The one with the lower mhz or ghz. Depending on the number of cores (newer cpus) this can vary.
A laptop.
Current model laptops run their processors at slower, lower heat speeds when they are not being used heavily. Fire up a copy of your favorite graphics-intensive video game and your laptop will burn electricity and generate heat as fast as a desktop system .
nothing to do with the computer, its the processor the determines that (u can get processor upgrades)
The Type of transfers that must a computer interconnection structure support thats a bus is the following: (1) Memory to Processor (2) Processor to Memory (3) I/O to Processor (4) Processor to I/O (5) I/O to or from Memory
The processor (obviously)
dont kw
The new "P" prefix indicates a lower power processor, with a 25 instead of 35W TDP.
The G5 does not have an Intel processor it has an IBM Power PC processor.
The power of the A4 processor is a 1 Ghz processor. This processor is a dual core model and is used on the iPad 2, iPhone and iPod Touch.
A desktop processor usually uses more power than an equivalent laptop processor. Usually manufacturers make processors specifically for laptops and these processors are optimized to reduce their power consumption and heat output.
less
Intel is a brand of processors and PowerPc is made by IBM
The processor speed depends on the specific processor. In general, most processors have a range of about 1 gigahertz on the lower end to about 3.6 gigahertz on the upper end.
This is mostly due to the micro processor within the main power supply, the major cause for this is that the processor has had a power spike or brown out, the latter being the key culprit. The TV would have suffed a dramatic loss in power then the power is restored and often blows the micro processor.
If the same processor is installed on both a laptop and a desktop, then the each of the processors will use the same amount of power. But, usually, in computer companies don't put more powerful desktop processors into their laptops, they usually use a less powerful processor, which would less power than the average desktop processor.
A small processor typically has lower power consumption and generates less heat, making it suitable for portable devices like smartphones and wearables. However, it may also offer reduced performance and processing speed compared to larger processors, limiting its ability to handle demanding applications or multitasking. Additionally, smaller processors often have fewer cores and lower clock speeds, which can affect overall system responsiveness. Overall, the trade-offs between size, power efficiency, and performance are key considerations in processor design.
At the same speed they likely use similar power, but as dissipating heat is easier in desktop it is more likely to use faster higher power processor.