By Derek Rogers

If you are a small business that is looking for a way to make sure that you provide the best solutions online for your customers, or you are looking to launch a business in such a way as to make sure that your online communication with your customers is rock solid, you'll find that getting ADSL broadband is one of the best things that you can do. Not only will you be able to make sure that your website and services are available to your customers, but your own ability to interface with the outside world will be a great deal more complete and stable.

When you are looking at ADSL broadband, there are a few things that you should be aware of. The first thing is that this is a connection that runs through your phone line, but unlike a dial up connection it does not affect your ability to make phone calls or put through faxes. You'll find instead that you have a micro filter that is attached to your phone jack, and that through this, you will be able to continue to conduct your phone and your fax business just as you normally would. The micro filter essentially works as a splitter. The splitter allows cables from both your phone and your internet devices to come and connect.

You should also be aware that you will be using what is known as a contended service. Essentially, your speed will be affected by the amount of people who are currently using the service. You'll find that typically, you will be sharing your allocated bandwidth with about 19 other people at the most at any given time. Of course, during slow times like the middle of the night, late afternoon and very early in the morning, you might be the only one online and your service might be significantly faster. You'll also notice that because most businesses will prioritise email over website surfing that you will be able to keep the speed of your data transfer high. You'll find that this speed will make your business operations a great deal faster, as well as ensuring that you are able to do a lot more work in a lot less time.

One of the most valuable advantages of having ADSL broadband is; it will provide you with unlimited, fast internet access that is available 24 hours a day. On top of this, unlike other services that will charge by the amount of time that you use it, ADSL will only charge a fixed rate, allowing you to get the exact amount of use that you need out of your service. As people get more and more invested in their internet service and look to do more and more with it, you'll find that the use of a service like this broadband becomes not a luxury but a necessity.

If you are a small business you cannot afford to be left behind when it comes to matters like these. Take some time to make sure that you know what you need when it comes to your internet service an make sure that you can get it!

Derek Rogers is a freelance writer who writes for a number of UK businesses. For Business Internet Services and ADSL Broadband, he recommends Iconnyx.

By Derek Rogers

When you are in the market for a superior internet solution for your home business, it is obvious that one of your top choices will end up being ADSL. As you may already know, an ADSL line is a permanent internet connection that hooks up to your phone line. Rather than disrupting your phone line or your ability to fax, this line will allow you to access the internet as well as the phone, making it an ideal choice for businesses and anyone else who needs to make sure that their connection remains something that is extremely fast and very reliable.

When you are thinking about ADSL, you might find yourself wondering how it works. The truth of the matter is - it is quite simple.

• Your line service will work through your phone line.
• Your phone line is used to send and receive both digital data and to make phone calls through the use of a splitter.
• Your splitter will connect to your telephone jack and allow you to separate your service out.
• You'll find that the signal is carried by your modem.
• Your modem is connected via the telephone wires to the modem at the local exchange, which will allow you to make greater data transfers at greater rates.

If you are still trying to figure out if ADSL is for you, you'll find that there are a few requirements that are essential for getting this service. Whether you are simply curious about what it can do for you, or you are interested in figuring out whether your system is up to it, you need to keep a few things in mind. To start off with, you will need a British Telecom phone line, as well as three dedicated main sockets that are within two metres of the master phone socket. This is fairly basic, and it is really all that you require in terms of your building or location.

To translate an ADSL line, your computer will need:

32MB of Ram

50MB available in the hard drive

SVGA monitor

Internet Explorer 4 or above that has JavaScript enabled

Windows 95 or up

A mouse.

Keep in mind that you will also need to make sure that your computer has a 10 base Ethernet card, and a TCP/IP communications stack.

Although these components might sound complex, the truth is that this is fairly basic equipment for anyone who has bought a computer within the last few years.

When you are thinking about your business needs, it is important to take a look to see what an ADSL line can do for you. There are many benefits to having an inexpensive permanent connection to the internet, all at a fixed cost, and you'll see that by getting internet service that separates you out from the normal end user, you will be able to work much more efficiently and effectively. Don't allow your business to be further hampered by a lagging connection or one that constantly cuts out.

Take time to investigate ADSL and what it can mean to your business!

Derek Rogers is a freelance writer who writes for a number of UK businesses. For Business Internet Services and ADSL Broadband, he recommends Iconnyx.

By Derek Rogers

If you are in a situation where you think that you need to get a professionally fast and stable internet connection, then ADSL might be exactly what you are looking for.

You'll find that having an internet connection that is both fast and efficient is something that you can turn to a great advantage when you are working and whether you are a large business or a small one, this is vital.

Take a look at a few tips when you are getting ready to order an ADSL.

1.Find out what is available

You'll find that by taking a look to see what your area has and what you can get might be a little different. Some areas are not covered and some will restrict you to certain services. Make sure that you know what your choices are.

2.Look online

When you are looking for ADSL rates, you'll find that you can do a lot of good by checking the rates online. You might be able to find rates that are limited time only offers made on the internet.

3.Take advantage of the firewall

When you take a look at ADSL services, you'll find that there is a high priority put on protection of data and security. Make sure that you take the service up on their high security, ICSA-approved firewall.

4.Think about email

When you are thinking about ordering an ADSL line, make sure that you think about how much you will use your email. You'll be able to run your own public mail and web server, and you'll find that you want to be ready for this.

5.Ask

When you are speaking about rates with a person on the phone, make sure you ask if there are any discounts or deals.

6.Decide on your networking

When you decide to put a small business online, you'll often find that you have need for a number of computers to be hooked up. Decide on what router you want to use and speak with the representative about how to get it hooked up.

7.Make a good appointment to have everything set up

There's nothing worse than playing phone tag, and you'll find that the more easily you can make contact with the person doing your installation, the more easily everything will be in place and you will be operational.

8.Self-install

Self-installing your ADSL line is easier than you might think, show you are willing and able to take responsibility for the set up of the line and can read directions well, this might be the best option for you.

9.Advertise

If you are a small business, let them know about ADSL's promise of stable service and let them know that you share that reputation. You'll find that the more reliable your service, the better it will be for you!

10.Keep your documentation

You'll find that you have plenty of contracts and paperwork sent to you, so make sure that you keep it all. This is the best way to keep your billing straight and to make sure you know exactly what your service covers.

Derek Rogers is a freelance writer who writes for a number of UK businesses. For Business Internet Services and ADSL Broadband, he recommends Iconnyx.

By Lynn Quiring

The hot new craze in Internet access is Wi-Fi and its soon-to-be big brother Wi-Max. Wi-Fi is a wireless connection that allows users to access the Internet without the computer being connected to a cable. And yes, it's very convenient. Imagine walking from the sofa to the bedroom with your laptop and never loosing your connection. Imagine the freedom and flexibility afforded schools and office workers. No more ugly bothersome cables to tie you down. You're free to roam the Internet with your fingers while roaming your home, school or office with your feet. Freedom to move and freedom to surf. Perfect for the individual who is on the go and up to date with the latest technology. You can even have free Internet access at your local coffee shop. Same for airports. What a great idea. Or is it?

What exactly is Wi-Fi? Wi-Fi is a common term that stands for 'wireless fidelity.' It simply means that a computer can access the Internet without wires or cables. In other words, it allows one to have a wireless connection to the Internet. It's like taking a cell phone base station and placing it in your home, schoolroom or office area. Wi-Fi is basically the same type of connection as used to operate a cell phone. It's a product of convenience as it allows one to access the Internet with a desktop or laptop computer without the need for connecting cables. Moving from room to room with a laptop computer and no cables is a nice convenience although it certainly isn't a necessity.

