Instead of a single CPU connector, your motherboard came with two CPU connectors.
So, why does your motherboard have an additional CPU connector?
Can it help you push your system to its limits?
Well, let’s find out.
How Is Power Transmitted to Your CPU?
Therefore,your system has a power supply unit (PSU).
This current can then power the various components on your motherboard.
That said, the components on your motherboard have different power requirements.
To solve this problem, the PSU has several output connectors designed to power different electronics on your motherboard.
These connectors usually supply 12V, 5V, and 3.3V.
One of these connectors powers the CPU and offers a voltage of 12 volts.
Therefore, the energy received from the CPU connector is sent to the Voltage Regulator Modules.
How Much Power Can a CPU Connector Deliver?
The CPU connector is responsible for delivering power to the CPU.
If this power is insufficient, then the CPU won’t be able to deliver its peak performance.
So how much power can a CPU connector deliver?
Well, it depends on the number of pins your connector comes with.
A higher number of pins enables the connector to deliver more power.
Eight Pin vs. Four Pin: Which Delivers More Power?
Each of the pins in a connector is capable of delivering a maximum current of 7 amps.
How Much Power Does Your CPU Need?
The CPU on your system performs tasks by turning switches on and off.
Known as the clock frequency, the transistor switching rate also defines your CPU’s power consumption.
Instead, the power draw varies based on the clock frequency.
Most CPUs have two distinct CPU frequencies: thebase clock frequency and the turbo frequency.
Why Does Your Motherboard Come With Two CPU Connectors?
But there is a problem with this configuration.
You see, the wires supplying power to your CPU during peak loads will carry seven amps each.
What Are the Advantages of Dual CPU Connectors?
There are several advantages of having a motherboard with two CPU power connectors.
A dual CPU connector on your motherboard can push up to 672 watts of power.
