INTEL TURBO BOOST DOWNLOAD 6700 PORTABLE

In AMDвЂ™s own words, this allows the SoC to run at a much higher frequency for up to several minutes before having to scale back down. With Beema and Mullins, AMD increases the silicon temperature limit to around 100C (still within physical limits) but instead relies on the surface temperature of the device to determine when to throttle back the CPU/GPU. However what really matters isnвЂ™t if the silicon is running warm but rather if the chassis is running too warm. Previously once the silicon temperature hit 60C, AMD would cap max CPU/GPU frequency.

INTEL TURBO BOOST DOWNLOAD 6700 PORTABLE

Similar to what Intel discovered in architecting its Bay Trail silicon, AMD realized that in ultra portable form factors it would run into a chassis temperature limit before it ever reached the maximum operating temperature of its silicon. How can AMD hit significantly higher frequencies without a substantial architecture change or new process node? By raising the max thermal operating point of the silicon. The frequency gains aren't just limited to the CPU, the 128 GCN cores can also run at higher speeds with Beema and Mullins: In the case of Mullins in particular, since itвЂ™s so thermally constrained, the potential upside for frequency scaling is huge. Beema and Mullins can now turbo up to much higher frequencies. If we look at the tables below weвЂ™ll see this in action:ДЄMD no longer reports max non-turbo frequency, unfortunately following in IntelвЂ™s footsteps (as well as the rest of the mobile players), but you can assume that they are mostly unchanged from Kabini/Temash. While the bulk of Kabini and Temash silicon ran up to a set maximum frequency, Beema and Mullins SoCs can take advantage of available thermal headroom to increase their maximum frequency for a limited period of time.

With Puma+ and its associated SoC designs, AMD could focus more on driving power down and introducing new features, one of which happens to be a very intelligent clock boosting scheme analogous to IntelвЂ™s Turbo Boost. As the basis not only for AMDвЂ™s own entry level APUs but also the semi-custom SoCs bids for consoles from Microsoft and Sony, Jaguar had to be done quickly. It turns out thatвЂ™s more a function of the limited time AMDвЂ™s Jaguar team had to bring the design to market. It always made little sense that despite a very competitive microarchitecture, Jaguar both consumed more power and performed worse than IntelвЂ™s Silvermont. With power in perspective, letвЂ™s talk about performance and the lineup.

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