How does Wi-Fi work? Wi-Fi is really very similar to your cell phone. Radio signals are transmitted from the computer or Bluetooth device to a wireless router, sometimes called a wireless access point (WAP) or wireless local area network (WLAN). The router then sends the signal to the Internet through a cable modem. So this router or wireless access point is really the device responsible for transmitting the harmful radio waves. Any number of computers or devices can be configured to connect to one wireless router to make Internet connections. The workable distance is about a range of 300 feet or more from the wireless access point while most distances for good connections are maintained at about 100 feet. And, of course there are many variables that can affect this connection. Laptop computers and Personal Digital Assistants (PDAs) are the most common devices utilizing Wi-Fi technology.

Wi-Fi Emits Radio Frequencies Wireless connections emit radio frequency signals, or radiation, just like cell phones, cell phone towers and other wireless devices. Wi-Fi usually transmits its signal at frequencies in the range of 2.4GHz to 5 GHz. Cordless phones often transmit in the 2.4GHz to 5 GHz range, too, and this often causes the cordless phone to interfere with a wireless internet connection to a nearby computer. The Wi-Fi frequency is considerably higher than the frequencies used for cell phones which operate in the 850 MHz to1900 MHz range. This higher frequency allows more data to be carried. However, as we'll see later, it is not the frequency of the signal that does the damage to our health. So the higher Wi-Fi frequency isn't really the issue at all when it comes to health considerations.

Wi-Fi Hotspots Now In Schools Wi-Fi has become popular in the home, office, the airport and coffee shops. Many cities are now installing "hot spots" where one can take a laptop computer and freely access the Internet over the provided network. This is what is known as a "hot spot." It's a place to make a wireless connection to the Internet. And they are springing up everywhere. Entire cities are becoming wireless allowing one to connect to the Internet from anywhere in the city. And due to the ease of convenience Wi-Fi connections in schools are now becoming quite popular, too. No longer are computers hard-wired to a connection in a classroom. Connections are now virtual and allow the user, student or teacher, the freedom to connect anywhere in the school without the burden of being restricted by cable connections.

Why Wireless Connections Are Harmful There are two potentially harmful mechanisms in which Wi-Fi users, including school children, may be harmed. The first mechanism involves the exposure to radiation from the distance or proximity of the user to the computer monitor. This form of exposure originates from the electromagnetic field being given off by the monitor itself and has nothing to do with the wireless connection. Electromagnetic radiation is given off by the computer screen regardless of whether the connection is wired or wireless. Any and all computer screens produce electromagnetic radiation. These electromagnetic fields can be substantial in strength and can reach levels much higher than the 1 milligauss (1 mG) threshold level of exposure recommended by experts as being safe. Such a field can easily be measured with an inexpensive instrument called a gauss meter.

The second mechanism of harm comes from the radiation or radio wave itself. The wireless signal, oscillating at 2.4 to 5 GHz, moves much too fast for the body to recognize. So this wave isn't doing the damage. However, anytime any data or information is transmitted, say through our voice, through text messages or through the sending of information, the data is packaged and "piggy-backed" onto the first wave. This creates a second carrier wave and this wave is called the information-carrying radio wave, or ICRW. It is the information-carrying radio wave that is producing the harm. Here's how this happens. This second carrier wave, or ICRW, oscillates in a much lower Hertz (Hz) range that is easily recognized by the body. When the ICRW comes in contact with the body the body recognizes this wave and responds to it as if this carrier wave were some type of foreign invader. When this happens certain physiologic changes occur which are very significant. First, at the cellular level, the cell membrane becomes hard and inflexible. This occurs because the active transport channels shut down as the cell goes into a protection mode. This hardening effect of the cell membrane also causes the cell to lose its permeability, meaning needed nutrients can't get inside the cell where they are needed. In other words, the cell doesn't get nourished. Conversely, since the cell membrane is hardened and less permeable, the toxins and free radicals that build up inside the cell, as a natural part of our daily metabolism, can't get out. The buildup of toxins and free radicals inside the cell causes other problems. These toxic products damage the mitochondria in the cell. If you'll remember from biology class the mitochondria are where energy for the body is produced. When this energy-producing process is damaged the cell begins to lose its ability to function. In addition, cells lose their ability to communicate with one another. When one cell can't communicate with another cell and messages don't get sent or received the body can't respond properly to any type of stress, injury, or invasion. Furthermore, the DNA inside the cell becomes damaged. Fragments of DNA break off and form something called micronuclei. Micronuclei are precursors to cancer formation. And when enough energy is lost and when enough malnourishment occurs the cell eventually becomes dysfunctional and dies. When enough cells die the tissues are affected. When enough tissue is affected organs become damaged and don't work properly. And the cascade of damaging events begin that can lead to a multitude of symptoms and failure of the body's defense mechanisms to act appropriately.

The Wi-Fi Problem Think of Wi-Fi this way. It's really nothing more than a small version of a cell phone tower placed in the classroom or office. Or, it could be similar to having a cordless phone in your home with multiple handsets throughout the house. The base station is the access point and all the peripheral phones connect with it wirelessly. The radio frequency radiation being emitted is the same. The information-carrying radio wave is being transmitted continuously 24 hours a day. The connections from the computers and other wireless devices throughout the school, office or home to the wireless access points cause any user around them, (children, teacher, staff, etc.) to be continuously exposed. Everyone in the building is caught in the crossfire of the continual access to the wireless access points. Even non-users are exposed because of the blanketing effect of these wireless access points throughout the building. So no one escapes the exposure.

In understanding the danger of Wi-Fi we must remember that it is not the type of device, in this case a wireless access point or router that is important. Rather it is the type of radio frequency radio waves that are being produced by the device that are significant. Whether from a wireless router, a cell phone, a cell phone tower, or personal digital assistant (PDA), electromagnetic frequencies are produced by all these devices. We must look at the technology being used by these devices and not the device itself as the problem. This should be the primary concern as we evaluate their safety, particularly in the classroom.

Another important aspect of Wi-Fi exposure is that of modulation. Modulation refers to whether or not the signal frequency is constant or pulsed. The new digital cell phones operate on a pulsed frequency, as does all wireless technology. Studies have shown that these pulsed signals are a greater risk than analog, non-pulsed signals. 1

Certainly, by the addition of any type of wireless we are adding to the burden of electropollution we are all currently exposed to. Special consideration should be given to the additional exposure that Wi-Fi technology would bring to those in a classroom, including the instructors, teachers, staff and certainly students.

Children Are More Vulnerable Concern about the increased vulnerability to electropollution by children has valid reasoning. Since the skull bones of the head don't fully harden until about age 22 the skull bones of a child's head are softer than that of an adult. A softer head bone translates to easier penetration through the skull and into the head by radio frequency radiation. Furthermore, the head of a child contains more water since the brain is not fully developed. It would make sense then that water will act as a conductor to electromagnetic radiation increasing the possibility of even further damage. And since a child's brain and nervous system is still developing it only stands to reason that the potential damage would be greater since cells that are in a growing phase are more easily damaged. And finally, exposing children in the elementary schoolroom will add to both the amount of electromagnetic radiation exposure and the accumulated length of exposure over their lifetime that they will be exposed. No one can argue that the children of today's generation will be exposed to far greater amounts of electromagnetic radiation and will be exposed to it for a much longer period of time than any generation before. We simply don't know the consequences of this increased and cumulative exposure. And it's an experiment that we shouldn't place our children in. Why set up these networks without understanding any of the long-term consequences? Did we not learn a lesson from the tobacco and asbestos industries?

