41 results about "Square Micrometer" patented technology

A chamber includes a substrate, a chamber layer disposed on the substrate that defines the sidewalls of the chamber, and the chamber layer has a chamber surface. The chamber has an area in the plane formed by the chamber surface in the range from about 1 square micrometer to about 10,000 square micrometers. The chamber also includes an orifice layer disposed over the chamber layer. The orifice layer has a first and second orifice surface and a bore wherein the bore has an area in the plane formed by the first orifice surface less than the chamber area. The chamber further includes a protective layer deposited, through the bore, on the sidewalls of the chamber layer and a portion of the first orifice surface.

The invention provides a novel decoder and a decoding method. The novel decoder at least comprises a DDR, a variable-length decoding engine, a data management module and a direct memory access module, wherein the DDR is used for caching a video bitstream before decoding and output data of the variable-length decoding engine; the variable-length decoding engine is used for decoding the video bitstream obtained from the DDR and outputting the decoded data into the data management module; the data management module is used for outputting the decoded data of the variable-length decoding engine to the direct memory access module and outputting the data obtained from the direct memory access module; the direct memory access module is used for outputting the decoded data, output by the data management module, of the variable-length decoding engine into the DDR and outputting the decoded data, obtained from the DDR, of the variable-length decoding engine to the data management module. According to the novel decoder, a reading channel and a writing channel are added to the direct memory access module, namely a small logic is increased, and two 416X22 single-port SRAMs and two sets of registers for caching parameters are omitted. Thus, compared with design in the prior art, the novel decoder has the advantages that the comprehensive area of a chip is saved by about 80000 square micrometers, the integral area of the chip is reduced by about 6%, and therefore cost of the corresponding chip is greatly reduced.