Frequency at which CPU chip or core is operating.
1In the digital age, we've gotten used to marking advances in clock speed and memory.
2The processing power refers to clock speed, size of cache and number of cores, says Naicker.
3You have to dial down the chip's clock speed to accurately distinguish the small difference between on and off.
4But cranking up the clock speed has its limitations, says Will Strauss, principal analyst with research and consulting firm Forward Concepts.
5Raspberry Pi has always allowed you to increase your clock speed without voiding the warranty just by editing a text file in Raspbian.
6That's enough power to overheat the chip in a matter of seconds, but it speeds up the chip's clock speed and it uses more transistors.
7Changing the clock speeds enables you to speed up your processor at the risk of decreased stability.
8Now, copper is increasingly proving incapable of shuttling bits across even short distances with the rapidity demanded by faster clock speeds.
9We witnessed some thermal throttling in these cases, and clock speeds were capped at less than half of the processor's boost.
10The Note 10.1 uses Google's Android software and a quad-core processor with 1.4 GHz clock speeds.
11There is also a KITT-style "turbo boost" which will up the clock speeds of some chip cores when applications demand it.
12The extreme edition, formerly codenamed Bloomfield, offers two processors with clock speeds of 3.20 GHz and 3.33 GHz.
13Claremont can operate from 280 millivolts to 1.2 volts, and at clock speeds from 3 MHz to 915 MHz.
14Gigahertz clock speeds are now common on most desktop computers, and as long as computer chips remain electronic, GHz appears to be the PC's domain.
15(Remember, the Linux system is running at less than one quarter the clock speed of the Windows system.)
16Once carrying the Lynnfield moniker, Core i7's regular edition processors have clock speeds from 2.66 GHz up to 3.06 GHz.
Translations for clock speed