Definition: The term "x86" refers to a family of x86 microprocessors, which are widely used in computer architectures for various purposes such as server hardware, graphics processing units (GPU), and high-performance computing systems.
Definition:
1.
Computer Architecture
: The x86 architecture is the standard architecture for many microprocessor designs, including Intel's 32-bit x86 CPU (CPU) and AMD's 32-bit x86/AMD64 CPUs.
2.
System-on-Chip (SoC)
: A SoC, or software-defined computer, is a chip designed to operate independently of the motherboard or other components of an integrated circuit that powers the system. In contrast to traditional chips that are part of a motherboard, a SoC does not depend on the operating system installed on it.
3.
Microarchitecture
: The microarchitecture refers to how hardware is organized into subsystems (like CPU and memory) within a single chip or system. In the x86 architecture, CPUs use multiple registers per instruction, and instructions can be executed in parallel.
4.
Software-defined hardware
: Software-defined technology allows for a more flexible and programmable design of microprocessors with software-driven instructions instead of hard-coded code.
5.
Microprocessor Architecture (MPU)
: The x86/AMD64 CPU is the standard x86 architecture that powers most modern desktop computers, laptops, smartphones, and game consoles. It is also used in servers, graphics processing units (GPGPUs), and other high-performance computing systems.
In summary, "x86" refers to a family of x86 microprocessors widely used for server hardware and other applications. The x86 architecture is a standard architecture designed for multiple cores and instructions that can be executed in parallel.