underclocking造句

• Many computers and other devices allow for underclocking.
• Manufacturers add underclocking options for many reasons.
• The heat produced by CPUs can be further reduced by undervolting, underclocking or both.
• It could be overheating, which some systems deal with by automatically underclocking, which would reduce performance.
• Underclocking can help with excessive heat buildup, because lower performance will not generate as much heat inside the device.
• Laptop computers and other battery-operated devices often have underclocking settings, so that batteries can last longer without being charged.
• In addition to providing underclocking features, manufacturers can choose to limit the capability of a machine in order to make it more efficient.
• Underclocking is almost always involved in the latter stages of Undervolting which seeks to find the highest clock speed that a processor will stably operate at a given voltage.
• There are several different underclocking competitions similar in format to overclocking competitions, except the goal is to have the lowest clocked computer, as opposed to the highest.
• A given device may operate correctly at its stock speed even when undervolted, in which case underclocking would only be employed after further reductions in voltage finally destabilizes the part.
• Conversely, the primary goal of underclocking is to reduce power consumption and the resultant heat generation of a device, with the trade-offs being lower clock speeds and reductions in performance.
• Anyways, considering that the motherboard doesn't support underclocking, you're really going to find it difficult to find a way to accomplish it, if it's possible at all.
• However, it is important to note that the manufacturer-specified CAS latency typically assumes the specified clock rate, so underclocking a memory module may also allow for a lower CAS latency to be set.
• That is, while overclocking seeks to maximize clock speed with temperature and power as constraints, underclocking seeks to find the highest clock speed that a device can reliably operate at a fixed, arbitrary power limit.
• Underclocking and undervolting are usually attempted if a system needs to operate silently ( such as a multimedia player ), but higher performance is desired than is offered by a given processor manufacturer's low-voltage offerings.
• These adjustments provide the two common methods of overclocking and underclocking a computer, perhaps combined with some adjustment of CPU or memory voltages ( changing oscillator crystals occurs only rarely ); note that careless overclocking can cause damage to a CPU or other component due to overheating or even voltage breakdown.
• Argus Monitor also measures the CPU core frequency and graphs it separately for each core--, making it possible to verify if the energy management is underclocking the CPU cores if they are in idle state or the new " Turbo Boost " mode of Intel Core i5 / i7 processors is working correctly.
• Users unlock CPUs to allow underclocking, overclocking, and front side bus speed compatibility with certain motherboards, but unlocking invalidates the manufacturer's warranty and mistakes can cripple a CPU . However, locking a chip's clock multiplier does not necessarily prevent users from overclocking, as the speed of the front-side bus can still be changed to provide a performance increase.
• Soft cooling is the practice of utilizing software to take advantage of halt instructions to turn off or put in standby state CPU subparts that aren't being used or by underclocking the CPU . While resulting in lower total speeds, this can be very useful if overclocking a CPU to improve user experience rather than increase raw processing power, since it can prevent the need for noisier cooling.