From smart appliances to industrial systems, Samsung eMMC delivers stable and efficient performance. It combines proven reliability with cost-effectiveness to support a wide range of connected applications. Compact yet capable, it brings trusted performance to intelligent devices everywhere.
From smart appliances to industrial systems, Samsung eMMC delivers stable and efficient performance. It combines proven reliability with cost-effectiveness to support a wide range of connected applications. Compact yet capable, it brings trusted performance to intelligent devices everywhere.
From smart appliances to industrial systems, Samsung eMMC delivers stable and efficient performance. It combines proven reliability with cost-effectiveness to support a wide range of connected applications. Compact yet capable, it brings trusted performance to intelligent devices everywhere.
HS400
11.5x13x0.8 mm
153 FBGA
256GB, 128GB, 64GB, 32GB, 16GB, 8GB
1.7V to 1.95V
-40 ℃ to 95/105 ℃
HS400
11.5x13.0 mm
153 FBGA
256GB, 128GB, 64GB
1.7V to 1.95V
-40 ℃ to 95/105 ℃
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eMMC (embedded MultiMediaCard) is a small device with NAND flash memory and a simple storage controller.
The eMMC standard for embedded flash memory applications was developed in 2006 by JEDEC and the MultiMediaCard Association.
Its tiny size and low price make it a popular choice for data storage in portable devices like smartphones, tablets, cameras, and laptops.
eMMC (embedded MultiMediaCard) is a small device with NAND flash memory and a simple storage controller.
The eMMC standard for embedded flash memory applications was developed in 2006 by JEDEC and the MultiMediaCard Association.
Its tiny size and low price make it a popular choice for data storage in portable devices like smartphones, tablets, cameras, and laptops.
eMMC (embedded MultiMediaCard) is a small device with NAND flash memory and a simple storage controller. The eMMC standard for embedded flash memory applications was developed in 2006 by JEDEC and the MultiMediaCard Association. Its tiny size and low price make it a popular choice for data storage in portable devices like smartphones, tablets, cameras, and laptops.
eMMC capacity is either 32GB or 64GB, rarely 128GB in laptops. These are quite limited capacities by today's standards.
To make things easier, most eMMC-equipped laptops have a memory card slot in which you can insert a memory card to expand your internal storage capacity.
eMMC capacity is either 32GB or 64GB, rarely 128GB in laptops. These are quite limited capacities by today's standards.
To make things easier, most eMMC-equipped laptops have a memory card slot in which you can insert a memory card to expand your internal storage capacity.
eMMC capacity is either 32GB or 64GB, rarely 128GB in laptops. These are quite limited capacities by today's standards. To make things easier, most eMMC-equipped laptops have a memory card slot in which you can insert a memory card to expand your internal storage capacity.
eMMC flash memory storage is noiseless.
You will not hear such noise on your smartphone because your smartphone likely uses eMMC storage.
eMMC flash memory storage is noiseless.
You will not hear such noise on your smartphone because your smartphone likely uses eMMC storage.
eMMC flash memory storage is noiseless. You will not hear such noise on your smartphone because your smartphone likely uses eMMC storage.
The latest eMMC standard is version 5.1. The previous ones are eMMC 4.5 and eMMC 5.0.
The eMMC card is very compact and is smaller than a postage stamp.
It is used for smaller and thinner devices to offer better performance and power efficiency.
The latest eMMC standard is version 5.1. The previous ones are eMMC 4.5 and eMMC 5.0.
The eMMC card is very compact and is smaller than a postage stamp.
It is used for smaller and thinner devices to offer better performance and power efficiency.
The latest eMMC standard is version 5.1. The previous ones are eMMC 4.5 and eMMC 5.0. The eMMC card is very compact and is smaller than a postage stamp. It is used for smaller and thinner devices to offer better performance and power efficiency.
The primary difference between eMMC and SSD is that eMMC is a type of flash storage based on the MMC standard,
while SSD is a type of Solid-state Storage.
Both operated on the NAND principles, where the data is transferred through NAND gates.
eMMC typically has only one NAND gate, while SSD tends to have more. SSD has a much faster read-write speed as compared to eMMC.
The primary difference between eMMC and SSD is that eMMC is a type of flash storage based on the MMC standard,
while SSD is a type of Solid-state Storage.