Effects of WirelessRadio Frequency Radiation Although no studies have been done on Wi-Fi per se there is a generous amount of research that has been carried out on cell phones, cell phone towers and masts. Since the Wi-Fi signal is the same type of radiation (only the frequency is different) one can assume with reasonable assurance that the effects of exposure to Wi-Fi will follow the same pattern of exposure to cell phones and cell phone towers.

Here's an example of what can happen. Let's say one works in a schoolroom or office where wireless access, or Wi-Fi, is used. In other words, we are continually exposed to a constant bombardment of electromagnetic radiation waves. Over time, sitting or working in this classroom or office, the cells of the body gradually loose their energy and consequently their ability to communicate. What if the function of a particular group of cells was to maintain the integrity of the blood-brain barrier? The blood-brain barrier is an intricate membrane that keeps harmful substances and toxins from contacting sensitive brain tissue. But what if the cells of the blood-brain barrier can't communicate or don't work any longer? The barrier would break down and this would allow harmful substances to enter. Those substances would then come in contact with sensitive brain cells. The result would be injured and damaged brain cells. This is just one example of how a particular group of cells can be adversely affected by electromagnetic radiation. In fact, studies have shown that placing a call on cell phone for just two minutes can disable the blood-brain barrier. 2 The same case could be made for the immune system and any other major "system" of the body since different cellular groups perform different functions to keep us healthy.

There are more than a dozen studies linking an increased risk for brain cancer and acoustic neuroma (tumor of the auditory nerve) to radio frequency radiation from cell phones and cordless phones. 3

Even the World Health Organization (WHO) is concerned about the effects of radiofrequency radiation on children's health. In a recent WHO publication they wrote:

"The possible adverse health effects in children associated with radiofrequency fields have not been fully investigated."

"Because there are suggestions that RF(radio frequency) exposure may be more hazardous for the fetus and child due to their greater susceptibility, prudent avoidance is one approach to keeping children's exposure as low as possible."

"Further research is needed to clarify the potential risks of ELF-EMF and radiofrequency fields for children's health."

Neurobehavioral effects of inhabitants living near a cell phone tower base station have also been studied. The following neuropsychiatric complaints were reported: headache (23.5%), memory changes (28.2%), dizziness (18.8%), tremors (9.4%), depressive symptoms (21.7%), and sleep disturbances (23.5%). 4 In addition, tests of attention and short-term auditory memory were significantly lower in the exposed participants than in control groups.

Obviously, people living close to cell phone towers have an increased risk for developing neurobehavioral problems.

Will We Medicate Our Children Unnecessarily? If indeed neurobehavioral symptoms are produced by radio frequency radiation and these frequencies are continually emitted throughout our schools what might this suggest about the abnormal behavior of students in the classroom? Might parents be inclined and persuaded to medicate their children so that these undesirable symptoms can be controlled? If so, how many of these children would be medicated unnecessarily? Studies now show that the frequencies such as that emitted by cell phones cause abnormal brain hyperactivity. Such artificially induced hyperactivity would cause an unnecessary risk and expense to students who would be placed on some form of pharmaceutical intervention to aid in controlling these symptoms. Many of the drugs used in controlling hyperactivity, such as Ritalin, Concerta, and methylphenidate are in the amphetamine-like class of pharmaceuticals. What a tragedy it would be to find out years later that this form of medication was unnecessary and could have been avoided if we would have chosen precaution over convenience.

Learning Issues As discussed earlier, the mechanism of harm caused by electromagnetic frequencies occurs at the cellular level. The eventual outcome of this harm is disruption of cell-to-cell communication. When the disruption of cell communication occurs cells can't "talk" to each other. When cells can't communicate cognition is affected, the ability to learn is affected, the ability to retain information is affected, and behavioral problems can occur.

Makes Kids Susceptible To Other Stressors Radiofrequency radiation is also a stressor to the body. The mere fact that the cells of the body react to these frequencies as discussed earlier indicates that they are harmful. When the stress response occurs from exposure to electromagnetic frequencies the body responds by releasing stress proteins, also known as heat shock proteins, to minimize the ensuing damage. The release of heat shock proteins is just one stress response mechanism that has been identified. Other mechanisms include the triggering of adrenal hormones like adrenaline. Continual stress is not healthy as it can eventually fatigue the adrenal gland, suppress the immune system, and lead to fatigue causing difficulty in concentration. Sleep disturbances may also occur.

Immune System Affected Evidence also exists that radio frequencies produced by such devices as cell phones, Wi-Fi, computers, televisions, etc. can trigger skin reactions.5 Microwave frequencies can trigger the release of chemicals from mast cells. Mast cells in the skin will break open and release chemicals that cause the symptoms of allergic skin reactions. 6 One of the chemicals released by mast cells is histamine. Histamine is often responsible for the symptoms of allergies such as runny nose, watery eyes, inflammation and difficulty breathing. Histamine also constricts the airway leading to or worsening the symptoms of asthma. It is of interest to note that the rate of asthma in children has doubled since 1980 and asthma now affects one in 10 children. The cell phone was introduced in1983 and has seen explosive growth in use in the last decade. Could there be a correlation between the rising rates of asthma, an immune system problem, and the escalating use of cell phones and wireless technology? Certainly, one could anticipate that chronic exposure to these radio waves over time can lead to chronic inflammatory responses.

Electromagnetic Radiation Connected To Autism A recent study has now suggested a direct link between autism and electromagnetic radiation. It appears that EMR may accelerate autistic spectrum disorders. 7 It is noteworthy that the increasing rates of autism parallel the growth of the cell phone and wireless industry. This appears to occur as a result of the trapping of heavy metals within the cell and the inability of the body to excrete the toxic metals present that are often introduced into the body through vaccinations. Heavy metals are neurotoxic. When this excretory process is prohibited these heavy metals, such as mercury, lead, beryllium, and aluminum, damage nerve structures and interfere in inter-cellular communication. This leads to neurological problems and conditions like those found in autism spectrum disorders. This particular study has shown that when electromagnetic radiation is largely eliminated the efficiency of heavy metal detoxification and removal was dramatically increased. In other words, the body was able to excrete and eliminate heavy metals when it had not been able to do so previously. This leads to the suggestion that (1) we need to reduce or eliminate electromagnetic radiation from any child's environment and (2) measures need to be taken to repair the damage that has already been done by electromagnetic radiation. Although this study looked specifically at autism the same case could be made for attention-deficit disorders and related conditions.

Occupational Hazard For Teachers And School Staff Children will attend school in a particular building for a finite number of years and then move on. For a child the length of time spent in a particular building or location is predetermined. Therefore their exposure levels to this form of radiation will probably change. But what about the teachers and staff members who continue to work in the same building for many, many years? For these workers and teachers the exposure in their building from Wi-Fi networks and radio frequency radiation is continual. What are the effects of this exposure after years and years of time? Will teaching in a Wi-Fi enabled school become an occupational hazard like that of an electrician? These are questions that must and should be answered before, rather than after, any installation of radiation-generating equipment is placed in service.

Wi-Fi In European Schools The European Environment Agency is calling for immediate steps to be taken to reduce exposure to Wi-Fi, cell phones and cell phone towers and masts. Recent international scientific reviews have concluded that electromagnetic radiation safety limits are "thousands of times too lenient" and one official British report came to the conclusion that the development of cancer from cell phone use could not be ruled out.

