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An interactive whiteboard (IWB) device can either be a standalone computer or a large, functioning touchpad for computers to use. Interactive whiteboards are widely used in classrooms, boardrooms, and training environments, providing an innovative way to share information, facilitate discussions, and enhance the overall learning or business communication experience.
Its second iteration, Samsung Flip 2, was released in 2019. [8] It features enhanced annotation, flexible image editing, pen options, brush mode for painting, built-in browser, and an optional connectivity tray with HDMI and USB functionalities. Additionally, it allows remote management through Samsung's MagicINFO content management system. [9]
The Hitachi Starboard is a line of interactive whiteboard products, interactive LCD panels, and tablet devices aimed at teachers and presenters made by Hitachi.All Starboards come bundled with the Starboard Software which is advertised as being intuitive and completely customizable.
Smart Technologies [2] (styled as SMART Technologies) is a Canadian company headquartered in Calgary, Alberta, Canada and wholly owned by Foxconn. [2] Founded in 1987, SMART is best known as the developer of interactive whiteboards branded as the "Smart Board" (styled as SMART Board) popularly used in education and business.
Top of a copper clad Perfboard with solder pads for each hole. Perfboard is a material for prototyping electronic circuits.It is a thin, rigid sheet with holes pre-drilled at standard intervals across a grid, usually a square grid of 0.1 inches (2.54 mm) spacing.
In Indonesia, the Hongguang S1 is sold by SGMW Indonesia as the Wuling Confero, [7] [8] where it was launched to the public on 2 August 2017. Two variants were launched; Confero that based on the pre-2016 Chinese market Hongguang S1 and Confero S that based on the Hongguang S1 Exclusive.
The Handy Board is a popular handheld robotics controller. The Handy Board was developed at MIT by Fred G. Martin, and was closely based on a previous controller designed by Martin and Randy Sargent for the MIT LEGO Robot Contest.
Two common heights are 3U (a 100 mm card in a 5.25 in (133.35 mm) subrack) and 6U (a 233.35 mm card in a 10.5 in (266.70 mm) high subrack). As two 3U cards are shorter than a 6U card (by 33.35 mm), it is possible to install two 3U cards in one slot of a 6U subrack, with a mid-height structure for proper support.