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Snow-covered mountains.

Did you know?
Samsung’s low-power memory chips
help
turn down the heat

Samsung’s
low-power memory chips to achieve
carbon-zero future

Green Memory Solution for Datacenter

Did you know that the global temperature is rising because of the amount of data we use every day?
Samsung’s low-power, maximum-efficiency memory chip helps to reduce heat and carbon emissions in data centers.​

The real
View inside an electronic device with purple and blue lights being transmitted. Green bands of light.
Glacier melting in the middle of the ocean, with chunks of ice floating around it.
culprits behind global warming

The real
View inside an electronic device with purple and blue lights being transmitted. Green bands of light.
culprits behind
Glacier melting in the middle of the ocean, with chunks of ice floating around it.
global warming

A power substation with lights lit up and a transmission tower on the right.

According to the 2024 Electricity Report released by the International Energy Agency (IEA), it is expected that global data center electricity demand will exceed 1,000 TWh in 2026, which is twice that of 2022. The scale of the increase in data center power is equivalent to the current total electricity demand in Germany. Developing high-efficiency semiconductors technology will play an important role, as AI spreads and semiconductor chip demand increases, electricity consumption of data center will surge even further in the future.

Think
about how much data
people use around the world.

Now think about
the amount of energy
needed to process that data.

How much heat
do you think that generates?

Eco-friendly tech
Satellite view of lights on in China, South Korea and Japan. Machine engraving circuit patterns on a wafer. Top view of a green tea field.
helps lower the heat

Eco-friendly
Satellite view of lights on in China, South Korea and Japan.
tech helps
Machine engraving circuit patterns on a wafer. Top view of a green tea field.
lower the heat

Rows of hardware are seen inside a large data center.

In data centers, data is stored on Hard Disk Drives (HDD) and Solid State Drives (SSD). SSDs save data on NAND flash,
a memory chip that retains information even when the power is off — allowing SSDs to perform better than HDDs while consuming half the energy.

Samsung SSDs offer the top-notch performance, energy efficiency and security data centers required. It has also proven to deliver the highest power efficiency in the industry, reducing data center operation costs as well as carbon emissions.

What do you think would happen
if all data center HDD
was replaced
with Samsung SSDs
and DRAM with DDR5?

If we replace the world's 2020 server HDDs with Samsung SSDs, we could save 3TWh.
Replacing DRAMs for all servers in data centers worldwide with DDR5 also saves 1TWh. ​It also reduces power consumption to cool data center heat, saving an additional 3TWh per year.

Illustration of a battery connected to a semiconductor on one side and a server on the other representing the energy savings seen by replacing SSDs and DRAM with DDR5.

DDR5

SSD

7TWh

Total energy savings
per year

Four satellites are set up outside with their antennas facing up toward the sky.

Samsung’s low-power memory chips
are
the eco-friendly solution
to combating data
and energy.

Like a marathoner running tirelessly under the hot summer sun, with every passing second the Earth struggles more and more against the heat generated by immense data and energy.
That’s why Samsung will persevere in creating the industry’s best low-power memory semiconductors.

  • Just like a
    smartphone
    gets
    hot when the battery
    or CPU overloads, a data center
    gets
    hot as the amount
    of data traffic increases.

    Snowy outdoors seen with snow-covered trees and a building and house in the background.

    Data centers turn up
    the Earth’s heat

    Online data like searching, streaming, social media and gaming are stored in data centers, which have been called “archives of human knowledge”. Data centers consist of thousands upon thousands of chips processing data 24 hours a day.

    Just like a smartphone gets hot when the battery or CPU overloads, a data center gets hot as the amount of traffic increases. Cooling it off then requires another astronomical amount of energy.

    This is why most data centers are located in cold regions like Finland, Sweden and Iceland; we can use cold air and seawater to cool off data centers and save energy.

  • Low-power
    memory chips,
    technology that lowers data
    center heat and saves the planet.

    Two blocks showing the growth of the global datasphere. The first block is data accumulated by 2018, 33ZB. The second block is expected growth by 2025, 175ZB.
    175ZB

    Expected growth
    by 2025

    33ZB

    Data accumulated
    by 2018

    The future of data centers is the future of the planet

    In the future, the amount of energy used to store and process human data could surpass the amount of energy used to produce it. IDC’s Global DataSphere estimates the amount of data accumulated will reach 175 zettabytes (ZB) by 2025.

    This means data growth over the next few years will be much larger than what we accumulated over several decades. And as a result of COVID-19, fewer people are meeting offline and more are meeting online — which could lead to increased data accumulation in the future. Right at this very moment, our planet struggles with heat generated by the immense energy and data we use every day.

    With even more data accumulation on the horizon, Samsung is creating low-power memory chips so the planet doesn’t have to combat climate change on its own.

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