Jointly developed by Harris and Battlefield Telecommunications Systems (BTS), KnightHawk 3G is a customizable cellular Network In a Box (NIB) compatible with commercial off-the-shelf (COTS) equipment, including smartphones and tablets. Each KnightHawk 3G is installed with BTS Praefectus(tm) Mission Management Software, which automates configuration and management of the cellular network, and enables each KnightHawk to operate autonomously or as a scalable network with hundreds of nodes for increased range. This compatibility allows users in the battlefield to leverage existing applications, thereby enabling them to track a team's location, automatically translate foreign languages, and conduct remote training using existing advanced programs.
KnightHawk 3G features UMTS High Speed Packet Access, providing extremely fast connectivity of 14.4 mbps for downloads and up to 5.76 mbps for uploads. It also offers the benefits of small size, weight and power (SWaP), making it ideal for mobile, multi-mission requirements in challenging environments.
"KnightHawk 3G is a landmark system that gives the U.S. military immediate access to millions of low-cost commercial devices already on the market while maintaining compatibility with future standards," said Dan Pearson, Executive Vice President and Chief Operating Officer for Harris. "Our unique solution blends the principle of interoperability with capabilities that use the current cellular tower model and enables the military to deploy it on a variety of platforms while on the move."
"KnightHawk 3G allows the warfighter to train, fight and communicate more effectively by bringing cutting-edge 3G/4G commercial technology, such as the Droid, iPhone(r), iPad(r), and other advanced devices to the battlefield," said Sean Lane, BTS Chief Executive Officer. "From an intelligence perspective, KnightHawk 3G enables every warfighter to become a sensor with the ability to report audio, video, and other data to commanders in real time."
For more information, check Al-Defaiya Issue # 3/2011