Sir William Stewart, chairman of the Health Protection Agency in the UK, is calling for a formal investigation into the hazards of using wireless networks in schools. He's asking that students be monitored for health problems from the networks. Joining him in health concerns over Wi-Fi installations in schools, the Professional Association of Teachers are calling for the Secretary of State for Education in the UK to begin an official inquiry into the issue.

Recently, parents of children at an English school have won a major battle in getting a mast tower removed from their school. Parents indicated that both students and staff complained of symptoms such as insomnia, headaches and numbness. It seems 56 percent of children had trouble sleeping, 54 percent developed headaches and migraines, and 46 percent reported dizziness and numbness. 86 percent of staff members had problems sleeping, 59 percent reported headaches, and 95 percent of staff reported fatigue and numbness. Nosebleeds, nausea, and dizziness were also reported. 8

Dr. Gerd Oberfield, head of environmental health and medicine in the province of Salzburg, Austria, calls the installation of Wi-Fi "dangerous." In fact, the government in Salzburg has been advising schools not to install Wi-Fi for well over a year now and is considering a complete ban on Wi-Fi networks.

Stowe School in Great Britian recently removed its Wi-Fi equipment from its building. One of its schoolmasters who had taught there for 28 years developed headaches and nausea immediately after Wi-Fi was installed.

International Association of Fire Fighters In 2004, the International Association of Fire Fighters (IAFF) voiced its opinion on cell phone towers and antennas by opposing the installation of cell phone antennas on or near fire stations until a credible study can be done to establish their safety. In studying the available science the IAFF found over 49 references that led them to conclude that they should oppose the placement of cell phone antennas on fire stations. Some of the effects that have been documented by fire fighters include slowed reaction times, sleep deprivation, severe headaches, lack of focus, tremors, and vertigo. 9

What About Wi-Max The latest development in the world of digital communication is something called Wi-Max. Wi-Max is intended for use as a network for large metropolitan areas. Where Wi-Fi is limited to a range of about 100-300 feet, Wi-Max can provide broadband wireless access up to 30 miles from fixed base stations and 3-10 miles from mobile base stations. It's been described as Wi-Fi on steroids. It's used in much the same way as Wi-Fi and will soon become the standard for Internet access. Imagine the implications. Whole metropolitan cities blanketed with Wi-Max wireless coverage. How convenient and "connected" do we really need to be?

Conclusion We currently have no studies that are specific to Wi-Fi. However, when assessing the safety issue we can and should look at technologies that are similar and relevant to Wi-Fi to draw our conclusions. This would seem appropriate since Wi-Fi operates in the same manner as other more heavily studies similar technology and the basic mechanism of harm from all wireless technology is the same.

There are countless reports and studies raising caution signals about the effects on human health from exposure to cell phone radiation, cell phone towers, Wi-Fi, and wireless technology in general. The fact remains that wireless technology is a potential carcinogen. So was tobacco. So was asbestos. So were X-Rays. Like these other hazards, which were all at one time only "potential carcinogens," wireless technology needs further study before we decide to randomly subject ourselves and our children to the potential harmful effects it seems to cause. How long will we wait for these studies? Another 20 years or more? How many lives will be adversely affected or lost while we take the wait-and-see approach?

What can you do? Don't let your children use a cell phone. Don't live near a cell phone tower. Don't use wireless Internet connections or cordless phones in your home. Provide good nutrition to your children in the form of lots of fruits and vegetables. Everyone needs lots of antioxidants to protect themselves from the free radicals being produced by these high levels of radiation. Good quality water is a must, too.

Get involved in your child's school. Get on the school board. Ask questions regarding the use of Wi-Fi in the school. Object to the installation of such equipment if and when the possibility is discussed.

School districts today are under ever-increasing financial pressures. Healthy lease money is being provided by the wireless industry to install cell phone antennas on school buildings. Once again, this is an unneeded and unnecessary exposure risk for our young people. Does the extra income provided by the wireless industry outweigh the potential risk to our children? The studies say no and we as parents and responsible citizens need to convey that message to our school boards and legislators.

Two-time Nobel Prize nominee, Dr. Gerald Hyland, a physicist, had this to say about cell phone towers. "Existing safety guidelines for cell phone towers are completely inadequate. Quite justifiably, the public remains skeptical of attempts by government and industry to reassure them that all is well, particularly given the unethical way in which they often operate symbiotically so as to promote their own vested interests."

For more information on the health hazards of wireless technology, cell phones, Wi-Fi, etc. visit http://www.CellphoneRadiationAlert.com. For an ongoing discussion of the latest information on the health hazards of wireless technology visit http://www.CellphoneRadiationUSA.blogspot.com

References

1. Lai, Henry. Biological Effects of Radiofrequency electromagnetic fields. Encyclopedia of Biomaterials and Biomedical Engineering. G.L. Gowlin and G. Wnek: Taylor and Francis Books, 2005.

2. Persson, Salford, Brun. Blood-brain barrier permeability in rats expose to electromagnetic fields used in wireless communication; Wireless Networks, Vol. 3, Issue 6, Dec. 1997; pg 455-461

3. BioInitiative Report, Aug. 31, 2007

4. Abdel-Rassoul, El-Fateh, Salem, Micheal, Farahat, El-Batanouny, Salem. Neurobehavioral effects among inhabitants around mobile phone base stations, Neurotoxicology, 2006, Aug. 1.

5. BioInitiative Report, Aug. 31, 2007.

6. BioInitiative Report, Aug. 31, 2007.

7. Mariea, Tamara and Carlo, George. Wireless Radiation in the Etiology and Treatment of Autism: Clinical Observations and Mechanisms; Journal of the Australian College of Nutritional and Environmental Medicine, August 2007.

8. Independent.co.uk. Apr 22, 2007

9. International Association of Fire Fighters, Division of Occupational Health, Safety and Medicine. 2005

Lynn Quiring is a Registered Pharmacist, Baord Certified Clinical Nutritionist, and holds a degree in naturopathic medicine. He also holds diplomas in homeopathy and hormone regulation therapy. He is an expert in cell phone radiation and EMFs and their health effects on the body. He has practiced in natural medicine for over 10 years. He currently owns and operates Logical Health LLC. He can be contacted by emailing to lynnquiring@msn.com

By Linda A. Perry

Sometimes life gives you lemons and you have to just make do with what you have. But if you pause, get in your zen space and really think about things, talk things out with people and get different ideas from brainstorming, you might, just might come up with something that you can use to your benefit. So, in doing such a thing, just talking about internet connections and talking about the horrible speed of dial-up and things like that, someone that I know gave me the idea of looking for free wireless rather than subscribing to a wireless service and paying about thirty dollars or more a month.

So how do you do that -if you do not want to spend the money and if you still want something faster than dial-up? Where do you look?

Answer- go to any of your public libraries. (Possibly your private libraries or school libraries might offer this same free service. You can begin your free wireless connection through the library as long as you are in the library ). So become a book-bug and head off into the nearest library to enjoy the great fast speed of braodband and DSL, without paying the bigger price of it. Right now, you can connect by wireless (If you have a wireless card in your computer -and most modern laptops have that already) at the New York Public LIbraries and at the Brooklyn Public Libraries in Brooklyn, Staten Island and all the boroughs. Most likely you can do that at any library. Just check with the librarian, for more information . I will write another arrticle giving specific instructions on how to do the connection -at a later date.

