recreate the picture of yamhill em t and ia e if i have never argued with professor jen i would never have the will to guess how to recreate picture of yamhill em t and ia e yamhill is the code name of a project for ever intel's own bit x processor em t is a technology to extract the most potential capability of ia making it to address up to tib physical address ia e is not a mode of yamhill processor but the superset or extension of ia e in other words when ia e enabled bits and bits codes could work seamlessly because ia e scale up the original ia by extending the width of registers and execution units extended segment descriptors and paging mechanism would also introduced with it ia e does not make a processor turn into a real bit processor but just make a bit processor has the capability to do the bit computing from the ground the benefits of this is that we don't have a second bit lised ia what we need is an architecture completely designed for bit computing from scratch for example itanium or something else janagewen on travel preceding unsigned comment added by segmentation or paging is the essential way for physical addressing intel is the very first processor in the x series it has only one mode real mode and this name was later found in so segmentation had been accompanied with x processor since its beginning without protection mechanism introduced segmenataion is the only way to address all possible and potential physical space because segmentation is found in the real mode so addresses in segmentation tends to be real with solid link the physcial address rather than virtual address when in protected mode when paging is enabled so if it is a real x processor its maximum physical addressing space should be limited by its segmentation mechanism rather than paging