![]() ![]() ![]() Of all the available models, only one chip comes without Turbo Boost support, the entry-level Core i3-2310M.Īll, however, carry the more powerful Intel HD 3000 integrated graphics which features 12 EUs (execution units), so gaming performance should only be affected by the speed the CPU runs at. The rest of the mobile Sandy Bridge lineup is comprised of no less than ten processors that feature either two or four cores and range in speed from 2GHz to 2.7GHz. Moving back to the mobile Sandy Bridge CPUs, just as before, Intel decided to split the SKUs into two distinct series: regular and low-voltage/ultra low-voltage parts.Īs their name implies, LV and ULV chips are meant to be installed in notebooks and laptops where battery life is of the utmost importance, so they carry reduced TDPs, fewer cores (only two compared to the four found in some of their more powerful counterparts), and pack lower operating frequencies for the core as well as for the integrated graphics. The high level of interest shown by Intel to the mobile space is by no means surprising considering that, in the recent years, notebook shipments have outgrown desktop computers by a ratio of 2 to 1.Īnd this is only the beginning as the gap between these two types of computing systems will continue to grow, and the Santa Clara-based company is well aware of this fact. In our initial review of the Sandy Bridge architecture, we mentioned how more than half of the processors Intel launched on January 3 were actually destined to be used in mobile platforms, 15 out of the 29 CPUs released coming as notebook parts. After seeing just how much of a performance improvement Sandy Bridge has brought to the desktop space, it's now time to witness what Intel's new architecture can do for the mobile market. ![]()
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