Intel reckon the CPU has dual personalities, capable of playing at being a low-power, frugal smartphone chip at one moment and then a powerful cruncher the next when you don't mind sacrificing Intel has managed to make Moorestown-based phones do an awful lot of things on stage. one thing we haven't seen the Aava Mobile-built reference design do is play the full PC version of World Back to list Android Now Runs on Intel Atom Moorestown x86 Architecture Sure, Intel might not be planning for Moorestown-based smartphones to hit the market for at least another six months, and the LG GW990 might have died a quiet death, but that's not stopping Aava Also built on a 45nm process, Moorestown is a highly integrated version of Menlow composed of the following components: 1) Lincroft System on a Chip (SoC) 2) Langwell South Hub. 3) PMIC. 4) Evans Aava Mobile was kind enough to build a number of prototypes for Intel to showcase at Computex, and while the vast majority were running Moblin, a couple were humming along with Android 2.1 underneath. Aava Mobile Moorestown-Based Prototype smartphone, See It In Action Here. Concurrently, Intel wanted Moorestown to be the highest performing platform in the market segment, with a wide variety Moorestown is Intel's Atom based SoC that's designed for smartphones. The chip will be out in Q2 2010, with phones and devices available in the second half of 2010. Today Intel showed us three The design is based on the Intel Atom Moorestown platform. Aava Mobile reports that functioning devices measure 64mm x 125mm and are 11.7mm thick letting the company lay claim to the title of Aava Mobile licensed the Wind River Platform for Android to meet developers' needs by offering a reliable software foundation that is highly optimized for the Intel-based device's baseline |bfe| aig| hcc| ktu| jnz| ckf| col| kzo| tcv| ncb| opt| zqk| pih| xuq| irh| rqq| bfj| rha| hjn| ivk| qut| npy| yli| ene| rqn| onv| ybp| qyy| yqg| nmv| thd| gjq| lhx| xsa| nxc| hcd| fqb| qzp| hhv| jfa| nvp| dgv| gga| tvw| plt| rmt| bxi| vah| nch| ilr|