Mobile TV
-
Product
Accelerated Mobile Pages (AMP) Testing Tool
-
Accelerated Mobile Pages (AMP) is a great way to make content on your website accessible in an extremely fast way. To help ensure that your AMP implementation is working as expected , Search Console now has an enhanced AMP testing tool. This testing tool is mobile-friendly and uses Google's live web-search infrastructure to analyze the AMP page with the real Googlebot. The tool tests the validity of the AMP markup as well as any structured data on the page. If issues are found, click on them to see details, and to have the line in the source-code highlighted. For valid AMP pages, we may also provide a link to a live preview of how this page may appear in Google's search results.
-
Product
Save A Watt® TV Standby Killer
P4150
-
Stop energy hogging TVs which continue to draw electricity even in “off mode”. Now you can really turn off your TV with the TV Standby Killer.
-
Product
Ultra-Compact Embedded Computer for Mobile Use (Transport, Surveillance, Industrial)
Neousys POC
-
Ultra-compact embedded computers based on Atom ™ processors for mobile use (transport, surveillance, industrial).- Ultra-compact industrial computers- Intel® Atom ™ E3845 1.91GHz Quad-core (POC-200), Intel® Apollo Lake Pentium® N4200 and Atom ™ E3950 quad-core (POC-3xx) processors - Operating range from -25 ° C to 70 ° C based on fanless cooling- Gigabit PoE and IEEE 802.3at PoE + ports- USB 3.1 Gen1 and USB 2.0 ports - RS-232/422/485 ports
-
Product
Mobile Sound Ranging Array
MSRA
-
In a peer to peer conflict, weapon location radars used for counter battery purposes will be extremely vulnerable.With aerial/satellite based surveillance available for the opponent, radars will be seen. With electronic warfare means being omnipresent, radars will be triangulated and jammed. There is an urgent need for 24/7 persistent surveillance with (preferably) passive sensors. With mobility being the key for survival on the battlefield, rapid re-deployable, or even truly mobile sensor capabilities are required. Therefore, the traditional sheer sound pressure based sound ranging capability becomes obsolete, as the triangular footprint of the sensor nodes is too large to be installed on a manned, or unmanned platform. With the trend towards longer ranges and “shoot and scoot” drills, the concept of capturing the muzzle blast noise becomes questionable, as the speed of sound is too slow to provide timely localizations.
