USB based virtualized media system
View Patent ↗In a virtualized desktop system an interfacing module is coupled to peripheral ports of a target device. The interfacing module is connected to a network. A digital user station is connected to the network. The digital user station is configured to be coupled to peripherals. The interfacing module and digital user station use respective hardware engines to communicate via said network.
1. A virtualized desktop system for communicating information between a target server of a plurality of target servers to a selected workstation of a plurality of workstations over a network, comprising:
corresponding digitizing interface pods (DIP) for corresponding ones of each of the plurality of target servers, each DIP connected between a corresponding one of the plurality of target servers and said network, each DIP including:
DIP network communications hardware including a DIP network engine communicating directly to the network, a DIP management port communicating with the DIP network engine, and a DIP encryption engine communicating with the DIP network engine;
DIP media processing hardware including DIP audio, DIP video, DIP mass storage, and DIP keyboard/mouse engines, each communicating with the DIP encryption engine of the DIP network communications hardware to access the network via the network engine; and
DIP target device hardware including a DIP video receiver communicating with the DIP video engine, a DIP audio codec communicating with the DIP audio engine, and a DIP USB controller communicating with the DIP keyboard/mouse engine and the DIP mass storage engine to access the network via the encryption engine and the network engine; and
corresponding digital user stations (DUS) for corresponding ones of each of the plurality of workstations, each DUS connected to said network and configured to be coupled to peripherals corresponding to peripheral ports of the workstation, including:
DUS network communications hardware including a DUS network engine communicating directly to the network, a DUS management port communicating with the DUS network engine, and a DUS encryption engine communicating with the DUS network engine;
DUS media processing hardware including DUS audio, DUS video, DUS mass storage, and DUS keyboard/mouse engines, each communicating with the DUS encryption engine of the DUS network communications hardware; and
DUS target device hardware including a DUS video receiver communicating with the DUS video engine, a DUS audio codec communicating with the DUS audio engine, a DUS USB controller communicating with the DUS mass storage engine, and a DUS PS/2 interface communicating with the DUS keyboard/mouse engine.
2. The virtualized desktop system according to claim 1 , wherein the DUS video receiver includes a DUS digital video receiver and a DUS analog video receiver each communicating with the DUS video engine.
3. The virtualized desktop system according to claim 1 , wherein the DIP USB controller has a low bandwidth USB portion communicating with the DIP keyboard/mouse engine and a high bandwidth USB portion communicating with the DIP mass storage engine.
4. A method of communicating data between a workstation to a server over a network, comprising:
connecting a digitizing interface pod (DIP) to the target server between the target server and the network, the DIP:
communicating with the network via a DIP network port according to a network protocol;
processing media information from the server including audio and video information and to the server including mass storage information and keyboard/mouse information engines; and
controlling the audio information at a DIP audio codec, the video information at a DIP video receiver, and the mass storage and keyboard/mouse information at a DIP USB controller; and
connecting a digital user station (DUS) to the network and to peripherals corresponding to peripheral ports of the workstation, the DUS:
communicating with the DIP over the network via a DUS network port according to the network protocol;
processing media information to and from the DIP including audio, video, mass storage, and keyboard/mouse information; and
controlling the audio information at a DUS audio codec, the video information at a DUS video receiver, and the mass storage and keyboard/mouse information at a DUS USB controller.
5. A method according to claim 4 , wherein the DIP and DUS further communicating with a management entity via their respective network ports according to a management protocol.