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Moni
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In our classes we usually study 8086 intel MuP. But there is running Pentium-4 but in books you don't know about there internal structure and no info. in any site...then how can we know about the latest technology?
Originally posted by Guybrush Threepwood
try this for start
Originally posted by chroot
You're going to have a hard time getting into the state of the art products of these companies without, well, joining the company. The internals of their currently-selling products are essentially trade secrets. Only when the products are obseleted do the companies feel safe releasing those secrets.
Also, you have to start with simple examples first. That's just good pedagogy.
- Warren
Originally posted by Moni
That's true but this is totally impossible for us, the citizen of the 3rd world countries
Originally posted by dduardo
I won't worry too much. I'm sure Intel would love to outsource american jobs to your country.
The Intel 8086 MuP (Microprocessor) is a microprocessor chip developed by Intel in 1978. It is a 16-bit microprocessor and was the first chip in the x86 family of processors, which are widely used in personal computers today.
The Intel 8086 MuP has a 16-bit data bus, 20-bit address bus, and a clock speed of 5-10 MHz. It also has a 16-bit arithmetic logic unit (ALU), 4 general purpose 16-bit registers, and 8 16-bit segment registers. It also supports pipelining, allowing it to execute multiple instructions simultaneously.
The Intel 8086 MuP revolutionized the technology industry by introducing a new standard for microprocessors. It was the first 16-bit processor and paved the way for modern personal computers. Its architecture also influenced the design of future processors, making it a major milestone in the history of computing.
Since the release of the Intel 8086 MuP, there have been significant advancements in microprocessor technology. These include the development of 32-bit and 64-bit processors, increased clock speeds, and improvements in power efficiency and performance. Intel has also released several generations of x86 processors, with the latest being the 10th generation Intel Core processors.
The Intel 8086 MuP is no longer in use in modern computers. However, its architecture has influenced the design of modern processors, and some legacy systems may still use it. It is also commonly used in embedded systems, such as industrial and automotive applications, due to its reliability and compatibility with older software.