An approximate potential size (volume) reduction of 20-30% can be achieved in notebook devices and up to 70% in desktop PCs. There are fewer security threats since the device is memoryless once its power supply is turned off and there is a clear privacy edge since a user's full computer would reside in the user's pocket, key chain, or the like depending on the used storage medium.
The development does not target major hardware and enclosure re-designs. It is in the proof of concept's advantage to virtually eliminate hardware re-design and minimize same for enclosures. Motherboards designed for desktops can be used with minor adaptation for the reduced desktop configuration as well as a desk/kiosk mountable configuration for public use. The laptop motherboard layout would still be used for smaller laptops, possibly with more creative enclosure design to reduce the overall carry-on size, while maintaining a reasonable screen size.
The product development plan is organized as follows. ...
The laptop motherboard layout would still be used for smaller laptops, possibly with more creative enclosure design to reduce the overall carry-on size, while maintaining a reasonable screen size.
The product development plan is organized as follows. Section 2 provides a topical product description that caters for the main newly introduced issues by the UC concept. Section 3 discusses specifics of alternative technologies to be used in the implementation. Section 4 presents the business case and market segmentation. The development plan and the related funding and financial plan are described in Sections 5 and 6, respectively. Section 7 discusses potential economic and technological risks. A conclusion is provided in Section 8.
The UC physical architecture is similar to that of a desktop or a laptop, except that in either case the processor box is much smaller. Other peripheral input and output devices; namely screen, keyboard, and mouse are not subject to change; but may be subject to subsequent creative adjustments that could take advantage of the size reduction. The processing box may consist of one PCB (we may still call it a mother board) with the following components:
Processor with cache memory
NVRAM containing machine language device drivers
VGA card or equivalent
Audio drivers and outlets
A minimum of 4 USB 2.0 or Firewire interfaces: one for each of the mouse and keyboard, and 2 for portable external storage units (alternatively Bluetooth could be used for the mouse and keyboard)
Network drivers for Ethernet, Wi-Fi, and Bluetooth
The following devices are taken outside of the box:
The hard disk(s)-replaced by external