Degrees Per Second to Gigahertz (°/s to GHz)

1 degree per second equals 2.777777778×10⁻¹² gigahertz (rounded).

1 degree per second = 2.777777778×10⁻¹² gigahertz

How to convert degrees per second to gigahertz

To convert degrees per second to gigahertz, multiply the number of degrees per second by 2.777777778×10⁻¹². The factor is rounded to 10 significant digits. To go the other way, multiply gigahertz by 360,000,000,000.

gigahertz = degrees per second × 2.777777778×10⁻¹²

Example: 10 degrees per second = 2.777777778×10⁻¹¹ gigahertz.

About these units

Degree Per Second (°/s)

ScientificCurrent unit

One 360th of a hertz: one full turn in 360 seconds. A measure of rotation rate.

Motion sensors and camera gear tend to report turning speed in degrees per second, a unit that people can picture more readily than radians. Three-axis gyroscopes in phones, tablets and game controllers measure the rate of rotation in roll, pitch and yaw, and the rate is commonly given in these degrees. A full turn is 360 degrees, so a device spinning once each second registers 360 degrees per second.

Converting to frequency is a division by 360. One degree per second is 1/360 hertz, about 0.002778 Hz, the figure used here. In terms of angular velocity it equals pi divided by 180 rad/s, about 0.01745, and 6 degrees per second equals one revolution per minute. Degrees per second are not an SI unit, though the degree itself is accepted for use alongside the SI.

1 degree per second = 0.002777777778 hertz (approximately).

Sources: Wikipedia: Gyroscope; Wikipedia: Angular velocity; Wikipedia: Revolutions per minute

Gigahertz (GHz)

Metric (SI)Current unit

One billion hertz. Modern processor clocks and Wi-Fi run at gigahertz frequencies.

On 6 March 2000, AMD demonstrated a processor passing the 1 GHz mark, a few days before Intel shipped 1 GHz systems, according to Wikipedia. After that, clock rates rose more slowly: Intel's 3 GHz Pentium 4 arrived in 2002, and later performance came more from design changes than raw speed, since higher clock rates produce more heat. The highest boost clock on a production processor is listed as 6.2 GHz for the Intel i9-14900KS in 2024.

A gigahertz is a billion hertz, the range known as microwaves. The most familiar example may be the kitchen: consumer microwave ovens typically run at 2.45 GHz, a band that is available for industrial, scientific and medical use worldwide. Percy Spencer of Raytheon discovered the heating effect in 1945 when a radar set melted a candy bar in his pocket, and Raytheon sold the first commercial oven, the Radarange, in 1947.

1 gigahertz = 1,000,000,000 hertz (exactly).

Sources: Wikipedia: Clock rate; Wikipedia: Microwave oven; Wikipedia: Gigahertz

Related conversions

See all frequency units.