Intel Microprocessors

registers of corei3

Check with the motherboard processor compatibility sheet of the motherboard you have first. A BIOS update may be needed for your current motherboard.

Because that's how Intel designed it.

There should be a setting in the BIOS to enable or disable Hyper-Threading (HT), the change can be made there.

3 T states for instruction fetch, 1 T state for decode, 1 T state for register E decrement, 1 T state for possible register D decrement.

Well As the DELL Optiplex series is quite old the Processors are the Old/er versions of the Intel Pentium 4 ones so they run at about 800MHz, they can be over clocked to about 1.5 GHz but that really would be pushing it, they also can support the Intel dual core processors but in order to do so will need more RAM (Random Access Memory) with in fact would be cheaper to buy a new computer.

... you put it under category 'Intel Microprocessors'...

The Intel Pentium supports pure segmentation and segmentation with paging. The processor creates logical addresses, which are mapped to physical addresses by the segmentation unit. Those addresses may point to physical addresses within memory or paged swap space.

Maybe. But might everthing set to low to get high fps

Well, it supports 64-bit instructions, that means you can use it with 64-bit Operating System and install more then 4 gigabyte memory. Basically with nowadays technologies not many applications support 64 bits, so the only advantage is that the OS can see and use more than 4 gigs of RAM. In contrary if install on 32 bits system 4Gigabytes of RAM, it can use only 4Gig minus 640 Mbytes so it sees arround 3.28 Gigabytes. It used mostly on servers.

As a matter of fact all Core(r)Duo(r) CPU support 64 bits.

There is none. The Pentium D is based upon an older architecture and is slower, at any speed, than any Core 2 Duo processor.

The core business of a company is the business that it is primarily in. It is generally considered good for a company to focus on its core business and get rid of other businesses unless it has strong synergies or strategic reasons to justify operating other businesses. Companies are usually run by managers who understand the core business best (because that is what is most important) so they can generally run the core business better than non-core businesses. The latter are therefore better run as standalone businesses. Running non-core businesses also means more a complicated management structure and distracts management from the core business.

Clock speed is only a useful comparison of speed when two processors share the same architecture. AMD and Intel processors have different internal architectures. At various points in time, one manufacturer had a more efficient architecture than the other, thus providing better performance at a lower clock speed. As of Q2 of 2009, Intel currently offers more efficient processors.

A mechanical or electronic device that displays the time.

No, it will not. Asus Sabertooth 990FX uses AM3+ socket which accommodates AMD processors only.

CPU dummy load testers are used to debug (check connections) on motherboards.

There are two types.

One does this by having its own power source, a small 3 volt cell and a bank of LED' s that indicate if the CPU socket is connected to northbridge chip , etc , correctly (short, open , ok).

The other acts as a breakout board which makes pin connections more accessible so allowing test probes better access.

It also saves you damaging your real CPU on a bad board when repairing and testing.

8 bit microprocessors

in 8086, there is instruction queue of 6 byte.

It is one of the reason behind giving name.

8086 was introducing pipeline architecture.

The low-end Pentium processor that targeted the low-end PC multimedia and home market segments was the Pentium MMX. This processor is however obsolete.

they are virtually the same with HyperTransport being better, doesnt matter though because both cpu's can't catch up to HT and QPI's speed

core

The two major differences are the clock speed of the CPU itself, 1.60 vs. 1.66 GHz and the bus speed for the memory, 533 vs. 667 MHz. Embedded CPUs usually have features built in to allow for very small minimum specifications for a viable system.

very basic......handles the most basic 3d games.....i highly suggest Core I7 though.....it is the absolute best.....if you are a gamer or anything else...it defiantly suits anyone's needs