Communication layer switching device
A switchable communicator, including a processor for running at least one communication service, up to at least communication layer 2, in conjunction with a computer to which the communicator is docked, a memory coupled with the processor for storing program code and data for the at least one communication service, a modem coupled with the processor for transmitting and receiving data for the at least one communication service, an input device coupled with the processor for inputting data to be transmitted by the at least one communication service, an output device coupled with the processor for displaying data that is received by the at least one communication service, and an interface for docking the communicator to the computer, and for synchronizing communication service data between the communicator and the computer when the communicator is docked to the computer, wherein the computer may be in an active mode or in an inactive mode, and wherein the processor switches to run the at least one communication service by itself, up to communication layer 7, when the computer is in inactive mode. A method is also described and claimed.
1 . A switchable communicator, comprising:
a processor for running at least one communication service, up to at least communication layer 2, in conjunction with a computer to which the communicator is docked;
a memory coupled with said processor for storing program code and data for the at least one communication service;
a modem coupled with said processor for transmitting and receiving data for the at least one communication service;
an input device coupled with said processor for inputting data to be transmitted by the at least one communication service;
an output device coupled with said processor for displaying data that is received by the at least one communication service; and
an interface for docking the communicator to the computer, and for synchronizing communication service data between the communicator and the computer when the communicator is docked to the computer, wherein the computer may be in an active mode or in an inactive mode, and wherein said processor switches to run the at least one communication service by itself, up to communication layer 7, when the computer is in inactive mode.
2 . The switchable communicator of claim 1 wherein said processor uses said interface to synchronize communication service data from the computer to the communicator prior to the computer switching to the inactive mode, and to synchronize communication service data from the communicator to the computer subsequent to the computer switching to the active mode.
3 . The switchable communicator of claim 2 wherein the at least one communication service includes an e-mail client, and wherein said processor uses said interface to synchronize an e-mail server address and login information.
4 . The switchable communicator of claim 3 wherein said processor uses said interface to synchronize downloaded e-mail messages.
5 . The switchable communicator of claim 3 wherein said processor uses said interface to synchronize a list of contacts.
6 . The switchable communicator of claim 3 wherein said processor uses said interface to synchronize a calendar schedule.
7 . The switchable communicator of claim 2 wherein the at least one communication service includes an instant messaging client, and wherein said processor uses said interface to synchronize login information and a list of contacts.
8 . The switchable communicator of claim 7 wherein said processor uses said interface to synchronize a discussion history.
9 . The switchable communicator of claim 2 wherein the at least one communication service includes a web browser.
10 . A method for switchable communication, comprising:
synchronizing data for at least one communication service from a computer to a communicator, prior to the computer switching to a low power mode of operation;
running the at least one communication service on the communicator while the computer is in the low power mode of operation, whereby the communicator manages communication layers up to layer 7;
synchronizing data for the at least one communication service from the communicator to the computer when the computer is switched back to a full power mode of operation; and
running the at least one communication service on the computer in conjunction with the communicator while the computer is in the full power mode of operation, whereby the communicator managers low communication layers up to at least layer 2 and the computer manages the higher communication layers.
11 . The method of claim 10 wherein the at least one communication service includes an e-mail client, and wherein said synchronizing data from computer to communicator and said synchronizing data from communicator to computer synchronizes an e-mail server address and login information.
12 . The method of claim 11 wherein said synchronizing data from computer to communicator and said synchronizing data from communicator to computer synchronizes downloaded e-mail messages.
13 . The method of claim 11 wherein said synchronizing data from computer to communicator and said synchronizing data from communicator to computer synchronizes a list of contacts.
14 . The method of claim 11 wherein said synchronizing data from computer to communicator and said synchronizing data from communicator to computer synchronizes a calendar schedule.
15 . The method of claim 10 wherein the at least one communication service includes an instant messaging client, and wherein said synchronizing data from computer to communicator and said synchronizing data from communicator to computer synchronizes login information and a list of contacts.
16 . The method of claim 15 wherein said synchronizing data from computer to communicator and said synchronizing data from communicator to computer synchronizes a discussion history.
17 . The method of claim 10 wherein the at least one communication service includes a web browser.