The Wallpad is a 7” touch computer powered by HIO Project’s modular expandable hardware platform. It can mount on a standard 2-gang electrical box, is powered by a Freescale ARM processor, supports Power over Ethernet (PoE) and comes with either Yocto Linux or Android preinstalled.
“Its size, open architecture and modular aspects opens up many possibilities,” says Richard Fabiero, Product Marketing Manager for HIO Project. “Makers and developers are able to buy the core-board, select the ready-made modules or design custom modules to build embedded systems and Internet of Things (IoT) devices that fit their needs.”
Thanks to its touchscreen, I/O options, and processor, the Wallpad can be used for endless applications including home and office automation, automation gateways, smart appliances, kiosks, hospitals, RVs, audio equipment, security surveillance or whatever the embedded needs are.
The core-board of the Wallpad is powered by the Freescale ARM Cortex A9 dual core processor making it an ideal solution for industrial grade, fanless, cost-sensitive devices requiring high performance, low power consumption, and long life cycle support.
“Unlike other community or development boards such as Arduino or Raspberry Pi that use low-performance microcontrollers or processors, which are designed only for the initial stage of product development or prototyping” says Bin Lin, Chief Architect of the Wallpad, “the Wallpad’s high-performance processor is backed by Freescale’s long term support allowing it to be used across the entire product development cycle from evaluation, development, prototyping, certification to production.”
The Kickstarter campaign can be found at http://kck.st/1HroOaW
HIO Project (www.hioproject.org) is a development effort backed by HABEY USA to create expandable modular hardware platforms for embedded systems and Internet of Things (IoT) devices. Its goal is to provide affordable embedded computer building blocks that can be used across the entire product development cycle – from evaluation, development, prototyping, certification, to production. It is based on the bottom up approach, enabling developers to build a custom embedded computer tailored to their applications starting with the minimal building block and adding modules as needed.