In terms of applications, eMMC finds use in entry-level phones and some embedded systems, while UFS powers flagship smartphones and high-performance devices. The following table summarizes the key differences between eMMC and UFS.
Embedded Multimedia Card (eMMC) is a non-volatile flash memory mainly used in mobile devices and embedded systems. It has a single package design featuring a NAND flash memory integrated with a memory controller. Its simplified design makes it a viable storage solution for wide-ranging embedded systems, especially in the consumer electronics sector, such as medical, automotive, and IoT applications.
In addition to its compact size, eMMC is easy to integrate and cost effective. It sits between slower traditional storage and faster, more expensive technologies like UFS and NVMe. But even after being a popular storage solution for many years, many manufacturers have revised down their production plans by 50% and more, and Samsung has decided to discontinue eMMC production from next year, citing pricing pressure and focus on high-margin memory.
The decision will affect the B2B sector, where eMMC is a favored storage solution due to its cost-effectiveness and ease of integration for moderate performance needs
The decision to phase out eMMC storage is forced by several factors. Memory manufacturers believe there has been an added price pressure in the last two years. Moreover, large memory manufacturers are keen on developing high-margin memory products. These products can provide greater profitability and reinvestment potential, catering to the price pressures associated with eMMC.
So, as manufacturers focus on exiting legacy technologies like DDR3 and eMMC, it is likely to induce supply chain problems and increased memory prices. However, many manufacturers like Intelligent Memory (IM), Foresee/Longsys, ESMT, and SkyHigh Memory are committed to providing eMMC solutions beyond 2030, so there are still several alternatives available.
It effectively means there is no hurry for businesses because eMMC will still be available for the next few years, but eventually, the transition will force businesses to think differently. So, they must consider:
While there are several eMMC alternatives, not all of them are suitable for industrial needs. Hence, one of the key fallouts of the eMMC discontinuation is that businesses must proactively plan for future production and explore alternative options.
A block diagram of an eMMC architectureThe decision to phase out eMMC storage is forced by several factors. Memory manufacturers believe there has been an added price pressure in the last two years. Moreover, large memory manufacturers are keen on developing high-margin memory products. These products can provide greater profitability and reinvestment potential, catering to the price pressures associated with eMMC.
So, as manufacturers focus on exiting legacy technologies like DDR3 and eMMC, it is likely to induce supply chain problems and increased memory prices. However, many manufacturers like Intelligent Memory (IM), Foresee/Longsys, ESMT, and SkyHigh Memory are committed to providing eMMC solutions beyond 2030, so there are still several alternatives available.
It effectively means there is no hurry for businesses because eMMC will still be available for the next few years, but eventually, the transition will force businesses to think differently. So, they must consider:
While there are several eMMC alternatives, not all of them are suitable for industrial needs. Hence, one of the key fallouts of the eMMC discontinuation is that businesses must proactively plan for future production and explore alternative options.
A block diagram of an eMMC architectureWhile eMMC storage provides cost-effective options for manufacturers, they have several intriguing features such as:
eMMC storage has evolved with several improvements in each of its upcoming generations. Here is a quick look at how these generations have evolved.
The eMMC 4.x generation established the fundamental eMMC standard with an integrated NAND flash memory and a memory controller. Thus generation supported speed modes up to 52 MHz and a transfer rate of 52 MB/s. Other features included:
The eMMC 4.x generation featured eMMC 4.4, 4.41, and 4.5. The following table summarizes the unique features in each:
The eMMC 5.0 further boosted performance, but more importantly, it introduced new functionalities that allowed easier system integration. This generation introduced the HS400 interface, capable of delivering up to 400 MB/s read. More features included:
eMMC 5.1 is the most recent and widely adopted eMMC standard. It offers further refinements in speed and features. It optimized HS400 for better real-world performance and lower power. Newly introduced features include:
When compared with UFS, eMMC is a cheaper, slower storage using a half-duplex interface, suitable for budget devices and basic tasks. While UFS is a pricier option, is faster because of its full-duplex interface and lower latency. Hence, it is preferred for demanding applications in higher-end devices.
MEMPHIS Electronic GmbH
Basler Str. 5
D-61352 Bad Homburg
Tel.: +49 6172 90350
E-mail: info@memphis.de
MEMPHIS Electronic GmbH
Basler Str. 5
D-61352 Bad Homburg
Tel.: +49 6172 90350
E-mail: info@memphis.de
