The newest models of CPUs are starting to consider architectural reworkings of everything we know about processors-- This is coming hand-in-hand with the reworkings of other computer components as we approach the limits of matter. Downsizing techniques are expected to be the trend for the time being, with Intel working at a 22 NANO-meter scale, while AMD is working at 32. Intel's next leap is either 16 or directly to 14 nanometer, continuing a processor improvement trend highlighted by Moore's Law: Moore's Law is the observation that over the history of computing hardware, the number of transistors on integrated circuits doubles approximately every two years. - Wikipedia, cited from CNet News
New processors generally all favor threading over raw per-core performance, and are built in order to utilize higher and higher program threading (Splitting the computer's workload into smaller 'streams' of data) This directly feeds into yet another technique used by Intel, AMD, and ARM for their processors-- Multi-core processors and Hyper-Threading (HT). Threading programs better utilizes multiple processor cores (Or to more efficiently utilize each individual core, in the case of Hyper-Threading) on a multi-core platform, lending to an ever increasingly powerful overall processor.
intel processor
The latest processor made by AMD is the AMD A10-7850K. It is used in desktops and laptops. The latest processor from Intel is the Intel Core M processor.
Three type of techniques used
'Opteron' is a series of computer processors made by Advanced Micro Devices. These processors are used primarily for businesses as servers and workstations.
Linux can be run on a variety of processors, including several that have been used for desktop systems. The most notable would be Intel and AMD x86 processors, as well as PowerPC processors (used in older Macs. ) Other processors used in desktop systems now or in the past and supported by Linux include Motorola 68k processors, Alpha processors, MIPS processors, and ARM processors.
32-bit processors
Xeon by Intel and Operon by AMD have server dedicated processors in their line-up. Imagine these processors as being quite similar to end-user processors, with minor tweaks that make them function more optimally in the demanding server environment.
The latest Intel socket uses a land grid array (LGA) that uses lands rather than pins. The release of the i7 has shadowed the LGA775 with the all new, Socket B (LGA 1366).
775 - but almost phased out 1156 - for coewi3 nad core i5 1366 - for flagship i7 there are others for the xeon server chips (i think) but that's business and enterprise not consumer
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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.
You can called them word processors software. Like Ms word and so on. You can go to http://www.brothersoft.com/pdf_files/word_processors/ . Lots of word processors software on the site.