Celeron doesn't refer to any particular processor series. Celerons were cost-reduced versions of their Pentium equivalents. The Celeron in question could be based on a Pentium 2, Pentium 3, Pentium 4, Pentium D, or Core 2 Duo. In which case the answers would be "Pentium 3, Usually Pentium 3, Celeron, Celeron, and Celeron", respectively.

To summarise all the previous answers - its the shareholders.

No. While at one time, long long ago, AMD and Intel processors could be used on the same board with the same chipset, this hasn't been true since the Pentium II was introduced. Nowadays, the processors use very different sockets and chipsets, and there's no way to interchange them.

CPU's from the recent 15 years have powerful instructions that only the operating system must execute. These are privileged instructions.

Well another name for the core of earths layer is the Lithosphere.. -Shabrea Sanders

The Pentium family of processors, which has its roots in the Intel486(TM) processor, uses the Intel486 instruction set (with a few additional instructions). The term ''Pentium processor'' refers to a family of microprocessors that share a common architecture and instruction set. The first Pentium processors (the P5 variety) were introduced in 1993. This 5.0-V processor was fabricated in 0.8-micron bipolar complementary metal oxide semiconductor (BiCMOS) technology. The P5 processor runs at a clock frequency of either 60 or 66 MHz and has 3.1 million transistors.

The next version of the Pentium processor family, the P54C processor, was introduced in 1994. The P54C processors are fabricated in 3.3-V, 0.6-micron BiCMOS technology. The P54C processor also has System Management Mode (SMM) for advanced power management

The Intel Pentium processor, like its predecessor the Intel486 microprocessor, is fully software compatible with the installed base of over 100 million compatible Intel architecture systems. In addition, the Intel Pentium processor provides new levels of performance to new and existing software through a reimplementation of the Intel 32-bit instruction set architecture using the latest, most advanced, design techniques. Optimized, dual execution units provide one-clock execution for "core" instructions, while advanced technology, such as superscalar architecture, branch prediction, and execution pipelining, enables multiple instructions to execute in parallel with high efficiency. Separate code and data caches combined with wide 128-bit and 256-bit internal data paths and a 64-bit, burstable, external bus allow these performance levels to be sustained in cost-effective systems. The application of this advanced technology in the Intel Pentium processor brings "state of the art" performance and capability to existing Intel architecture software as well as new and advanced applications.

The Pentium processor has two primary operating modes and a "system management mode."

The operating mode determines which instructions and architectural features are accessible.

Intel Core i2 is my friend's laptop..it is special edition.from the store merbau sempak. paya jaras tau x? ha dekat2 situ la.

because it is so powerful. it can be sell in malaysia. only in merbau sempak.

TQ~

You can get any graphics card you want, your CPU doesn't matter. What matters is if you have a PCI, PCI-E, or AGP bus to plug the card into.

the 8087 is a numeric data processor(NDP) it is basically made to work with 8086/8088 processors.it cannot fetch its instruction by own so its buses(address and data buses)are simply connected to the respective buses of the processor.its instruction are recognized by the word F because each and every instruction of this coprocessor starts with the word F.this is how the min processor distinguishes between its own and the coprocessor instructions.(eg):-FADD,FSUB,etc.this coprocessor has 8-registers eacch capable of storing 80-bit temporary real numbers. the BUSY pin of the coprocessor is connected to the main processor's TEST pin.this TEST pin is active low in nature.this is because the speed of operation of the coprocessor and the main processor is different. the need of this coprocessor is because the calculation speed of maths operations containing floating real numbers is very fast than the processors like 8086/8088.during the execution of the program if the processor encounters the instruction starting with F word(11011)then it simply gives control to the 8087.initially the coprocessor is initialized by loading it with the control word which gives the idea to the 8087 that which exceptions are to be ignored.usually after the calculations the status word of the coprocessor is loaded to see which errors hve occurred.

The program counter in the processor holds the address of the next instruction needed from main memory. The program counter copies its contents into the memory address register. The memory address register then sends the address along the address bus to main memory and the contents of the memory location specified by the address are sent along the data bus to the memory buffer register. The contents of the memory buffer register are then copied to the current instruction register where they are decoded and executed.

Intel Processor Comparison depends on your Ram and hard disk storage. It also allows you to browse the internet, chat online, share and edit photos and videos, online games, and much more

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.

36

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.