Linda Perry a published author, creator of genuine, unique television shows that air on Time Warner and on Cablevision in New York City. A warm-hearted individual who gives a voice to those who have been silent all along. This author produces television shows about almost all topics that help people in their lives. Many of the shows are entertainment; some are information and resources and still others are festivals, fiestas, and community events that bring all people together in one place in the city or in the country. To connect with this author or for more information write to thereallinda@live.com

By Terry Taggert

The Internet sees millions of users logging on each and every day and more and more, the laws of the United States, and throughout the world, are struggling to keep up. With the explosion of the Internet over the last few years, with more people logging on for the first time each and every day, there is also an equal explosion of misuse of the Internet and crimes against people and property. These crimes include the misuse of this form of communication to other people - these crimes are called online harassment and cyberstalking.

Online harassment impacts the life of a person and makes them a victim. It is not uncommon for online harassment to have the victim fearing for their safety and security, having anxiety over the harassment and feeling a sense of insecurity, unpredictability and uncertainty about their every day life as someone begins to cyber stalk them.

The Internet is really a treasure trove for online harassment - people feel indestructible on the net and can feel familiar with people that they've "met" online. People talk freely about themselves and give a lot of information about them, more than they would to a stranger on the street.

While there is no simple definition of cyberstalking or online harassment, the most simple definition was made by Maxwell in 2001 which defines online harassment as "...the use of electronic communication including pagers, cell phones, emails and the Internet, to bully, threaten, harass, and intimidate a victim."

Currently, there are no laws or statutes that provide for online harassment; however there is a bill that has been filed with the United States Senate that would ban online harassment.

There are countless people who have 'jumped on the bandwagon' to promote the cyberstalking and online harassment and the need for a law that will ban and provide law that can be upheld in countless cases of these crimes. It seems, especially when you search the Internet for cyber stalking and online harassment that the target seems to be teenagers, and using social sites such as MySpace and FaceBook as well as a plethora of other social websites where people can post their profile and chat and meet other people in the 'community'.

Online harassment can be either direct or indirect. Direct online harassment would include threats, intimidating messages and bullying that is sent directly to a victim via email or other forms of online communication or by hindering the service of the Internet, such as hacking. Indirect online harassment includes rumor spreading in forums and social websites on the Internet, signing someone up for unwanted services or posting private information about a victim online without permission. If you ever get a call from a harassing number you can enter the phone number here to find out who owns it. Currently, this reverse phone service does not work with VoIP or Voice over Internet Protocol should your harasser be calling from over the internet.

Terry Taggert writes informational articles about people search, privacy, reverse phone lookups, and other similar topics. Conduct an instant reverse cell phone lookup at http://www.ReversePhoneDetective.com

By Liam Gerken

The average UK broadband speed is around 2 - 2.5Mbps, this is a far cry from the 8Mbps advertised and even further from the average 21Mbps users' in other parts of Europe are experiencing.

Its old news that the UK is falling behind other developed countries in terms of broadband speeds. However, there is one part of the country that will finally be able to compete, the humble town of Ebbsfleet in Kent.

BT has stuck to its word, in that it would provide new major housing developments with fibre optic networks as opposed to installing traditional copper cables.

With fibre networks, broadband speeds hover around the 100Mbps mark. This is bog standard for residence in other parts of the world, such as Korea and Japan, who are reaping the benefits of fibre networks.

However, so far in the UK it has only been businesses that have gotten a taste of such blisteringly high speeds, with around 120,000 businesses hooked up to fibre optic broadband networks.

The housing development in Ebbsfleet though, will see some 10,000 homes built upon a fibre network. Not only will this network prove more reliable than copper cables, but customers will be able to experience the full capabilities current technologies have to offer.

Multiple HDTV channels, HD network games and near-instantaneous music downloads will all be a reality.

The main gripe for the majority of UK broadband customers is the fact that they are not receiving anywhere near the broadband speed that is advertised.

Companies are trying hard to meet the demands but it's simply impossible over the traditional copper networks, it's only with the implementation of fibre networks that demands can truly be met.

The developments at Ebbsfleet are going to prove a testing ground, one which is likely to prove very favourable for both businesses and consumer's.

The outcome of which will hopefully see fibre networks incorporated into other parts of the UK, until ultimately the whole country will be in a position to compete with some of the worlds leading broadband providers, and in turn reap the benefits such networks can provide.

Liam is a UK author, currently focusing on broadband. Compare cheap broadband online today.

By Celeste Yates

The internet plays a huge role in companies today, from communication between branches to doing research on work. You just need the internet to go down for an afternoon to feel the power it has over a business. With wireless connections, it might not be your Internet Service Provider (ISP) that has gone down, but your PC might just be out of range, causing temporary disconnection.

There are various ways to improve a wireless connection to ensure that all PCs that are in range get 24-hour access. Speak to your ISP provider about improving your router and equipment. There are also other logistical steps that a company can take to improve connections.

The first practical option is placing your router in a central position. If you have an open office, using wireless is perfect. Place the router in the centre of the room, above the ground and away from walls and any type of metals or other disruptions. An example of a metal disruption would be filing cabinets.

Disruptions to wireless connections can be caused by cordless phones. It has been discovered that 2.4GHz cordless phones generally cause the most disruptions to wireless connections. Update to 5.8GHz or 900MHz and the problem should be solved.

If disruption is still an issue for your company, then try adjusting the channels on the router. Wireless networks can work on a range of frequencies, similar to a radio. You don't need to change the channel on the PCs using the wireless as they automatically adjust themselves.

If placing the router in a central location is not an option for you, then check the antenna. If you are sending signals to laptops that are fairly new, then you don't have to worry about this. Laptops that have been created in the last couple of years have built in antenna's that are strong and efficient. If you are connecting PCs, then check the antennae that you are using.

The standard antennae are omni-directional. This means they broadcast in all directions around the router. Speak to your ISP provider about a hi-gain antenna. This antenna sends signals in one direction only. Point the antenna in the direction where connection is needed the most.

If it is range that is causing the connection to go down, then ask your ISP company about getting a wireless repeater. A repeater can be placed at critical points between the access point and the PC. This will immediately strengthen your connection between these two points.

Wireless is fast becoming the most efficient way to connect to the internet. It has advanced from the old days when PCs used to huddle around the router. Technology has grown to the point where whole offices should be able to connect wirelessly for a reliable connection. If you are still having problems, then perhaps the best solution is to get an ISP that can assist you with getting what you need to run your company.

Celeste writes for Star Internet Business, who specialise in ISP.

By Stephen Burford

Best Internet Account. Order Broadband online and broadband comparisons.

Stuck with where to order broadband online? Are there too many companies to compare and choose from? Wonder whether you should get a phone line and broadband line thrown in together? Do you wonder if you can get free broadband?

It can be frustrating if you choose the wrong broadband provider due to bad customer service or hidden costs. Especially when you need to get online and the computer just says, "no, no I am not going online!"

Don't worry! We are here to help you choose the best Internet account for you.

Broadband is everywhere. There are over 20 providers ranging from the sublime to the ridiculous. We have made good broadband comparisons for you. The good news that with so many broadband providers it means that we have cheap broadband offers in plentiful supply.

If you're new to broadband then you'll want the cheapest broadband Internet account and probably a wireless thrown in.

If you already have broadband then you better check if you are tied into a contract. If you are and you break the contract you may be charged a fine for leaving that broadband provider.

When choosing the best Internet account you will want to look into the following things:

Speed - 8MBps (megabytes per second) is about as fast as you are going to get and you really don't need any higher than this. If you are just doing web browsing and not downloading music or films then go for something a bit lower that 8MBs, you could probably get away with an Internet account that is only 1MBps.

How much are you going to use the Internet? - Most Internet accounts will have a download limit. The smallest will usually start at 1GB, going up to unlimited bandwidth.

