Abstract: An image processor unit is described. The image processor unit includes a plurality of inputs to receive at least one input image. The image processor unit includes a plurality of outputs to provide at least one output image. The image processor unit includes a network coupled to the plurality of inputs and the plurality of outputs. The network is to couple at least one of the inputs to at least one of the outputs. The image processor unit includes an image processor circuit coupled to the network. The network to route an input image that is received at one of the inputs to the image processor circuit. The image processor circuit is to execute image signal processing program code to generate a processed output image from the input image. The network is to route the processed output image to at least one of the outputs.

Abstract: A saddle for a pipe, including a band adapted to wrap around a portion of the pipe to selectively block a leak or connect a service line. A securement device includes a handle pivotably connected to one of the band opposite sides, a puller pivotably connected to the other of the band opposite sides, and a pivotable connection between the handle and the puller. The pivotable connection pulls the band opposite sides toward one another when the handle is pivoted against the band.

Abstract: An image processor unit is described. The image processor unit includes a plurality of inputs to receive at least one input image. The image processor unit includes a plurality of outputs to provide at least one output image. The image processor unit includes a network coupled to the plurality of inputs and the plurality of outputs. The network is to couple at least one of the inputs to at least one of the outputs. The image processor unit includes an image processor circuit coupled to the network. The network to route an input image that is received at one of the inputs to the image processor circuit. The image processor circuit is to execute image signal processing program code to generate a processed output image from the input image. The network is to route the processed output image to at least one of the outputs.

Abstract: An image processor unit is described. The image processor unit includes a plurality of inputs to receive at least one input image. The image processor unit includes a plurality of outputs to provide at least one output image. The image processor unit includes a network coupled to the plurality of inputs and the plurality of outputs. The network is to couple at least one of the inputs to at least one of the outputs. The image processor unit includes an image processor circuit coupled to the network. The network to route an input image that is received at one of the inputs to the image processor circuit. The image processor circuit is to execute image signal processing program code to generate a processed output image from the input image. The network is to route the processed output image to at least one of the outputs.

Abstract: An image processor unit is described. The image processor unit includes a plurality of inputs to receive at least one input image. The image processor unit includes a plurality of outputs to provide at least one output image. The image processor unit includes a network coupled to the plurality of inputs and the plurality of outputs. The network is to couple at least one of the inputs to at least one of the outputs. The image processor unit includes an image processor circuit coupled to the network. The network to route an input image that is received at one of the inputs to the image processor circuit. The image processor circuit is to execute image signal processing program code to generate a processed output image from the input image. The network is to route the processed output image to at least one of the outputs.

Abstract: A method includes forming an integrated circuit device having device circuitry disposed in a device circuitry area on a substrate and a destroyable circuit formed in a destroyable circuitry area on the substrate; testing at least one operational aspect of the device circuitry using the destroyable circuit; and destroying the destroyable circuit subsequent to testing the at least one operational aspect of the device circuitry.

Abstract: A programmable delay clock buffer circuit, preferably implemented in a single IC, includes a clock circuit and a plurality of variable delay lines. The clock circuit receives an input clock and is clock feedback signal and generates an intermediate clock. Each of the delay lines is configured to receive the intermediate clock and to receive at least one delay control input. A first variable delay line of the plurality is configured to generate, based on a first delay control input, a first delay from the intermediate clock to produce a clock output signal. A second variable delay line of the plurality is configured to generate, based on a second delay control input, a second delay from the intermediate clock to produce a clock feedback signal. A method of distributing clock with through programmable delay lines is also presented.

Abstract: A memory module includes an array of N memory devices, each memory device having M data pins, where N is greater than M, and M and N are positive integers; and N bit lines traversing the array of N memory devices, such that each one of the N bit lines is connected to M of the N memory devices.

Abstract: The present invention provides a high data bandwidth memory system capable of operating in non-chip-kill and chip-kill modes. In chip-kill mode, cycle multiplexing, bit multiplexing, and time and space multiplexing are used to read/write data and syndrome across a group of memory devices. Current command packet formats are adapted to communicate with the group of memory devices in chip-kill mode.