What component establishes how much memory can be added to the motherboard and determines connector types?

The chipset plays a crucial role in determining how much memory can be added to the motherboard, as well as the types of connectors that are supported. It acts as a hub that facilitates communication between the CPU and other hardware components including RAM, thus influencing the maximum amount of memory and the type of RAM (such as DDR4 or DDR5) that can be installed.

Additionally, the chipset dictates the architecture of the memory slots on the motherboard, which includes the number of slots available for RAM modules and other specifications that dictate compatibility with different types of memory. Understanding this relationship is essential for hardware upgrades and ensuring system compatibility.

While the processor is vital for performance, it does not directly determine the physical memory limits or the connector types. The power supply is crucial for providing the necessary power to the components but does not impact memory specifications. The RAM module itself is merely the component that provides memory storage; it does not determine how much memory can be added to the motherboard.