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Mobile Broadband – Advantages and Disadvantages

Wireless is the new kid on the block that seems set for greatness. How could it not be, after all, when it offers various degrees of freedom that previously simply did not exist? By avoiding the clutter of wires, and allowing portable notebooks to truly be as portable as they should, wireless technology has found a place in the hearts of even the most jaded computer users.

Mobile broadband is an extension of this newfound freedom. By offering high-speed, broadband, internet access of a wireless nature through portable modems, telephones or other custom devices, it allows, again, for more freedom. Unfortunately this freedom comes with disadvantages too.

Two major advantages of mobile broadband

Firstly, mobile broadband offers unprecedented levels of convenience as far as broadband internet is concerned. All that is needed is the modem, and internet access is readily available, in theory anyway. If coverage is good enough, it would be completely possible to use mobile broadband overseas from any computer terminal you happen to pass by.

Secondly, the complete lack of need for a landline makes for further flexibility. Whether at home, work, or the park, a land line is completely unnecessary. This translates into even less cables dangling around, and even greater portability.

Two major disadvantages of mobile broadband

Firstly, rather unfortunately, the range of reception for most mobile broadband networks seems to be decidedly limited for now. Sometimes the bad reception exists in ‘pockets’ here and there from which connecting to the broadband internet is not possible, but at other times it can be entire areas that are simply not covered. Also worrisome is the fact that when there is a high concentration of users in a particular area utilizing the mobile broadband, it can cause a general slowdown in service.

Secondly, the bandwidth available to mobile broadband customers is generally much smaller than their more conventional cousins. Although this particular limitation would go unnoticed to most casual users, heavier internet users would find it stifling to their activities. Some current mobile broadband providers charge on a per-MB usage basis and this too can end up being costly unless the broadband is used sparingly.

As a verdict, mobile broadband has a vast potential that can be tapped into and taken advantage of, however it remains very much limited as of yet. That said, it should be noted that the same was said of wireless networks at one point in time, not so very long ago, and as such never underestimate what tomorrow may bring.

For the casual user that values mobility and convenience over speed and consistency, mobile broadband is still a pretty attractive option. However for heavy internet users, and others that simply cannot, or do not, wish to handle the reception problems or bandwidth limitations, it may be unwise to sign up to this particular option just yet. Once the kinks are worked out of the execution, mobile broadband really will come into its own as the preferred form of internet access.

Mobile phone, history and technology

In recent years, handsfree systems, and car-mounted systems, have become commonplace to support mobile phone conversations in cars you must choose the best equipment with mobile phone plan. These systems are motivated in terms of traffic safety, in comparison to the mere use of handheld phones to make and receive calls while driving. The safety of mobile phoning whilst driving has become a central topic in the public debate and among legislators. It has been subject to legislation in many countries around the world (McEvoy et al., 2005). Despite legislations, observational studies reveal that phones are still being used in cars (McD Taylor, Bennet, Carter and Garewal, 2003; Johal, Napier, Britt-Compton and Marshall, 2005).

The fact that people talk while driving, and the safety problems this might infer, has received a significant amount of attention from researchers. As early as 1969, well before the widespread use of mobile phones, a psychological study aimed at understanding the effect telephoning had on driving, was published (Brown, Tickner and Simmonds, 1969). Drivers were given logical problems which they needed to respond to over a telephone connection, while driving a car. Since then, numerous studies using similar cognitive perspectives have been presented. (e.g. McKnight and McKnight, 1993; Manalavan, Samar, Schneider, Kiesler and Siewiorek, 2002; Alm and Nilsson, 1995; Fairclough, Ashby, Ross and Parkes, 1991; Reed and Green, 1999; Brookhuis, de Vries and de Waard,1991). The topic has been addressed using controlled experiments where the driver takes part in staged conversations. The studies support arguments that mobile phone use dramatically increases the cognitive load of the driver, which multiply the risks for accidents. The increase on drivers’ attention is either explained by the need to handle the phone device per se, or by the demand to handle the conversation.

However, we argue that these conclusions are based on theoretical and methodological assumptions that are questionable from a sociological approach. First, traffic safety and mobile phone use is approached from a cognitive perspective. We argue that safe driving is not only about the responsibility for the individual driver. Traffic is a social activity (Juhlin, 1999) where risks are handled in collaboration. Mobile phone talk is a social activity taking place in this context. Second, safety is not only a concept which draws upon traffic theory and research. It is of practical and everyday concern for drivers, and as such has to be investigated in real use situations. Third, the emphasis to control the data collection in earlier research has raised concerns about the validity of these experiments (Goodman, Tijerina, Bents and Wierwille, 1999). ”The relationship between the intelligence test Q&A dialogues and the content of normal cellular communication is unknown. […] A better understanding of the nature of actual cellular telephone communications in business and private calls is sorely needed.”