Data is only used up when you are surfing the net or downloading files. 1GB will mean you can view around 25,000 web pages. So, if it's just you using the Internet account and nobody else then this is more than ideal. If there are more people in the house and if you download music or watch online videos then you'll need a bit more.

You can download rokairo http://www.rokario.com/ that will monitor your download limit if you are worried about going over it.

Do you want it in a package with your telephone line? Some companies offer both but others will need a BT line to connect.

To order broadband online and check out the links below.

We have reviewed all the products on the market and whether you are a student or not, you have the option to choose the best Internet account.

This section is updated on a weekly basis and the cheapest broadband deal will always be on there. Find out more by clicking the links below.

This article was written by Steve Burford of WealthyStudent.co.uk. This article is about how to get the best Internet Account and get the best broadband deals.

By Van Theodorou

With so many telecom services out there choosing the right one for your business can be challenging. Here is a guide to help you understand some of the main telecom choices that you have and what they mean to you.

The main types of lines available are T-1, DSL and OC circuits.

Generally speaking, faster speeds indicate larger bandwidth. The larger bandwidth is useful for large applications such as large data file transfers and streaming video. The large bandwidth also sets up your business to allow for future applications that may require additional bandwidth.

T1 - A high-speed digital connection that transmits data at a speed of 1.544Mbps. A T1 consists of 24 channels, which can be used for voice, data or a configuration of both. Each T1 can provide service for up to 50 to 100 phone users.

DSL - Digital subscriber line. A high-speed/broadband connection whose speed varies depending on the distance to the central office. The popularity of the DSL has been taken over by the T1. Unlike the T1, there are distance limitations. Cheaper than the T1, a DSL line is usually not covered by increased customer service like the T1.

T3 - A T3 is a high speed digital connection that transmits data at a speed of 43.232 megabits per second. The T3 is equivalent to 28 T1s. The T3 can handle even the most bandwidth intensive applications easily.

OC3 - Optical Carrier line that transmits at speeds up to 51.84 Mbps. The OC line uses optical fiber or SONET fiber optic to carry signals. The number behind the OC stands for the level of data transmission speed. An OC3 is equal to 84 T1s.

OC12 - An optical carrier line that transmits data at speeds of 622 megabits per second. This large bandwidth product is equal to 4 OC3's.

OC48 - A very large optical carrier that can transmit at speeds up to 2.5 gigabits per second. The OC48 is used for very large campus environments or as network backbones. The OC48 is equal to 4 OC12's.

Van Theodorou will help you slash your telecom expenses over 43% and assist or even become your telecom department at no cost to you. For a free analysis or phone consultation go his site for Voice T1 Service and wholesale long distance service.

By Michael Lemm

Before deciding on a bandwidth solution for your business there's basic fundamental questions you must be aware of. Not just what they are but also how the answers will impact your network application(s)... and most importantly the impact on potential cost of implementing that network.

Part of any business plan for installing or upgrading a computer network infrastructure is estimating potential costs .... with bandwidth requirements an obvious big chunk of the deliberation. To do this appropriately you need to know what you're getting into first. Overlook these factors ..... or make assumptions on their affect to network installation, management, and performance costs means you may end up paying more than you expected.

Here's a scenario to illustrate the message .....

You are intending to upgrade your company's computer network in the coming months basing the infrastructure on DS3 bandwidth. You are getting several quotes for adding another upstream provider, as well as trying to price new accounts. You want to know what are average costs of a DS-3's (full 45 Mbps)to end users and 100 Mbps connections?

First, there are three components of cost for upstream bandwidth that you must be aware of...

1. access, sometimes called the local loop, is the circuit between your physical location and the carrier POP (Point Of Presence)

2. port speed, which is essentially how many megs you're buying

3. equipment to interconnect between the carrier and your network.

Access price will depend on your various locations and where you can take delivery of the service. Some carriers will have "lit" buildings that will be less costly for them to serve. Generally, the farther any location you want serviced is from a POP the more your loop cost will be. The closer it is the less your cost will be. This is the most often overlooked component of any pricing exercise .... and the one that can up your costs quickly and drastically. Here's a tip ..... if you're within a reasonable distance for their POP many providers will waive the loop cost. So make sure you ask about that.

Port speed will vary by carrier, by product type, and by any specific vendor promotions ongoing at the moment. These costs are generally on the decrease overall so you should make out here .... but still ensure you compare multiple providers and negotiate for the best cost. Also make sure that provider port speed promises include a SLA (Service Level Agreement) and QoS (Quality of Service) commitment which penalizes the provider for non-compliance and protects your financial investment. Getting less bandwidth reliability than you need will impact on the performance of your intended application(s). If you learn this too late you will end up paying more through the lost productivity to your business.

Equipment costs turns to zero if you take an Ethernet connection, but typically you have to be in a "lit" building to take advantage of that. Otherwise to hang a router on a DS-3 the carrier may charge a few extra hundred dollars per month. If Ethernet connectivity is available .... grab it. It will cut your expenses dramatically. Also ask if the provider will "give" you a free router. Many do so today as sales incentive.

There you have it. The basics of what to ensure is incorporated into any deliberations on your computer network bandwidth requirements. Gloss over any of these and you will end up paying more than necessary. There are of course some more complicated and technical considerations your IT staff will ponder. But to make business sense at least the above must be your starting point.

Should you like to save even more in the deliberation process (time, effort and money) I suggest using the services of a no cost consultant such as DS3-Bandwidth.com who can navigate the maze on your behalf. They'll do all the research and negotiations for you .... and simplify your involvement to a less stressful approve/disapprove. That just makes even more business sense.

Michael is the owner of FreedomFire Communications... including DS3-Bandwidth.com and Business-VoIP-Solution.com. Michael also authors Broadband Nation where you're always welcome to drop in and catch up on the latest BroadBand news, tips, insights, and ramblings for the masses.

By Michael Lemm

The WiMax craze is not over, but the train has certainly slowed a bit. The difference between what was expected and when it finally arrives has tempered some enthusiasm amongst Wisp afficiandos. Just what will we see... and when?

Some of the advertising for WiMax promised we'd all be delivering internet, tv, phone, running water, nicely done toast, etc to 300 customers per AP... all while driving 250mph in their Porsche's. So far it's not there yet and some wonder if it really even makes sense for the average rural Wisp. The current lineup of 802.11 gear has it's issues when used outdoors like Wisp's do, but the low cost and good compatibility between suppliers has allowed many Wisps to turn a profit (finally). Most aren't excited at all about spending lots more for equipment that solves problems that they really don't have. Not everyone is rural, but with low population densities it really doesn't pay to do much more than internet. Maybe some VoIP, but the investment for other services is hard to make work with too few possible customers.

So, what do Wisps really want? Personally, I'd think they'd like to not make their investment in equipment worth zero really quick, so it would be great if whatever comes next is compatible with some of the current hardware (8186, etc). Also, the idea of having more customers per application is great, but everyone has their own poling design. Also, better and more stable links with better NLOS capability are things Wisps can all use. Part of what makes the Wisp thing work is low cost equipment... and low cost equipment happens when there is decent competition and a standard to design to.

I doubt it will be backwards compatible. For years manufactures of Wimax were going back and forth arguing over "who's" standard to use. To this date everyone is still scratching their head to see who's they plan to use!

Wisps build out networks on todays equipment. That's just reality. They are not going to wait around for the magic bullet that will never appear... and if it does will not be anywhere near what they claim.

