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eMMC vs SSD. What’s The Difference

ssd vs emmc

SSDs and HDDs aren’t the only storage options. The type of flash storage included in low-cost laptops and tablets is known as “eMMC.” It’s slower and less costly than a standard SSD seen in higher-end systems.

SD cards and eMMC storage have a lot in common. It’s all flash memory, yet eMMC storage can’t compete with an SSD, just as an SD card can’t compete with a fast solid-state drive.

Are you deciding between an eMMC or SSD laptop or simply want to learn more about the advanced technology? This post will teach you all you need to know about eMMC vs SSD.

The article begins with a comprehensive overview of eMMC. After that, it goes into SSD and its characteristics. Finally, the features of eMMC and SSD are compared. Read on to find out!

What is eMMC?

In reality, four major storage kinds spring to mind when it comes to laptop PC storage: SSD, HDD, Hybrid hard drive (link here) and eMMC. But, how well do you know them?

In principle, eMMC is a variation of MMC, which is a memory card standard for solid-state storage. MMC comes in a variety of forms, including DV-MMC, MMCplus, RS-MMC, and MMCmobile, MMCmicro, MiCard, SecureMMC, and eMMC, among others.

Mobile devices such as cellphones, entry-level computers, digital cameras, tablets, and even some removable devices employ eMMC.
Although corporations rarely create MMC slots (SD cards are more prevalent), eMMC is still commonly utilised in consumer electronics as the primary form of integrated storage in portable devices.

The eMMC flash memory system is a low-cost flash memory system. Its built-in controller is compatible with Android and Windows phones, as well as low-cost PCs. Rather than a more expensive solid-state storage device, such as a solid-state drive, it can be presented as a bootable device in the host interface.

The flash memory and flash memory controller are both integrated on a similar silicon chip in eMMC. It’s made up of an embedded storage system that includes a MultiMediaCard interface, a master controller, and flash memory. In addition, the eMMC pricing is low, making it a cost-effective storage device.

What is SSD?

SSD is the abbreviation for a solid-state drive. It’s also known as a solid-state disk or a solid-state device.

A solid-state drive (SSD) is a type of storage device that uses integrated circuits to store information permanently. SSDs have the best performance and the highest price when compared to other storage formats. Furthermore, SSDs are more resistant to physical damage.

SSDs also have a quicker read/write speed, a quieter working mechanism, and reduced power consumption. As a result, people who have high needs for computer performance and suitable money are more likely to choose an SSD laptop.

Despite the fact that the price of SSDs is falling over time, the cost of each unit of storage (up to 2018) still outweighs hard drives. It is expected that this cost advantage will last for another ten years.

eMMC vs. SSD

This section contrasts the essential features of a storage device to understand eMMC vs SSD further.

Storage Size Range

The first and most crucial SSD vs eMMC comparison is that eMMC storage has a lesser storage range than SSDs. For instance, eMMC storage is available in 32GB and 64GB capacities. There are also 128GB and 265GB eMMC storage options.

This means that devices using this form of storage don’t have a lot of storage alternatives.

SSD storage, on the other hand, comes in considerably bigger capacities. SSD storage typically ranges from 128 GB to many terabytes.


The pricing difference between eMMC and SSD is the ultimate comparison. eMMC-equipped devices, phones, desktops, and tablets are significantly less expensive than those with SSD drives.

On the other hand, SSD drives make up for the price difference with their vastly speedier performance.

Expansion or Replacement Options

Another essential feature to consider when comparing eMMC vs SSD is expansion or replacement with a bigger disc.

If you recall, we explained that eMMC is embedded directly to a device’s or computer’s motherboard in the eMMC explanation. This makes replacing or upgrading it extremely difficult, if not impossible.

However, most devices with eMMC storage, on the other hand, may include a microSD card port. This slot may be used to expand the device’s external storage.

Data Transfer Speed

The data transfer speed of SSD vs eMMC is the next significant comparison.

eMMC storage is divided into multiple standards, the most recent of which is 5.1A. It has a maximum transmission rate of 400MB/s.

It is not awful in terms of average transfer speed for other forms of storage. Nevertheless, there are additional elements that influence the performance of a storage device than data transmission speed.

SSDs, on the other hand, may transport data at speeds ranging from 400MB/s to over 3,000MB/s. SATA SSDs have a data transmission rate of roughly 400MB/s, which is comparable to eMMC storage.


To summarize, eMMC has a lower price point and a smaller footprint than SSD, but its performance is significantly lower. SSDs, on the other hand, are more expensive but offer substantially higher performance and better durability.

If your budget permits, a solid-state drive (SSD) for your laptop is advised for a better user experience.

While eMMC is ideal for low-level computing, such as browsing the web or watching videos, it is insufficient for more demanding tasks.

If you’re a power user in need of a faster computer and don’t mind paying a little more, SSD is the way to go. It’s excellent for gaming as well. SSD prices are steadily decreasing, making them more appealing to most users.

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