CISC and RISC are the two categories that are used to classify CPU architecture. CISC is an acronym for complex instruction set computer.
The architecture used in most CPU sockets and processors today is known as PGA architecture. This is referred to as pin grid array.
p4 processor is used in socket pga478 motherboard.
Go into bios setup and find the cpu screen that reports the temperature. The temperature should not exceed 38 degrees c. Or 100.4 f.
the max power of cpu is over 95w biostar
cpu
Bus architecture is the pathway between the CPU and other peripherals. It is usually a shared input/output pathway. Bus is short for omnibus, which means, for all.
The architecture used in most CPU sockets and processors today is known as PGA architecture. This is referred to as pin grid array.
The computer architecture is concerned with how the CPU acts and uses the computer memory.
One may get support for a CPU with the Athlon 64 architecture directly from the chip manufacturer AMD. The acronym refers to the company Advanced Micro Devices .
I'm assuming it has to do with the architecture of the CPU.
Nehalem is the name of the architecture. The Intel Core i7 is a chip based on that architecture.
An assembler must be specifically written to accommodate both the operating system, as well as the underlying CPU architecture.
The PlayStation 3 has a CPU known as a "Cell." It is based upon the PowerPC architecture, and was designed by IBM, Toshiba, and Sony.
If they also use the same CPU architecture, yes. If not a version of such software and peripheral device drivers will have to be compiled and built for the CPU architecture they use. One example of this was Apple's migration of their Macintosh computers and Mac OS operating system from the Motorola 68000 CPU architecture to the PowerPC CPU architecture to the current Intel 80x86 family CPU architecture. At each transition both the operating system and all software had to be recompiled and rebuilt. Apple smoothed out these transitions by developing a format for application software files that allowed for storing both the code for the older and newer architectures, making the transition largely transparent to users.
RAM and the memory cache
Each class of CPU has its own assembly language.
The CPU architecture that is complementary to MS-DOS is the x86 architecture. MS-DOS was primarily designed to run on Intel's x86 family of processors, starting with the Intel 8086 and continuing through subsequent generations like the 80286, 80386, and beyond. This architecture supports the necessary instruction sets and memory management features that MS-DOS relies on to function effectively.