This dissertation describes the conception of a reduced instruction set computer architecture, optimized for the use with programming languages based on the object orientation paradigm. The aim was to bond the most recent technologies used in the last generation processors to a set of characteristics that, when used correctly and in conjunction with adequate programming tools, tend to reduce the performance impact that are usually submitted the systems based upon objects. Apart from the line followed by the Scientific Community in this area, a new storage or data processing structure was not aimed. On the contrary, from the beginning it has been the target to use the experience accumulated in a little more than two decades of microprocessors at most, to design a generic architecture, but with a few special characteristics.