MobileBuddy is owned and operated by the same people behind the finance comparison site MoneyBuddy.com.au & the broadband comparison site MobileBuddy.com.au. To find a better mobile plan visit www.mobilebuddy.com.au

Mobile Internet Satellite Broadband – chapter 3

Back in 1999 when we beta tested the first wireless mobile office with satellite broadband Internet we had something that no one lese had. Today you can buy these systems for $5,500 fully installed on any RV. We probably had $10,000 in the first system and we had mobile satellite number 34. Today there are thousands of systems out there. Continuing the beta testing story of the first broadband satellite internet system.

It appears the Canadian based companies for obvious reasons are gaining fast while the US companies were hampered by the FCC in the last few years, forcing communications to move out of the country, yet the customer bases will be here and many of these companies will have 50K subscribers in no time, and the US mighty powerhouses will end up with all the technology and hardware through acquisitions or set up new systems in the coming years with higher capabilities. But do not count out the GM Hughes Team, Craig McCaw (he is a lifer when it comes to passion of the industry) and of course Lockheed and Microsoft. Teledesic, and the other recent alliances and projects prove that the world will be more than united and on the same page it will be doing so in real time. Expect the human rights violations of yesterday to disappear in all nations, religion to be put in check and knowledge to be the universal truth. I would like to thank; John Kettlewell, Jon Haugan, Steven Genuser, Stacy, Allen, Steve Ford WB8IMY, Michael Tavern, Frank Morring, Kim Komando and a few other writers, researchers and industry insiders for all the data in our research. We have scoured over 20 magazines for the last year for bits and pieces of the puzzle and personally visited all kinds of people around the US for this input.

We at WashGuys are sitting on the latest and greatest technologies on this Planet. We will always be on the leading edge of anything that makes us great. And when we say us, we mean all of the US, but of course this costs the big bucks and we like out electronic toys, but it is not for everyone. Okay back to the talk. TracNet is another purely Internet Based satellite service and has download speeds of 400kbps, but since it is not directly two way it’s upload speed is 14.4 Mbps on a cell phone or at 9600 through the satellite, bummer, but it works no matter where you are in the US. Truck drivers like this one a lot. It also works about 100 miles from the coastline in a boat and is good on yachts. Many high-end motor homes have this system too. TrackNet uses the 802.11b wireless standard WiFi; this is at 11Mbps, same as an Ethernet network. The cool thing about this system is you can be outside on the grass in a park doing you work as long as you have the server in your car with the Trac net antenna set up. Of course you need some space for all this but the size of this technology is getting smaller and the price is coming down too. Right now this system costs about $6K. It uses the ExpressVu Bell Satellite and it requires a 14-inch antenna. Let me know if you want to see what the dome looks like. This will cost an additional $3,000. Cost is $ .99 per minute and after 900 minutes it is only $ .79 per minute. MotoSat System, 12Kbs on down load and 1.28Kbs on uplink all satellite, no cell phones unlimited use for $79 per month. Hell you can even watch TV on the damn thing.

Got to love the diehards from GM Hughes Spin off. What’s the catch? A 39 inch antenna, not exactly transportable or brief-casable. DataStorm it is called. Our WashGuy Command Center antenna is 42 inches high and 39 inches across in an ellipse shape. We believe the next wave of technology is where it is at however and predict this to be in place where WiFi is sitting on top of every billboard in the US for uplink and the antennas are 5 inches high and self tracking the downlink from the satellite and with this technology and user codes each company can help America track terrorists and once a terrorist is coded like a whale that has been tagged, you always know where he is. When will this be? Not long. Give it three, maybe four years or so tops, five if the FCC does not see it’s obvious value.

Another system, which may enter the market, is GE Capitals Americom Communications Unit. Our founder met the president of Americom once, about 8 years ago, interesting guy. Societe Europeene Des Satellite (SES) added these satellites to its 28 owned and 13 satellites that it has an interest in. Why? To have a piece at the broadband seamless global conductivity market. This was talked about in April 2 issue of Aviation Week and Space technology. This means that SES will also control AsiaSat and Embratel’s Brazil StarOne. Other articles to tell the history of this whole thing are; Nov 13 2000 AW&SPT and AW&SPT of July 24,2000. SES maybe the most profitable in the entire sector due to the contract backlogs of 6.4 Billion as of June 2001. So now what will they do with others entering the markets? It appears GE was smart to sell and now needs to get back into the game somehow. I see the coming of a new age. Where information, innovation, security, safety, will change the world. And just imagine the power it will give to all the research going on in the World. Very cool. Car Wash Guys are in close contact with these technologies so we can put a small antenna on every until and address the entire company and every crew in it every morning of everything going on by way of satellite video conferencing. WOW, we are almost here.

And that is the story of our Beta Test Project and we are glad to be a part of Communications History and we have now tested the satellite system in every city in the United States over 10,000 people. Think about it.