Generally, as a Wisp you have to look at what the needs are in your specific area and go from there. For example 802.11 b /g "stuff" will only take you so far. If you ask, I am sure every Wisp has started with it in one form or another... and expanded from there due to the needs of the environment and or client.

In all honesty, what you buy today will still be good a couple years down the road. And if you lay out your business plan correctly it will all be paid for... and you will be turning a profit by the time any new stuff comes out that you may need based on your client's needs. Then again... maybe you will be happy for the next 5-6 years with what you have now.

The moral of the story? Change is not always bad... but beware what you ask for. In the meantime keep truckin' with what you have. That may be all there is for awhile.

Michael is the owner of FreedomFire Communications....including DS3-Bandwidth.com and Business-VoIP-Solution.com. Michael also authors Broadband Nation where you're always welcome to drop in and catch up on the latest BroadBand news, tips, insights, and ramblings for the masses.

By Liam Gerken

Somewhat ahead of BT's broadband fibre network development plans for parts of Kent, Northern Ireland's government gave their go-ahead and support to implement a similar network in parts of Belfast recently.

The project was funded by The Department of Enterprise Trade and Investment (DETI) and will work as a kind of "trial", in that it will allow companies to gain a clearer picture of the cost, technical and practical issues of installing a fibre network.

The trial covers two networks, both of which involve around 180 new homes.

The first was installed by Virgin Media, and provides "fibre to the cabinet" to a series of street cabinets spanning the housing development. The connection from the cabinet to the home is then made along traditional copper cables.

The second, installed by Bytel Networks, is limited to just 10 homes, and provides a "fibre to the home" network. Within these homes a small unit was installed under the stairs that converts the fibre's optical signal into a digital one. Connections to the houses' telephone sockets where then made using copper wiring.

Both networks will be capable of providing residences with a broadband download speed of 20Mbps, at a reasonable cost.

This is because installing fibre networks into new houses does prove an economical investment; it's just the replacement of copper to fibre networks that proves costly. This is one of the factors that is causing Britain to lag behind in the race to super fast broadband

As mentioned, the two networks will prove as a trial, allowing companies to asses which network proves more successful, thus allowing for better future growth.

Liam is a UK based author, currently focusing on broadband Compare cheap broadband online today.

By Stephen Long

You may not have access to high speed Internet service. In fact, if you live out in the country your ability to get even dial up Internet access may be limited. The best way to get high speed Internet service at home is through satellite internet access.

Satellite internet does not use telephone lines or cable systems but uses a satellite dish for two way data communications. The connection to the satellite is not quite as fast as cable internet or some DSL service but when you get high speed satellite internet access, the service is many times faster than dial up.

Here is how satellite internet works:

A two way satellite dish is installed. The satellite dish has a dish that is about two feet and has an uplink modem, a downlink modem. The two modems and the dish are connected with coaxial cables. The satellite installation requires the satellite have a clear view of the southern sky as the satellites that deliver the internet are almost all over the equator. The satellite dish uses IP multicasting technology which means that a single satellite can serve up to five thousand channels of communication. This system sends data from the single satellite dish to many different points (the satellites orbiting the earth) at the same time.

Pros of Satellite Internet Service

* Even people who live in areas in which dial up internet is not possible might be able to use high speed satellite internet service

* Satellite Internet service is affordable-often more affordable than other types of high speed internet connections

* Satellite internet service is available just about everywhere in the Continental United States.

* The connection speed of high speed satellite internet service is much faster than that of dial up.

* There is virtually no limit on uploads and downloads from the internet as there are so many points of contact.

Cons of Satellite Internet Service

* It can be slowed down by weather conditions (like satellite television)

* Depending on the high speed satellite internet service provider you might still need to be able to dial up to the internet (though those are becoming rarer)

The installation is a little bit tougher than cable internet or DSL So, should you get high speed satellite internet service? Well, that really depends on your circumstance and your budget. If you live in an area where cable internet is not available, it is definitely a better option for internet than dial up. It might even be your only option for receiving Internet service in your home if you live in the country. Virtually anywhere in the continental United States that has a clear view to the south can bring you high speed satellite internet service and with the two way satellite receivers, you don't have to worry about the speed slowing down if a bunch of other people are using the internet at the same time you are.

High speed satellite internet service is the best way to get high speed internet in locations that might normally not get internet at all.

Put an end to your slow Internet access. Wild Blue Satellite Internet access may very well be your best choice to bring you high speed internet access.

By Alice Erin

Internet has become one of the most important parts of our life. Internet is self-sufficient of serving all of our queries that is why almost every person and businesses are completely depended on the Internet. However, the Internet is profitable and useful only in one case, if we are getting it on time and on high-Speed. Nowadays, Broadband is the most reliable way of getting high-speed Internet at your fingertips. With every passing moment, more and more people are moving towards the advantages of broadband. In this fast-moving world, remaining one step ahead from rest is what everyone wants, and the Broadband is helping a lot in achieving this state. It does not matter, whether the end customer is a home user or a business user, the Broadband has become necessary for everyone.

There are various Broadband Service providers in the market. These broadband providers offer a range of attractive plans and services to the end users. Even sometimes, the service provider may offer free access to their services, but in this case, you should be willing to surf the Internet with all the pop-ups enabled. These pop-ups usually show banners and ads from their advertisers. But one should avoid these offers as they may cause serious damage to your PC.

There are many big names in broadband service industry in the UK like Homecall Broadband, Wanadoo Broadband, BT Broadband, and many more. These companies are providing great deals on their services and they are really making broadband the most trusted way of connecting your worlds. All broadband providers are distinctive in their own way. The best way to get a good deal from these providers is by comparing them. There are many websites available on the Internet that offers great comparisons and shows better results. One should compare each deal deeply so that he or she can enjoy the speed and not the annoyance. On balance, the broadband is here to make our life easier and it should remain the same.

Cheap Broadband Deals Alice Erin is an Expert Author. He has written good quality articles on Buy Cordless Phones Have a look at Voip Internet Phones

By Liam Gerken

Broadband speeds differ a tremendous amount throughout the UK, but if you're "out in the country", it's a fair bet that the speeds you're experiencing are far from what you would like.

A study published by the Commission for Rural Communities (CRC) has revealed that a mere 4.3% of customers is rural areas get a download speed of over 4Mbps, compared to 30% of customers in towns and cities. The report also uncovered some other disappointing figures, with regards to rural access to ATM's, banks and Post Offices. As around a fifth of the UK's population live outside of towns an cities, its surprising that less than 10% of the UK's ATM's can be found in such location's.

According to the report, many rural residences have to travel just over a mile before they will reach a Post office, and around 2.5 miles for an ATM, bank or building society!

Even though broadband speeds are fairly disappointing for people "out in the sticks", it's not a matter that isn't being addressed. The findings of the report have urged the private sector to better cooperate and understand the needs of the rural residence. One example of this is plans put forward by the British Bankers' Association to make available more ATM's and so-called 'mobile banks' in rural areas over the coming years.

It's worth noting though, that currently 15.7 million Britons are making use of their banks online services. Therefore, even if your broadband connection is poor, there should be no reason you too can't benefit from such services.

Liam is a UK author, currently focusing on broadband. Compare cheap broadband online today.

By Liam Gerken

Stephen Timms, the UK's minister for competitiveness, warned last year that the UK risks falling behind in the race to providing super-fast broadband networks, claiming the situation to be "21st century's equivalent of the great arms race".

Timms drew up comparisons between our current broadband networks to those used in Japan and Korea, the world's leaders in broadband speeds, questioning why the UK should be allowed to fall behind.

