Hoshide also used the D2XS to record clear images of activities inside the Space Shuttle and Space Station as well as views out the windows of spacewalking activities and Earth. Beautiful images were also taken of the Space Station from inside the Space Shuttle as they were undocking and preparing for return to Earth. On this mission, several Nikon products, including six digital SLR camera Nikon D2XS, three NIKKOR lenses (AF-S DX Zoom-Nikkor 12-24mm f/4G IF-ED, and AF DX Fisheye-Nikkor 10.5mm f/2.8G ED), and Speedlights (SB-800) were used. The D2XS cameras used aboard the Space Shuttle and in the ISS were basically the same as commercial models. The D2XS, released in June 2006, is a high-end Nikon digital SLR camera. It offers a pixel count of 12.4 million pixels, a continuous shooting rate of 5 fps, and the superior performance and reliability demanded by professional photographers. NASA has completed an extensive certification test program for use of the D2XS on the Space Shuttle and International Space Station. This included tests which have cleared the D2XS for use during space walks on all subsequent missions…

 

The guidePORT visitor information system in an attractive new design: trendy silver and black will now be guiding visitors around theme parks, museums and exhibitions all over the world. Inside the units, digital RF technology guarantees that exciting visitor information is provided in Sennheiser’s usual perfect sound quality. The guidePORT-System is being continuously further developed, and software updates allow users to benefit from a range of new features and functions. For example, the latest software release 2.2.4.0 enables the visitor receivers and the mobile transmitters for the guides to be easily programmed via a small identifier. they want automatic, freely available visitor information, a guided tour or even an interpreting system. Depending on the application, a guidePORT system consists of compact receivers for the visitors, mobile transmitters for the guides and identifiers that automatically trigger audio information, as well as cell transmitters and antennas…