Garmins Forerunner 405 ranks as a favorite find of TechWebTVs David Berlind at the Consumer Electronics Show in Las Vegas. Because of the way it uses GPS to offer distance and speed features in addition to its heart rate and mapping capabilties, the Forerunner is the ultimate accessory for runners, cyclists, and other fitness-minded people.

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Recreational joggers and elite runners alike will be amazed at the training tools available to them in a watch that could easily be worn all day

Take a spin and let Forerunner 405 track your miles. Learn how to change sport modes and customize the training pages for cycling.

Running, Jogging, Cycling & Walking Satellite GPS Watch

Reviews the Garmin Forerunner range answering the question “What is the difference between all of them?”

Preview Garmins first touchscreen GPS sport watch, Forerunner 610, with sleek touchscreen operations, new Virtual Racer feature and more.

When a technology becomes the “IT” product of the holiday season, there’s bound to be some misinformation out there. This year’s hot product is the consumer GPS – and it can truly do some amazing things, including: provide directions with real-time turn-by-turn navigation, help you avoid traffic and even make hands-free cell phone calls with Bluetooth. But there are also some things about GPS that just aren’t true. Here’s a look at some of the biggest myths about GPS technology.

5 Most Common Misconceptions about GPS:

Myth #1: The weather can affect your GPS

Fact: Cloudy or rainy conditions have nothing to do with the performance of your GPS device. Think about it like this: airplanes using GPS devices to navigate through cloudy conditions thousands of times a day. Last time we checked, the commercial aviation system was running without too many GPS-related problems. Well, the same technology they use is found in your car’s GPS devices. The only thing that can truly keep your GPS device from operating at peak performance are tall buildings, mountains and other large structures that may block it’s signal.

Myth #2: The government can track you because of your GPS device

Fact: It is true that some commercial grade GPS devices send out a signal about your whereabouts, the consumer GPS devices sold by Garmin, Magellan and other companies only receive information from satellite systems. While this news will be no doubt disconcerting to conspiracy theorists, the rest of us can breathe a little easier knowing that our whereabouts are private.

Myth #3: GPS devices mean you don’t have to watch the road

Fact: Just because you have a helpful GPS device in your car doesn’t mean you should be any less vigilant as a driver. It is important to watch the road and always pay attention to where you are in journey. In fact, some directions provided by your GPS device may take you through areas in which you don’t want to travel. It is always important to use these directions in conjunction with what you can see with your own eyes, and of course, common sense.

Myth #4: GPS devices don’t work outside of a local area

Fact: The beauty of GPS devices for your car is that they work almost anywhere. That means you can take your family for a cross-country drive and the GPS will provide with information every step of your journey. In fact, many GPS devices can help you find local points-of-interest along the way including parks, museums, restaurants and more.

Myth #5: GPS devices are too expensive

Fact: Of all the falsehoods out there about GPS devices, this one might be the most out of touch. Currently, there are more inexpensive GPS devices out there that at any time in the technology’s history. Even the high end models from Tom Tom, Garmin and others are reasonably priced, and the “basic” units (which are still packed with features) are affordable enough for almost any budget.

Mark Etinger is a business strategist at Ajax Union Marketing Ajax Union specializes in Business Development and Internet Marketing
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The Global Positioning System (GPS) was originally developed by the US Military who launched satellites (the first satellite was launched in 1978) into orbit. The system consists of a network of between 24 and 32 satellites orbiting the earth at about 7000 mph, in a precise manner, two times every day.
In the early days only the military could track the signals but in the 1980′s it was opened up to the general public.
Before we get into the specifics it is important to realize that the use of the satellite network is free, there is no subscription required.
The other benefit is the system is essentially unaffected by weather and it is accurate anywhere in the world. Some might recall the Loran system which was popular with boaters before GPS became popular.
Loran was capable of providing a very accurate position but only in limited areas where the transmission of signals was sufficient and provided the weather was not adverse.
GPS transmission satellites orbit the earth in a very precise and constant manner. As they orbit 12,000 miles above, they transmit radio signals 24 hours a day, every day. The receivers we use simply receive the transmitted signals and compare the time the signal was transmitted against the time it was received. Knowing the signals travel at a fixed rate of speed makes it easy to calculate how far the satellite and the receiver are from each other.
If this process were done with only one satellite the result would not be useful for us since it would only indicate a possible arc of a position. To provide accuracy the receiver has to receive signals from a minimum of 3 satellites.
In actual use, the receivers typically track the signals from many more satellites.
In order to provide data like speed, direction, distance traveled, etc. the receiver repeats the position calculation on a continual basis and thus updates the position and other data. The signal transmitted includes the satellites ID, the satellites position at any given time and the date and time.
Accuracy of the receivers has improved with technology advances to an average of about 15 meters. In real practice it is common to see accuracy within a meter or two, at least at times.
When GPS was opened up for public use the signal was intentionally degraded by the Government which was referred to as Selective Availability (SA). SA has been discontinued so civilians now enjoy full accuracy of the system.
Technology referred to as Wide Area Augmentation System (WAAS) available with some receivers improves accuracy to about 5 meters. Receivers equipped with Differential technology apply corrections to the data based on other known references.
The end result is accuracy and functionality of GPS receivers to the point we all can rely upon. As a result we now see and enjoy GPS watches, auto and boat GPS navigation systems, GPS cell phones.

Dave helps individuals to learn about GPS tracking watches, like the Garmin Forerunner 305.
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