Sentence examples for faster clocks from inspiring English sources

These clocks run on roughly (though not precisely) 24-hour schedules – larks tend to have slightly faster clocks, and owls slightly slower ones – synchronising through signals from a tiny patch of brain tissue known as the suprachiasmatic nucleus (SCN), which acts as a kind of internal Greenwich Meridian.

Intel's latest desktop processors have faster clocks speeds and use smaller transistors—45 nanometers as opposed to 65 nanometers—that allow them to do more work with less power, all else being equal.

All these problems can be solved by providing a hierarchy of clocks in the synchronous system that does not only allow to combine macro steps to a larger step of a slower clock, but that also allows one to refine the base clock into different faster clocks.

Since 2004, increases in computational power described by Moore's law have substantially been realized in the form of additional cores rather than through faster clock speeds.

Increasingly ambitious SOC performance goals have emphasized the use of faster and faster clock rates at the expense of power dissipation.

The new chips cram more circuits onto each piece of silicon, run at much faster clock speeds -- or electronic heartbeats -- and include a new technology known as hyperthreading.

Especially, on-chip inductive effects need to be taken into account due to low-resistance metal interconnections and faster clock rates in today's SoC design.

The faster clock speed has one significant drawback, too: In video games such as Space Invaders, the monsters eat you before you get off a shot.

Due to the PIC32's faster clock speed (running everything at 40MHz so room to improve further) and memory footprint, we were able to successfully control the matrix at a refresh rate near 450Hz using roughly 30% CPU.

Application-tailored processors can run specific code blocks one or two orders of magnitude faster than fixed-ISA (instruction-set architectures) processors without the need for faster clock rates.

Due to power limitations and escalating cooling costs, high-performance computing systems can no longer rely solely on faster clock frequencies and numerous microprocessor nodes to meet increasing performance demands.