Intel Microprocessors

The AMD K6-III and early Athlon processors are roughly equivalent in speed and performance. Via C7 processors, although released much later, are close in terms of performance to a Pentium III.

For Intel Core 2, it's the Core 2 Extreme QX9775.

For all CPUs, that would be the Intel i7-3820, but the most powerful in the consumer range is the i7-3960X.

Yes quad core is beeter than i 5..I used both but quad core gives you more flexebility like more expemdeble memory.graphic cards etc....Quad core handles more load of application as comapre to i 5...Thnaks

Nothing, but there is at least 1, 2, or 3 enemy Intel items on each campaign mission, 22 Enemy Intel items gets you an achievement that is worth 25 Gamerscore and if you get them all (For Xbox it's 45 items), you get an achievement that is 40 Gamerscore.

Advantages of the Intel Pentium 4 include more bandwidth, better graphics, and better streaming media. Disadvantages include the high cost, frequent overheating, and slower overall performance.

Yes, the official CPU requirement for Windows 7 32-bit is simply a x86 CPU clocked at 1 Ghz or above.

Any Intel Celeron D meets those technical specifications.

About Windows 7 64-bit, it depends on model of Celeron D : first models don't support x86-64 instructions but the newer models fully support them.

Ted hughes was the first person who designed microprocessors.

In 1971 Ted hughes make first microprocessor for intel.

The name of the first microprocessor was:

Intel-4004.

It contains lacs of electronic circuits.

It depends on what you want to do. For gaming an Intel will work better as of 1/1/14, most games only use 4 core technology. Intel benefits from this because it has only 4 cores.

For video editing I'd go AMD, it runs a bit hot, but a third party cooling solution should do the trick, lots of programs take advantage of 8 cores, it's also good for server hosting, but Xeons are better for hosting servers.

Overall I'd go AMD for overall value, but if money isn't a problem go Intel.

because there are 2 halfs in a day and there are 24 hours in a day so half of 24 hours = 12 hours

People had clocks before they had zeros. The Babylonian number systen was based on 60 not 10 or 100. It was based on 60 because you can divide a lot of things by 60. You can divide more things by 60 than 100. So if you do not have a place value system with zero invented yet 60 is a convenient number. There are 5 twelves in 60. Also you have 10 fingers if you count your thumbs. You have three lines on the inside of your four fingers which adds up to 12.

Yes, depending on the motherboard. Most Pentium 4 chipsets support up to 4 GB of RAM, although the motherboard may not physically support enough RAM modules.

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Both processors are very reliable but the main difference is with performance. I currently have 2 computers with Intel Pentium and 2 with AMD. The Intel Pentium are more geared to the buisness side of the computer world and the AMD are much better for gaming applications, even though they do a fine job on the buisness side as well. It really comes down to one's preference and the type of applications the computer will be running.

As a whole, the Pentium 4 has a higher maximum performance than a Pentium III. The Pentium III performs the same as or better than Pentium 4 at the same clock speed, but the Pentium 4 has a higher max clock speed (which the Pentium 4 was designed for).

Accumulator or A register is an 8-bit register used for arithmetic, logic, I/O and load/store operations. Flag is an 8-bit register containing 5 1-bit flags: * Sign - set if the most significant bit of the result is set. * Zero - set if the result is zero. * Auxiliary carry - set if there was a carry out from bit 3 to bit 4 of the result. * Parity - set if the parity (the number of set bits in the result) is even. * Carry - set if there was a carry during addition, or borrow during subtraction/comparison. General registers: * 8-bit B and 8-bit C registers can be used as one 16-bit BC register pair. When used as a pair the C register contains low-order byte. Some instructions may use BC register as a data pointer. * 8-bit D and 8-bit E registers can be used as one 16-bit DE register pair. When used as a pair the E register contains low-order byte. Some instructions may use DE register as a data pointer. * 8-bit H and 8-bit L registers can be used as one 16-bit HL register pair. When used as a pair the L register contains low-order byte. HL register usually contains a data pointer used to reference memory addresses. Stack pointer is a 16 bit register. This register is always incremented/decremented by 2. Program counter is a 16-bit register.

The rough equivalent would be the Intel Atom CPU, a low-power, low-performance single-core microprocessor used in netbooks and supermicro PC's.

The X58 is a high performance chip-set that supports the Core i7 processors, the P45 is more a mainstream desktop chip-set.

This is the question i had to ask myself recently, when i bought a new PC.

I went for core 2 duo myself. Why? because i investigated on it and got just one answer from everywhere: core 2 duo is much more efficient.. its like newer is better... but we are here comparing CPU(s) with diffrent speeds. For me speeds 3.0ghz and 2.33ghz don't make much of a diffence.

So i'd say it depends on individual, ask yourself .. is 3.0ghz really your minimum requirement?? if no, go with core 2 duo, because its better.

I don't know much about what they're called, but you do need to wear special suits in order to enter a clean room that is involved in manufacturing ICs and processors as even the introduction of a tiny piece of contaminant can ruin the whole thing.

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

The will depend on the benchmark and the particular chips selected to benchmark. A 1.6 GHz Intel Atom is slightly faster than a 1.1 GHz Pentium III on a SuperPi benchmark. A 1.4 GHz Pentium III would thus likely beat it. In a multi-threaded benchmark, the Atom would likely beat the Pentium III, due to the Atom's inclusion of Hyperthreading.

The stack size of Intel's 8085 microprocessor is theoretically 64 kb, but the real limit is a function of memory and program architecture and layout. The stack pointer is 16 bits, but that is not the same as stack size.

Intel is the trade name of one brand of processor. Like most processors, their fundamental job is to execute a sequence of instructions that make up a computer program. Typical functions of a processor is to perform arithmetic and logical operation, extract instructions stored in memory, decodes then executes those instructions, then outputing the results. A simple analogy is to say, the processor is the "brains" of the computer. Without it, the system will fail to operate as a whole.