"Single core" refers to the computer's main chip having a single processor. Newer models, such as Intel's i3, i5 and i7, have multiple processors (2, 4, or 6 processors), usually called multiple "cores", on a single chip.
GHz refers to the clock speed of each individual processor. It gives you a rough idea of how fast it can process data. However, the processing speed will also depend on other factors.
On the contrary, armouring is common on single-core conductors. Frequently, high-voltage underground cables are made up of three, individual, single-core, line conductors. These are most definitely armoured to protect them against penetration by the trench backfill and to protect workers who may accidentally hit them with tools.
Single core has one single piece of metal wire, maybe copper or aluminium, with insulation around it. It is not very good if you want the cable to flex and bend as it is more likely to just bend and stay there in the new position. Multiple-strand cable has lots of thin wires and this makes it more flexible and likely to spring back
Hi, Single mode fiber is used to send the data from transmitter to receiver or repeater. In single mode we can only send single signal at a time and hence it is single mode. The Single mode fiber will have core and cladding arranged in such a way that the core has got one refractive index and the cladding has got another refractive index which will be constant through out the fiber.
To reduce heat generated and eddy current losses in transformer's core during operation.
Newer Intel processors incorporate something known as "SpeedStep." When the processor is not being used extensively, it downclocks itself to conserve power. You can disable this feature if it bothers you in your BIOS.
All CPUs branded "Pentium 4" are single-cored.
Intel Pentium 4 refers to a single core running at 2.0 ghz of processing power while a core 2 duo running at 2.0 ghz means 2 separate cores each runnin at 2.0 ghz giving you a total of 4.0 ghz of processing power
It's impossible to answer that question. All else being equal, higher is better. However, a six-core 2.8 GHz processor will blow a single-core 3.0 GHz processor out of the water for some applications.
the 1.5 dual core can handle 2 threads at the same time and 3.0 single core can only handle 1 thread both of them switch threads rapidly if you have CPU-z you will find that the only difference in number of threads (the number of cores in single core is 2) short answer : the dual core is faster in multitasks the single core is faster in single task (like most of games)
Yes, because the computer with a 2.4 GHz dual core works nearly twice as fast than a 2.5 single core.
It depends how many cores it has, according to the system requirements you need:P4 3.2 GHz (single core) or any Dual Core processorso if it has more than one core, you should be okay.
Core Duo
yes
core duo 1.8ghz
the core 2 duo 2.4 ghz is better. the higher the ghz, generally the faster the computer
Yes, and no. A 1.8 Ghz processor will process things at... 1.8 Ghz. A dual core processor will process things at 1.8Ghz. A dual core, however, can process many different things at the same time alot easier and efficiently then a single core processor can. For games, applications, ect, if the program can be multithreaded, then you will see a huge increase in computing speeds for the program. As for games, anything more then 2.6 Ghz is not needed. The extra money needed to bump up from a 1.8 Ghz processor to, say, a 2.8 Ghz, would be more then enough money to buy you a much better processor.
The 2.66 Ghz Quad core is the better processor. the quad core has a top manufacture speed "no over clocking" of 10.64 Ghz and the core duo and 6.66 Ghz manufacture speed. UNLESS the core duo has a wopping load of cache speed witch is a hole nothing story