We present a low power multimedia SoC with fully programmable 3D graphics, MPEG4 codec, H.264 decoder and JPEG codec for mobile devices. The unified shader in 3D graphics engine provides fully programmable 3D graphics with 35 % area and 28 % power reduction. Logarithmic lighting engine and the specialized lighting instruction enable 9.1Mvertices/s vertex throughput. The merged JPEG/MPEG4 codec and the unified shader reduce the silicon area further and the SoC consumes 6.4mm x 6.4mm in 0.13μm CMOS logic process
Mobile multimedia is foreseen as one of the major applications for the upcoming broadband mobile net...
Mobile multimedia is foreseen as one of the major applications for the upcoming broadband mobile net...
Multimedia capable portable devices such as 3G phones will host a variety of new applications. Altho...
Abstract – A low-power graphics LSI is designed and implemented for mobile multimedia applications. ...
A fixed-point multimedia co-processor is designed and integrated into an ARM-10 based mobile graphic...
Abstract—A 36 mm2 graphics processor with fixed-point programmable vertex shader is designed and imp...
Abstract—Portable mobile computing and communication applications demand low-power and low-energy wi...
Abstract—A 121-mm2 graphics LSI is designed and imple-mented for portable two-dimensional (2-D) and ...
As mobile applications are moving to realtime multimedia, more functions are integrated into handhel...
Abstract — A low-power three-dimensional (3-D) graphics rendering engine with lighting acceleration ...
In this research, a fixed-point multimedia co-processor is designed and tested into an ARM-10 based ...
Thesis: Ph. D., Massachusetts Institute of Technology, Department of Electrical Engineering and Comp...
A low-power 3D rendering engine with 2 texture units and 29Mb embedded DRAM is designed and integrat...
This paper gives an overview of low-power techniques proposed in the literature for mobile multimedi...
Abstract—A single-chip rendering engine that consists of a DRAM frame buffer, a SRAM serial access m...
Mobile multimedia is foreseen as one of the major applications for the upcoming broadband mobile net...
Mobile multimedia is foreseen as one of the major applications for the upcoming broadband mobile net...
Multimedia capable portable devices such as 3G phones will host a variety of new applications. Altho...
Abstract – A low-power graphics LSI is designed and implemented for mobile multimedia applications. ...
A fixed-point multimedia co-processor is designed and integrated into an ARM-10 based mobile graphic...
Abstract—A 36 mm2 graphics processor with fixed-point programmable vertex shader is designed and imp...
Abstract—Portable mobile computing and communication applications demand low-power and low-energy wi...
Abstract—A 121-mm2 graphics LSI is designed and imple-mented for portable two-dimensional (2-D) and ...
As mobile applications are moving to realtime multimedia, more functions are integrated into handhel...
Abstract — A low-power three-dimensional (3-D) graphics rendering engine with lighting acceleration ...
In this research, a fixed-point multimedia co-processor is designed and tested into an ARM-10 based ...
Thesis: Ph. D., Massachusetts Institute of Technology, Department of Electrical Engineering and Comp...
A low-power 3D rendering engine with 2 texture units and 29Mb embedded DRAM is designed and integrat...
This paper gives an overview of low-power techniques proposed in the literature for mobile multimedi...
Abstract—A single-chip rendering engine that consists of a DRAM frame buffer, a SRAM serial access m...
Mobile multimedia is foreseen as one of the major applications for the upcoming broadband mobile net...
Mobile multimedia is foreseen as one of the major applications for the upcoming broadband mobile net...
Multimedia capable portable devices such as 3G phones will host a variety of new applications. Altho...