does a good job of providing is HDTV. HDTV is basically a more advanced version of digital TV. HDTV features an even clearer picture than normal digital TV because it has a much higher resolution. It also features a wide screen format just like major motion pictures, and an unbeatable sound quality that comes from Dolby Digital 5.1 Surround Sound.

With the rate of technological progress that’s occurred over the past few years, high speed Internet is also a very useful feature to be able to take advantage of in your home. Comcast does an excellent job of providing high speed Internet to its customers along with cable TV, and with download speeds up to one hundred times faster than dial up, this service will allow you to take advantage of the best of what the Internet has to offer right now. Streaming video, Internet Radio, the latest software updates, digital music, and even movie downloads are all right at your fingertips with this kind of speed.

Comcast in can also provide you with all of the hardware that you need to bring the Internet into your home. For example, you’ll get a cable modem and a wireless router at no extra charge. The cable modem is needed to bring the Internet into your home to begin with, and the wireless router allows you to use it with multiple computers and other devices. That means your entire family can surf the Internet all at once on their own computers, smart phones, and other WiFi devices!

The phone service that Comcast provides is also world class. That’s because, with this company, long distance charges for calls made to numbers in the United States and Canada are things in the past. With this phone service, you’ll receive the same flat price whether you’re calling Fairbanks, Alaska or Falls Church, Virginia. You’ll receive even more value by not having to pay extra for the convenient features that you use the most. For example, not only will you receive your own voice mail account, but you’ll even be able to access the messages over the Internet! Features like caller ID, call forwarding, speed dial, and call waiting will all be yours to enjoy as well.

In addition to all of these other features, Comcast offers you the convenience of only having to pay one very reasonable bill for all three of these services. When it comes to getting the connectivity and entertainment you need, Comcast is the only name you need to remember. Start Now. Switch to the top cable provider in .