Abstract: Systems and methods are provided for displaying content on a vehicle with at least one display device coupled to a frame member and extending to the right or left of the license plate receiving area of the vehicle. Content is selected and altered as desired, including based on user preferences and/or vehicle location.

Abstract: Systems and methods are provided for displaying content on a vehicle with at least one display device coupled to a frame member and extending to the right or left of the license plate receiving area of the vehicle. Content is selected and altered as desired, including based on user preferences and/or vehicle location.

Abstract: Systems and methods are provided for displaying content on a vehicle with at least one display device coupled to a frame member and extending to the right or left of the license plate receiving area of the vehicle. Content is selected and altered as desired, including based on user preferences and/or vehicle location.

Abstract: Systems and methods are provided for displaying content on a vehicle with at least one display device coupled to a frame member and extending to the right or left of the license plate receiving area of the vehicle. Content can be selected and altered as desired, including based on user preferences and/or vehicle location.

Abstract: A dynamic processor configuration and power-up programs a processor's fuse block with configuration signals during processor manufacturing. The processor configuration signals include a core voltage identifier and a system bus frequency identifier. When power is applied to the platform, a control signal is used to prevent power-up of the platform's processor related circuitry. While the platform awaits full power-up, the fuse block is powered up. When the fuse block is powered up, the control signal is used to allow the configuration signals to be read from the fuse block. The processor is configured with core voltage and system bus frequency based on the values read from the fuse block. The platform then performs its boot-up sequence.

Abstract: Multistage configuration and power setting for a processor includes an on-die configuration signal fuse block programmed during manufacturing, configuration signal Control and I/O circuitry, a configuration change control signal output indicating when the configuration signals are going to change, and voltage regulators and clock generators that rely on the configuration change control signal to begin the system configuration change and boot sequences. The processor actively drives its configuration signal states. Multistage configuration and power setting also enables the processor to change its configuration states during operation.

Abstract: Multistage configuration and power setting for a processor includes an on-die configuration signal fuse block programmed during manufacturing, configuration signal Control and I/O circuitry, a configuration change control signal output indicating when the configuration signals are going to change, and voltage regulators and clock generators that rely on the configuration change control signal to begin the system configuration change and boot sequences. The processor actively drives its configuration signal states. Multistage configuration and power setting also enables the processor to change its configuration states during operation.

Abstract: A dynamic processor configuration and power-up programs a processor's fuse block with configuration signals during processor manufacturing. The processor configuration signals include a core voltage identifier and a system bus frequency identifier. When power is applied to the platform, a control signal is used to prevent power-up of the platform's processor related circuitry. While the platform awaits full power-up, the fuse block is powered up. When the fuse block is powered up, the control signal is used to allow the configuration signals to be read from the fuse block. The processor is configured with core voltage and system bus frequency based on the values read from the fuse block. The platform then performs its boot-up sequence.

Abstract: A method and devices for a current dump circuit that includes a first termination device, a second termination device, and a current dump device. The first termination device resides outside the die of an IC. One end of the first termination device is operatively connected to a first voltage regulator. Another end of the first termination is device operatively connected to a signal line of the IC. The second termination device resides on a die of the IC. One end of the second termination device is operatively connected to a second voltage regulator. Another end of the second termination device is operatively connected to the signal line of the IC. The current dump device provides a path to remove any current flow between the first voltage regulator and the second voltage regulator.