Table of contents
Between eMMC and SSD Storage, which one is best for your Laptop? Read to find out what we would recommend. Solid-state drive (SSD) storage and embedded MultiMediaCard (eMMC) storage have many similarities, including the use of NAND flash memory.
SSDs, however, virtually always offer better performance and come in much bigger sizes for mass storage.
Let’s first get to know the differences between eMMC and SSD including what makes each of them unique. From there, you can decide on what’s best for you.
What is an eMMC and what’s it’s storage
The Embedded Multi-Media Card, or eMMC, is an incorporated, non-volatile memory system that is merged onto the motherboard of the host device.
The “embedded” component of the term refers to the fact that both NAND flash memory and a flash memory controller are merged on a single silicon die. The Secure Digital (SD) card of today was developed from the predecessor, MMC, and eMMC has many similarities to the SD card format.
As the preferred detachable flash memory card, SD cards have outpaced MMC, and SD slots predominately appear on modern gadgets instead of MMC slots. Many of the greatest inexpensive computers and phones incorporate eMMC storage.
NAND flash memory, which is used in USB thumb drives, SD cards, and solid-state drives (SSD), makes up eMMC storage and is a power-free form of memory. Due to their smaller size, much lower cost per gigabyte, and less electricity consumption compared to SSDs, eMMCs are typically used in devices like Chromebooks, some low-priced laptops, tablets, and mobile devices.
What is an SSD and what’s its storage
A solid-state drive, or SSD, is a long-lasting, non-volatile data storage device that uses solid-state NAND flash memory. They are the hard disc drive’s (HDD) replacement and they carry out many of the same tasks, but considerably more quickly. SSDs are also less likely to break because they don’t have parts that can move.
Compared to eMMC, SSDs can be easily removed and upgraded because they are attached to the motherboard through SATA (Serial ATA) 3, mSATA, SATA Express, or PCIe interface. To fulfill user needs, SSDs are available in a variety of form sizes and connectivity protocols. These are usually found on tablets, laptops, and desktop computers.
The speed of eMMC storage and its maximum size
The eMMC storage standard in use today, v5.1A, essentially offers transfer speeds of up to roughly 400MB/s. It isn’t particularly slow, because SATA SSDs have a similar max speed.The performance of a device is influenced by several factors, not only the total transfer rate.
When compared to an SSD, eMMC storage often uses fewer memory gates, so it can still transfer data at the same speed but not as swiftly.Most eMMCs offer 32GB or 64GB of storage. Although 128GB and 256GB storage are also available, these are the most popular eMMC storage sizes. Small file sizes are optimal for eMMC storage.
The speed of eMMC storage and its maximum size
Fast transfer rates of up to 3.5GB/s are possible with newer SSD storage protocols like NVMe (Non-volatile memory express), and the transfer rates of new PCIe 4.0 NVMe SSDs are reaching 7.0GB/s. Without adding the eMMC storage’s volume limitations, that is a lot faster than eMMC.An SSD is something you should consider if you frequently work with large files.
SSDs come in significantly greater capacities, typically starting at 128GB, and go all the way further up to countless terabytes. They are typically much more expensive as well. Always consider the cost of the cloud storage fees you will undoubtedly wind up paying when evaluating an eMMC drive.
Is eMMC storage the best option or is SSD storage better?
- Although 32GB or 64GB may not seem like much for a contemporary device, many eMMC devices feature cloud storage choices and are extensible via an SD card or external hard drive. Manufacturers do sell 128GB and 256GB capacities, although these are uncommon. There is undoubtedly a demand for it, particularly in the low-cost laptop segment. eMMC storage should work flawlessly if you require an electronic device or inexpensive notebook to browse the internet and watch some streaming media.
- In modern systems, SSD storage capacity typically ranges from 128GB to 2TB, and their host devices are frequently upgradeable.
- To prevent flash memory from wearing out too quickly, SSD software purposefully distributes operations evenly across the drive. Due to a finite number of program/erase (P/E) cycles, all-flash devices have a predetermined lifespan; eMMC storage lacks this feature and will deteriorate more quickly as a result.
- eMMC memory chips typically have lower quality and degrade more quickly over time than SSD memory chips might.
- Like SD cards and USB flash devices, eMMC makes use of NAND technology.
- When you’re working with lower ffile sizes, eMMC storage performs well. A speed limitation will result in larger files.
- The eMMC is bonded into the motherboard of the host device rather than being removable. While they can be upgraded and removed, if you’re not good at this skill, you risk crashing your device.
- In contrast, SSD storage can often be removed and replaced easily by unplugging the SATA cable or removing the M.2 stick and substituting it with a new one.
Conclusion
The decision on whether to purchase a device with eMMC storage or an SSD may have been made easier with the help of this guide, we hope. If you’re not aiming for a cheap Laptop, we suggest choosing an SSD over eMMC storage.
You’ll undoubtedly benefit from an SSD if you want to use a laptop for virtually anything else, including entertainment and business. Also keep in mind that not all SSDs are created equal, similar to eMMC storage. Make sure the drive you purchase has the speed you need. A good start is to read reviews and look at speed comparisons.
