Navigon 2100 3.5-Inch Portable GPS Navigator
In the U.S., German-based Navigon may be the biggest name in GPS you've never heard. Navigon has long been a major provider of navigation software to automotive manufacturers for in-dash gps navigation devices, but only recently did they introduce portable navigation devices under their own name. What they offer up, however, demonstrates immediately that this is a company that knows navigation inside and out. The 2100 is the lowest-priced (and smallest) of Navigon's line of portable GPS navigators. While it lacks some of the features of it's bigger siblings, the 7100 and 5100, it packs solid navigation and some unique features into its diminutive frame.
The Navigon Family of Portable Navigators
The 2100 and 5100 have 3.5-inch screens, while the 7100 has a 4.3-inch widescreen. The big difference is that the 5100 and 7100 come with free lifetime traffic data, while with the 2100 you have to buy an activation code separately. The 5100 and 7100 have a feature called "Lane Assistant" that will suggest which lane you should be driving in, but that's not such a big deal. Another important difference is that the 7100 also adds bluetooth-capability for hands-free mobile phone integration, which is really handy. If you want that feature, do check out the 7100. This chart may help as well.
| Screen Size (diagonally) | Bluetooth | Lifetime Traffic Data Service | Lane Assistant | Reality View | Zagat Ratings | POIs | |
| 2100 | 3.5 inches | Requires Purchase of Activation Code |  | 1.3 million | |||
| 5100 | 3.5 inches | Included Free | | | | millions | |
| 7100 | 4.3 inches | | Included Free | | | | millions |
 Intuitive, animated menus offer predictive text input, helping you select your destination quickly. View larger. |
 The reality view guides you with photo-realistic 3D images of junctions. View larger. |
Reality view guides you with photo-realistic 3D images of junctions, complete with actual sign text and exit ramp guidance. This makes translating what the navigator is telling you to what you see on the road instantaneous.
Superior Software and Hardware
The features and functions of the Navigon 2100 are controlled via intuitive, easy-to-use animated menus that use predictive text input to quickly and easily select your city, state and address. Maps and menus appear on its extra-large and elegant, high-contrast 3.5-inch, full-color touch-screen display. The 5100 includes a powerful Samsung 400 MHz processor, a fully integrated SiRF Star III GPS chip, 64 MBs of both RAM and ROM built in, and a rechargeable 1,200 mAh lithium ion battery that is rated for 4.5 hours of continuous use. All this is housed in an ultra-thin, sleek chrome housing that weighs only 6.3 ounces, and measures just 4.2 x 3.3 x 0.9 inches (W x H x D). The Navigon 5200 even comes pre-loaded with complete maps of the U.S. and Canada, providing you with superbly accurate, seamless door-to-door directions wherever your vehicular travels might take you.
Note that the 2100 runs on the Microsoft Windows CD Net 5.0 operating system. A PC is required to use additional map data, and in such cases users require Windows 2000, ME, XP or higher, as well as a CD ROM drive and a USB port. An SD/MMC card reader is recommended as the 7100 not only uses SD cards, but also comes with a 2 GB SD card in the package.
What's in the Box
Navigon 2100 GPS Navigator, SD card preloaded with software and maps of the continental US, rechargeable 1150 mAH lithium ion battery (rated for up to 4.5 hours),
car charger, car mount, quickstart guide, limited warranty
About Navigon
NAVIGON has been a leader of GPS navigation since 1991, and has a long history of industry innovations. NAVIGON created the world's first dynamic personal GPS product in 1996, launched the industry's first navigation software for the Pocket PC in 2000, and unveiled the first Traffic Message Channel-based (TMC) avoidance feature on mobile navigation product in 2002.
NAVIGON has helped revolutionize how consumers get from place to place with software products for practically any navigation-ready hardware. Personal navigation devices (PND), smartphones, and in-dash navigation systems directed by NAVIGON's award-winning MobileNavigator (MN) software delivers reliable information on millions of destinations in an intuitive, easy to use format. NAVIGON is a valued partner to the automotive industry, and in 2006 strengthened its category competency by acquiring NAVTEQ's navigation software business.
