The Pentium(R) processor 75/90/100/120/133/150/166/200 extends the Pentium processor family, providing performance needed for mainstream desktop applications as well as for workstations and servers. The Pentium processor is compatible with the entire installed base of applications for DOS*, Windows*, OS/2*, and UNIX*.
The Pentium processor 75/90/100/120/133/150/166/200 superscalar architecture can execute two instructions per clock cycle. Branch prediction and separate caches also increase performance. The pipelined floating point unit delivers workstation level performance. Separate code and data caches reduce cache conflicts while remaining software transparent.
The Pentium processor 75/90/100/120/133/150/166/200 has 3.3 million transistors and is built on Intel's advanced 3.3V BiCMOS silicon technology. The Pentium processor 75/90/100/120/133/150/166/200 has on-chip dual processing support, a local multiprocessor interrupt controller, and SL power management features.
It has two ALU units. As do all Pentium Family processors.
All Pentium 4 processors support SSE2.
All intel processors Pentium 4 and down were single-core, or "core solo" processors. They weren't called "Core Solo," but by what respective family they came from. Pentium I, II, III, and 4.
Basically there are two types of processors which are manufactured by two companies and they are Intel and AMD. Now there are a number of varieties available in both Intel and AMD. Intel offers Pentium Pro, Pentium II, Celeron, Pentium II Xeon, Pentium III, Pentium II and III Xeon, Celeron with Pentium III Based, Pentium 4, Pentium M, Intel Core, Dual Core Xeon LV, Intel Pentium Dual Core, Intel Core 2. Pentium Duo, Pentium Dual Core, Core 2 Quad, Intel Pentuim 2 Dual Core Processor. AMD processors include AMD Athlon, AMD Athlon 64, AMD Athlon X2, AMD Athlon Xp, AMD Duron, AMD Sempron, AMD Turion, MD Opteron and AMD Phenom 1. Moreover, there are various processors offered by various companies like Macintosh processor. In other words different processors are used for different types of technology.
they are not all pentium cpus they are named after each other of when they came out it was the 8086, 8088, 186, 286,386, 486, then the pentium , the pentium is basically a 586 and 686 based on what pentium you have.
All the Pentium systems were designed and built by the Intel Corporation
LGA 775 processors are supported by LGS 775 sockets. Most, if not all, Intel processors are LGA 775, and almost no, if any, AMD processors are LGA 775. At www.newegg.com look up your processor and check the specifications to see what socket type it is.
Only if the processor has special 64-bit extensions, known as AMD64 or EM64T. Certain Pentium 4 processors, all Core 2 processors, and all AMD Athlon 64 processors have these extensions, and can thus run 64-bit operating systems and programs.
No. The Intel Pentium 4 line was produced for three sockets. The shortlived Socket 423, Socket 478, and LGA 775 (sometimes called Socket T).
No, not all processors use the same type of register. Different processors may have different types of registers depending on their design and architecture.
All Cedar Mill and Prescott 2M processors (those in the 6xx line) support EM64T. Prescott processors with a model number of 517, 524, 531, 541, 551, 561, or 571 also support EM64T.
i386 and i686 are identifiers that indicate what type of processor the system will run on. i386 means that the system was compiled for the Intel 80386 (a very old processor), and is upwards-compatible with all other x86 processors, including the latest i7s and Phenoms. i686 indicates that the system was compiled for the Intel Pentium Pro, and will thus run on that and all newer x86 processors (from the Pentium II to current processors), but will not run on an 80386, 80486, or the original Pentium.If given a choice, you will generally want a distribution compiled for i686, as it will perform slightly better on newer processors than i386.