Abstract: A data transportation protocol (13, 21) for transferring data within a wireless network (6), the protocol (13, 21) comprising: a block I/O interface layer (40) to provide a single level of translation between block I/O storage protocol commands and network packets; and a wireless transport layer (41) to transport the network packets between a client (6A) and server (6B) within the network (6); wherein the block I/O interface layer (40) performs operations directly on a storage device driver (23) and a network device driver (14, 20) of the client (6A) and server (6B).

Abstract: There is provided a storage device including: a wireless communication link to communicate between the storage device and a digital imaging device; a storage medium for storing a digital image from the digital imaging device; where the digital image is wirelessly transferred between digital imaging device and the storage medium in real-time. The storage device enables the real-time storage of a digital image captured from a digital imaging device using a wireless interface. The storage device provides standalone operation without the need for a personal computer. The digital images stored in the storage device can be transmitted to peripheral components either by a wire connection or wireless transmission to such peripheral devices as a printer or directly to a web site for image loading and sharing. There is also provided a method of storing a digital image in a storage device.

Abstract: A data transportation protocol (13, 21) for transferring data within a wireless network (6), the protocol (13, 21) comprising: a block I/O interface layer (40) to provide a single level of translation between block I/O storage protocol commands and network packets; and a wireless transport layer (41) to transport the network packets between a client (6A) and server (6B) within the network (6); wherein the block I/O interface layer (40) performs operations directly on a storage device driver (23) and a network device driver (14, 20) of the client (6A) and server (6B).