You can see the online demo here; to test the geocoder functionality, simply enter any U.S. address in the box at the top of the screen and click “Find Location.” Additionally, to see online sample applications built with Map Suite Geocoder — complete with source code — check out http://geocodersamples.thinkgeo.com/.

Map Suite Geocoder comes with data for the entire United States that is based on the latest TIGER® datasets from the U.S. Census Bureau.

Map Suite Geocoder can be used in web applications, desktop applications, Silverlight applications, web services, Windows services, console applications or just about any other application type imaginable.

Map Suite Geocoder is licensed by developer and by production web server. Each developer who writes code against the Map Suite Geocoder will need a license, and each production web server that utilizes Map Suite Geocoder will need a license as well. In cases where Map Suite Geocoder is used in desktop applications, there are no extra royalties or deployment costs.

Map Suite Geocoder has the capability to use Fuzzy Match logic when finding addresses. This means that if an address is spelled incorrectly but sounds similar to the correct spelling, the Geocoder may still return a result.

Map Suite Geocoder returns a detailed list of information about the area, including:

Yes. Map Suite Geocoder was designed to be extensible, so you could potentially add your own data and build your own indexes. The product comes with all the necessary APIs and tools, but this is an undertaking which requires professional services.

Yes. Map Suite Geocoder was built for performance and can process a large number of geocodes at one time. For some benchmarks on how fast the Geocoder performs, check out the Benchmarks section on the Features page.

Yes. Map Suite Geocoder can be easily integrated into your website or web application.

Yes. Map Suite Geocoder comes with an easy-to-use reverse geocoding API that allows you to quickly translate longitude/latitude coordinates into the closest available address.