Accelerated Hub Architecture

What is Accelerated Hub Architecture (AHA)?

Definition and meaning of Accelerated Hub Architecture

Accelerated hub structure (AHA) is an Intel Chipset design used inside the 800-Collection family of Chipsets. AHA uses a Committed Bus so as to transfer Records among the 2 major parts of the chipset: the reminiscence Controller hub (MCH) and the I/O Controller hub (ICH). The MCH supports the upper portion of the Motherboard, which includes the Memory (RAM) and video ports (AGP), which it Interfaces to the CPU. The ICH supports the lower part of the board, which includes connectivity ports like the Peripheral Component Interconnect (PCI), time-honored serial bus (USB), local location commUnity (LAN), incorporated power electronics (IDE) and sound.

Accelerated hub architecture is also referred to as Intel hub architecture.

What Does Accelerated Hub Architecture Mean?

AHA is the structure is used within the 800-collection circle of relatives of chipset. The most outstanding feature of this collection is a committed bus that connects the MCH and ICH portions of the chipset at 266 Mbps, twice the Bandwidth of the previous structure’s 133 Mbps PCI bus.

Accelerated hub structure consequently enables faster communique, specially between the additives of the MCH and the CPU, as those are the most crucial facilities that trade facts all through processing and facilitate a Variety of site visitors that needs to get to its destination fast.

What does AHA stand for?

When we refer to AHA as an acronym of Accelerated Hub Architecture, we mean that AHA is formed by taking the initial letters of each significant word in Accelerated Hub Architecture. This process condenses the original phrase into a shorter, more manageable form while retaining its essential meaning. According to this definition, AHA stands for Accelerated Hub Architecture.

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