Both operated on the NAND principles, where the data is transferred through NAND gates.
eMMC typically has only one NAND gate, while SSD tends to have more. SSD has a much faster read-write speed as compared to eMMC.
The primary difference between eMMC and SSD is that eMMC is a type of flash storage based on the MMC standard, while SSD is a type of Solid-state Storage. Both operated on the NAND principles, where the data is transferred through NAND gates. eMMC typically has only one NAND gate, while SSD tends to have more. SSD has a much faster read-write speed as compared to eMMC.
eMMC is a device made up of NAND flash memory and a simple storage controller.
The eMMC standard for embedded flash memory applications was developed in 2006 by JEDEC and the MultiMediaCard Association.
eMMC is a device made up of NAND flash memory and a simple storage controller.
The eMMC standard for embedded flash memory applications was developed in 2006 by JEDEC and the MultiMediaCard Association.
eMMC is a device made up of NAND flash memory and a simple storage controller. The eMMC standard for embedded flash memory applications was developed in 2006 by JEDEC and the MultiMediaCard Association.
eMMC will be more robust than an SD card, physically speaking.
An eMMC chip soldered to the PCB will have much better vibration resistance than an SD card stuck into a slot.
Having its controller makes eMMCs more reliable.
Maybe there is some part that eMMCs have that SD cards don't, but SD cards do have a controller that does layout (wear leveling).
It doesn't do the filesystem layer, but IIRC eMMCs don't either.
eMMC will be more robust than an SD card, physically speaking.
An eMMC chip soldered to the PCB will have much better vibration resistance than an SD card stuck into a slot.
Having its controller makes eMMCs more reliable.
Maybe there is some part that eMMCs have that SD cards don't, but SD cards do have a controller that does layout (wear leveling).
It doesn't do the filesystem layer, but IIRC eMMCs don't either.
eMMC will be more robust than an SD card, physically speaking. An eMMC chip soldered to the PCB will have much better vibration resistance than an SD card stuck into a slot. Having its controller makes eMMCs more reliable. Maybe there is some part that eMMCs have that SD cards don't, but SD cards do have a controller that does layout (wear leveling). It doesn't do the filesystem layer, but IIRC eMMCs don't either.
eMMC is a storage card that is available for both mobile devices and laptops.
SD cards can be read by laptops but cannot be integrated.
The eMMC is an integral part of a motherboard in any device while the SD card can be removed anytime.
Both have a few similarities and can sometimes serve the same purpose, but they were not manufactured to serve as substitutes.
eMMC is a storage card that is available for both mobile devices and laptops.
SD cards can be read by laptops but cannot be integrated.
The eMMC is an integral part of a motherboard in any device while the SD card can be removed anytime.
Both have a few similarities and can sometimes serve the same purpose, but they were not manufactured to serve as substitutes.
eMMC is a storage card that is available for both mobile devices and laptops. SD cards can be read by laptops but cannot be integrated. The eMMC is an integral part of a motherboard in any device while the SD card can be removed anytime. Both have a few similarities and can sometimes serve the same purpose, but they were not manufactured to serve as substitutes.
As for physical sizes and form factors, these two are different.
While eMMC is soldered to the motherboard, SSDs, on the other hand, can be removed and replaced.
As for physical sizes and form factors, these two are different.
While eMMC is soldered to the motherboard, SSDs, on the other hand, can be removed and replaced.
As for physical sizes and form factors, these two are different. While eMMC is soldered to the motherboard, SSDs, on the other hand, can be removed and replaced.
No. eMMC is soldered to the motherboard.
No. eMMC is soldered to the motherboard.
No. eMMC is soldered to the motherboard.
No. Internal storage like eMMC is permanently attached to the board, so can't be replaced.
To expand storage, you can add a microSD card to the slot on the side or a USB drive.
No. Internal storage like eMMC is permanently attached to the board, so can't be replaced.
To expand storage, you can add a microSD card to the slot on the side or a USB drive.
No. Internal storage like eMMC is permanently attached to the board, so can't be replaced.
To expand storage, you can add a microSD card to the slot on the side or a USB drive.
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Test results do not guarantee future performance under such test conditions, and the actual throughput or performance that any user will experience may vary depending upon many factors.
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