Abstract: System and method for transparently attaching wireless peripherals to a computer using an UWB wireless network. A preferred embodiment comprises an interface (for example, interface 630), a communications bus (for example, a USB 620), and an UWB wireless network adapter (for example, an UWB transceiver 610). The interface translates messages from either the communications bus or the UWB wireless network adapter so that a software stack is not needed to perform the translation at a later time. This helps to maintain the computer's reliability and performance. The system and method also affords wireless connectivity without the presence of a computer system.

Abstract: System and method for transparently attaching wireless peripherals to a computer using a Bluetooth wireless network. A preferred embodiment comprises an interface (for example, interface 630), a communications bus (for example, a USB 620), and a Bluetooth wireless network adapter (for example, a master unit 610). The interface translates messages from either the communications bus or the Bluetooth wireless network adapter so that a software stack is not needed to perform the translation at a later time. This helps to maintain the computer's reliability and performance. The system and method also affords wireless connectivity without the presence of a computer system.

Abstract: When integrating a peripheral, it is common practice to use a fully custom design. Custom designs typically optimize performance, size, and energy usage. However, custom designs are more expensive in terms of testing and development time. Rather than designing an integrated peripheral, an existing design (for example, peripheral 420) for the peripheral with attendant communications bus interface (for example, interface 424) is combined with an existing communications bus interface (for example, peripheral bus interface 410) to produce an integrated circuit (for example, integrated circuit 405). The use of existing designs greatly reduces development and test time, along with costs.

Abstract: A computer apparatus (100) includes a low-power flashmedia access feature (102, 138, 142, 147). The computer apparatus can provide low-power flashmedia access without the use of: the normal display monitor (110); the CPU (120); and either the normal display monitor or the CPU.

Abstract: A method and apparatus for the loading of a control program of a peripheral (for example, peripheral 325) via a communications link between a computer (for example, computer 305) and the peripheral 305. The control program is stored in a first memory (for example, memory 315) and upon system power-up or reset, a driver program reads the control program and loads the control program into a second memory (for example, RAM 335) located in the peripheral 325. The need for a custom memory interface and flash memory in the peripheral 325 is eliminated.

Abstract: System and method for transparently attaching wireless peripherals to a computer using a Bluetooth wireless network. A preferred embodiment comprises an interface (for example, interface 630), a communications bus (for example, a USB 620), and a Bluetooth wireless network adapter (for example, a master unit 610). The interface translates messages from either the communications bus or the Bluetooth wireless network adapter so that a software stack is not needed to perform the translation at a later time. This helps to maintain the computer's reliability and performance. The system and method also affords wireless connectivity without the presence of a computer system.

Abstract: System and method for transparently attaching wireless peripherals to a computer using an UWB wireless network. A preferred embodiment comprises an interface (for example, interface 630), a communications bus (for example, a USB 620), and an UWB wireless network adapter (for example, an UWB transceiver 610). The interface translates messages from either the communications bus or the UWB wireless network adapter so that a software stack is not needed to perform the translation at a later time. This helps to maintain the computer's reliability and performance. The system and method also affords wireless connectivity without the presence of a computer system.

Abstract: When integrating a peripheral, it is common practice to use a fully custom design. Custom designs typically optimize performance, size, and energy usage. However, custom designs are more expensive in terms of testing and development time. Rather than designing an integrated peripheral, an existing design (for example, peripheral 420) for the peripheral with attendant communications bus interface (for example, interface 424) is combined with an existing communications bus interface (for example, peripheral bus interface 410) to produce an integrated circuit (for example, integrated circuit 405). The use of existing designs greatly reduces development and test time, along with costs.