NAVIGON is a privately-held software company based in Hamburg, Germany, with NAVIGON USA headquarters in Chicago, IL.
Customer Review: works great no problem so far
works great no problem, although if are familiar with an area there are shorter routes
Customer Review: biggest complaint is many poor direction choices
Overall I like it and it has been very helpful in traveling. The biggest flaw it has is that it very often gives very bad directions. I find that I need to use google maps to confirm whether or not the directions are terrible. Often I will just ignore the bad directions and let it reroute itself to good ones, but that requires extra time to figure out online. You can also add multiple stops to get it to route correctly, but again that is time consuming and is a hack job that you shouldn't have to do.
On part 1 of this series of 10 articles I wrote about the two main types of GPS Systems employed commercially to provide Location Based Services to businesses and consumers: Navigators and Trackers. I described each one of them and their applications. On Part 2 I will start focusing on the GPS TRACKING SYSTEMS and we will leave the GPS Navigators Systems for other articles.
A GPS Tracking System is built by 3 main components:
-A GPS device or GPS Tracker, which receives the location information and then delivers it to a software application.
-A data transmission system, which takes the information provided by the GPS Tracker, and delivers it to the software application.
-A Software Application, which presents to its users the data recollected by the GPS Tracker in several formats including maps and reports.
This article will present the main components of a GPS Tracking Solution, and will start expanding on the first component: GPS Trackers. It will take me this article and the next one to go in detail over GPS devices.
GPS Devices
In this section I will define what a GPS Device, and how they work; then I will introduce the types of trackers, what features bring different types of trackers and my opinion in regards to each type.
At its simplest definition, the GPS device, or better the GPS tracker, is the component in charge of receiving the information about the location of the vehicle, and providing this data to the GPS Tracking Application through the Data Transmission System (which will be explained in coming articles).
GPS Trackers are usually small boxes (metal or plastic) that can be the size of a mans wallet, or a little bigger. All of them need at least one antenna (GPS antenna), and most of them need an additional antenna to enable the data transmission module. So this leads to a first classification of GPS Trackers:
-Full satellite trackers. This type of trackers will use satellites to receive and transmit data.
-Hybrid trackers. This type of trackers will use satellites to acquire location (we will see some variations here later in this article), and another method to transmit the data (a data modem, a data port to download the data, etc).
On the next article I will expand on these concepts.
So, the main task of a GPS Tracker is to provide information of the location of a vehicle or an asset, or a person. The location of the units is usually acquired from the GPS satellites, but there is another method based on triangulation with cell towers to calculate locations. Getting the location from satellites is the most accurate mechanism, providing a minimal margin of error most of the times (from 2 up to 50 feet). GPS location can be acquired anywhere in the world. The only down side for this location technology is that the GPS antenna has to have a view to the sky. For example, if the vehicle gets into a garage, most probably there will not be GPS locations available.
Getting the location based on a triangulation with the cell towers (those that are also used by our cell phones to transmit voice and data) has a bigger margin of error (up to a few hundred feet), making it a not very accurate location mechanism. This type of location also requires the presence of the named cell towers to work. The upside of this mechanism is that it will perfectly work within buildings, which is not the case for GPS satellite location. Some GPS Trackers are designed to work with both location mechanisms, creating a new concept called Assisted GPS (AGPS).
There are mainly three types of GPS Trackers: Passive Trackers, PING Trackers, and Live Trackers. Also, some devices have more capabilities than just getting the location of the vehicle.
In this article I have dissected a GPS Tracking solution into three main components: a GPS Tracker, a data transmission system, and a GPS Tracking application. I have also started exposing the details of GPS Trackers, specifically the two main ways to locate a vehicle. Finally, I introduced two more elements to consider in GPS Trackers: types of trackers and advanced features of a GPS device.
Mr. Juan Olano, with over 10 year in GPS Tracking Industry, deep knowledge of wireless communications, tracking devices, map engines, and contact with over 2,000 companies that adopted GPS, earned him a position as expert of GPS Tracking Technologies. Find more about Mr. Olano at http://www.trackingsolutionsonline.com
posted by stall25163 at 2:40 PM
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