The average advertised speed in Japan was 93Mbps in 2007, and South Korea's 43Mbps. Compare this to the average advertised speed of 10Mbps in the UK, with actual download speeds in the region of 4.5Mbps its easy to see where Timms is coming from.

The answer, it would seem, to stepping up our broadband networks is easy enough - a nationwide roll-out of fibre optic networks. The practicability and cost factors involved with such a roll out however, are where businesses and government officials start to stumble.

With an estimated cost of ฃ7 to ฃ15Bn, Ofcom, the UK's telecommunications regulatory body is having a hard time trying to convince any one company to invest.

It's been raised that what Timms didn't take into consideration is the concentration of residence in Japan and South Korea, where network speeds are at their highest. As, once you move out of the big cities and into the vast rural areas, the situation with slow or no broadband access isn't all that dissimilar to that experienced here in the UK.

Realistically it would seem that there is no "quick-fix" solution to the problem.

Various experiments and trials are being commissioned around the country with regards to implementing fibre networks, which will of course help towards the cause.

Moreover, even though it does not compare to other countries' networks, the UK is expected to be able to have the networks in place to increase advertised broadband download rates to 24Mbps over the coming years; which is a considerable improvement based on current standards.

Liam is a UK based author, currently focusing on broadband Compare cheap broadband online today.

By Adam E Maywald

High Speed Internet is also referred to in the technical world as Broadband Internet access. The short form term used for broadband internet access is "broadband". This type of internet access is very fast in comparison to logging onto the internet with your desktop or laptop computer using dial-up access with a modem.

Dial-up modems are slow because they usually are only capable of a maximum bitrate (rate of transfer of bits of data) of 56 kbit/s (kilobits per second). Even with this small amount of data being transferred, this type of internet access requires the full use of a telephone line. This means that when logged onto the internet with a computer, the telephone line cannot be used for making or receiving telephone calls.

Attempting to call a person on their telephone while they are using the telephone line to access the internet will result in getting a busy signal or voice mail. On the other hand, broadband technologies can handle at the very least double the speed of a dial-up connection and in the majority of cases, do not interfere with the use of the telephone line for phone calls.

In most places in the United States, the technologies for broadband internet access have conformed to particular standards. The technologies being used are DSL and cable modems. There are now some state of the art technologies being used in some regions including VDSL and optical fiber connections. Fiber-optic communication is being used in fiber to the premises and fiber to the curb schemes. Nevertheless, fiber optics have been vitally important in enabling Broadband Internet access because of the fact that it makes transmission of information over larger distances much more cost-effective than copper wire technology. The cost of copper has drastically increased over recent years.

An enormous technological challenge has been to broadband internet access service to potential customers in regions of the country where there is relatively low population density. This includes areas large uninhabited expanses of land such as farm or ranch lands. In urban cities and town where the population density is high, there are Higher Speed Internet users to help the internet service provider to recover equipment costs.

For information on high speed ISP services, go to http://www.satellitefamily.com - the leader of HughesNet services.

By Pavan M Kumar

Internet Protocol (IP) address is given to each device connected to the Net. IP addresses consist of four numbers and look something like 117.0.0.1. All these numbers are usually assigned to Internet Service Providers (ISPs) within the region-based blocks. An IP-address can be used to identify the country or region from which a device is connecting to the Internet.

Earlier, ISPs issues one IP-address to each user. These are called static IP addresses. ISPs now issue IP addresses in a dynamic fashion out of a pool of addresses (using DHCP). These are referred to as dynamic IP addresses. With virtual hosting, a single machine can act like multiple machines (with multiple domain names and protocol addresses).

IP Address reveals your...

Using an IP-address it is quite easy to identify the place including the country, state, city, using a few web applications. Finding IP-address of the Yahoo, Rediff, Hotmail, etc, email senders is easy. Google masks the outgoing IP-address of the sender who sends mails using the Gmail web interface.

Using IP-Tracker like software installed on remote devices, you can access the same from anywhere. IP-Tracker constantly monitors the dynamic IPaddress of the device and whenever the IPaddress changes, it sends a mail to your inbox notifying you of your new IPaddress.

How can I change my IP Address

• If you are using a dial-up connection, you can simply dialup through an alternate access number
• For cable/DSL with a router:

1. Open your router control panel
2. Increase your MAC address by one number
3. Then disconnect and reconnect your router. Now, after doing this, your ISP will give a new IP.
4. If you find any problem, switch back to previous MAC

How can I hide my IP Address

You can hide your IPaddress using...

• IP changer software.
• anonymous software

Advantages of knowing my IP Address

Knowing your IPaddress can allow you to access

• services running on your machine (E.g., online games)
• servers (FTP, web, mail)
• remote access utilities (MS Remote Desktop, GoToMyPC, PCAnywhere).

Virtual Hosting Explained

Virtual hosting allows a single machine act like multiple machines (with multiple domain names and IP-addresses).

How can I know the IP-address of the person whom you have been chatting in your IM (Instant Messenger)

• If you want to know the IP, run a packet sniffer and initiate a file transfer.
• You will need to set up a file transfer in order to see the internet protocol address of the person you are communicating with; the transfer will go pretty much direct to the other person's computer. Otherwise you get the protocol address of the server.

If you run a packet sniffer, you need to send a request using ICMP, and then TCP with the SYN ACK flag set) and the target computer will respond. TCP SYN ACK packet gives you the target device's port number, IP-address, etc.

But there are exceptions. If the target device runs behind a router with a hardware firewall, you may not get the actual protocol address you are looking for; instead, a WAN IP of some sort usually the one from the ISP will be displayed.

In conclusion, since internet protocol addresses reveal your physical location and also gives more details to others; it is advisable not to display your protocol address except for essential and important communication. Mask the IP-address for you and your device's security sake.

Resources:
Hacking - What, When & How
Browsers - Gateway to the Internet
Strategies to Learn English Article

By Alice Erin

The Internet has gone completely mobile now with the three USB modem providing you with a truly unique mobile broadband service that is both user-friendly and easy to carry. You don't need any hotspots or wires to get a quick access to the web. The shiny & smooth USB modem gets you up & running immediately after acquiring the gadget. The device offers internet access speeds of upto 2.8 MBps in a TurboNetwork area. This means you can then download desired files at same speed as can be done at home, however this won't require you to always be in front of your computer. You enjoy internet access just anywhere and at anytime you want!

For using your Three USB modem, a few things will be required. Your laptop or computer should have at least 50 MB of hard-disk space, one free USB-port, a Windows XP, 2000, Vista and/or Mac OSX. Installation is very easy and doesn't take much time. The easy to use Modem Manager interface helps you manage your connection and displays all messages that are being received on your mobile-broadband-number. You may even send the replies to your text-messages while logged-in.

The device comes in a handy size of 14.5 mm x 89.4 mm x 42.6 mm and weighs just 50 g, therefore you don't have to worry about carrying some bulky device for staying connected to the web all the time. Besides this, the maximum download-speed provided by this modem is 3600 kbps, maximum speed of uploading with this device is 384 kbps. USB network interface is supported by this device.

Staying ahead in business in today's world of cutthroat competition is something that needs a constant attention and supervision on every part of your business. For this, you need to stay connected to the most useful means of doing business i.e. the internet. The three USB modem is the ultimate solution for all your worries. Besides performance, the three latest USB modems comes in an eye-catching edition of pink & black USB modems just like the present white one &a newer, chic black model to give you the style & colour that's just ideal & suitable for you.

Cheap Broadband Deals Alice Erin is an Expert Author. He has written good quality articles on Cheap International Calls Have a look at Cheap Voip phones