GARMIN StreetPilot 2720 Car GPS

GARMIN StreetPilot 2720 - Garmin Streetpilot 2720 The StreetPilot 2720 is a premium GPS automotive navigator that offers text-to-speech and traffic interface capabilities. In addition to (...) See more See less

the turn-by-turn voice prompted navigation available in earlier StreetPilot models, the 2720’s text-to-speech functionality allows the unit to audibly announce the name of upcoming streets and points of interest (POIs), letting drivers keep their eyes on the road while navigating through busy traffic and tricky roadways. For drivers in congested metropolitan areas, Garmin is offering the GTM 10, an optional FM RDS-TMC traffic receiver that receives digital information (where available) on traffic, road construction, and weather-related tie-ups. The GTM 10 receives data from selected FM broadcast stations in select cities throughout the United States and Europe. This optional feature lets drivers see congested areas via a color-coded map. When connected to the GTM 10, the StreetPilot 2720 uses this data to automatically calculate and suggest alternative routes based on the traffic information. The StreetPilot 2720 also boasts a new WQVGA, color, automotive-grade, sunlight-readable, touchscreen display that automatically adjusts the unit’s backlight for optimum viewing in any amount of light. Drivers can view the map in a three-dimensional perspective, or a top-down track-up or north-up view. The StreetPilot 2720 comes preprogrammed with City Navigator™ Europe, pre-loaded with all the detailed maps for western Europe. This map database features nearly six million POIs —including hotels, restaurants, gas stations, ATMs, and attractions. Garmin has also added the ability for customers to augment the pre-loaded maps with custom POIs from industry-standard CSV files, such as school zones and safety cameras. In addition, a proximity-alert feature is included to optionally warn the driver of upcoming custom POIs. In addition to point-to-point navigation, the StreetPilot 2720 can calculate the most efficient route between multiple destinations—a real time-saver fo (Description excerpted from: E Bowl)