Publication: Evaluación y desarrollo de módulo hardware en SoC programable
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2013-07
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2013-07-10
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Abstract
En la actualidad, el mercado de los dispositivos de bajo y medio consumo avanza a una velocidad de vértigo, debido al gran aumento de la escala de integración y las nuevas tecnologías desarrolladas en este tipo de dispositivos.
Una de las tecnologías más sonadas en la actualidad en el mercado de dispositivos de medio y bajo consumo se trata de la tecnología del System On Chip. Una tecnología que integra todos los componentes de un sistema de computación completo como bloques de un solo chip. Esta tecnología permite una reducción costes de producción, consumo, tamaño y aumentando en gran medida su capacidad de procesamiento.
Los System On Chip están compuestos por diferentes bloques que representan las diferentes partes de un computador. A principio de 2012, Xilinx la mayor fabricante de dispositivos programables, lanza el Zynq-7000 un System on Chip programable.
El Zynq-7000 se trata de un System on Chip que contiene una lógica programable similar a una FPGA, y que por lo tanto permite reprogramar parte de su hardware, para adaptarse a las necesidades de los clientes.
Con este proyecto se quiere realizar una investigación y evaluación del Zynq-7000 y de sus herramientas de desarrollo. Además se realizará una implementación y prueba de un módulo hardware, y se implementará en un sistema HW del chip propio. Finalmente se desarrollará una plataforma de trabajo para permitir el desarrollo software sobre la plataforma creada.
El principal objetivo con la realización de este proyecto de investigación es que sea un punto de partida para poder desarrollar un proyecto hardware o software adaptado a las necesidades de un cliente.
Currently, the market of devices low to medium advances at a lightning speed, due to the large increase in the scale of integration and the new technologies developed in such devices. Currently one of the most talked about technologies on the market for these devices is the technology of System On Chip. This technology integrates all components of a complete computer system as blocks of a single chip. This technology lowers costs of production, consumption, size and greatly increases performance. System On Chip devices made up of different blocks corresponding to the components of a computer. In early 2012, the largest manufacturer of Xilinx programmable devices, the Zynq-7000 releases an programmable System on Chip. Zynq-7000 is a System on Chip with a programmable logic like an FPGA and allows reprogramming part of its hardware, to suit the needs of customers. With this project carry out research and evaluation of Zynq-7000 and its development tools. Furthermore will develop a deployment and testing of a hardware module, and will be implemented in a custom hardware design of the system. Finally, will develop a working platform to allow software development in the system. The main objective with the realization of this research project is to be a base for a project to develop hardware and software suited to the needs of a client.
Currently, the market of devices low to medium advances at a lightning speed, due to the large increase in the scale of integration and the new technologies developed in such devices. Currently one of the most talked about technologies on the market for these devices is the technology of System On Chip. This technology integrates all components of a complete computer system as blocks of a single chip. This technology lowers costs of production, consumption, size and greatly increases performance. System On Chip devices made up of different blocks corresponding to the components of a computer. In early 2012, the largest manufacturer of Xilinx programmable devices, the Zynq-7000 releases an programmable System on Chip. Zynq-7000 is a System on Chip with a programmable logic like an FPGA and allows reprogramming part of its hardware, to suit the needs of customers. With this project carry out research and evaluation of Zynq-7000 and its development tools. Furthermore will develop a deployment and testing of a hardware module, and will be implemented in a custom hardware design of the system. Finally, will develop a working platform to allow software development in the system. The main objective with the realization of this research project is to be a base for a project to develop hardware and software suited to the needs of a client.
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Arquitectura de ordenadores, Microprocesadores