Products

FLASH COMPONENTS

I'M Intelligent Memories customers are active in industrial- communication- and similar demanding sectors.
High quality semiconductor memory components, reliable supply and longevity are important factors to succed it this challenging business environment.
In order to support these requirements we expanded our portfolio by high reliable and long term available Flash products.

eMMC micro SSD Request a Price Quotation

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If you look for a Module specified beyond our off the shelf products please contact us.

Capacity	Interface	Package	Temperature-range	Technology	Endurance
128MB256MB512MB1GB2GB4GB8GB16GB32GB64GB128GB	eMMC 5.0eMMC 5.1SATA IIIPCIe Gen 3x2eMMC 4.3	BGA 100 (14x18mm)BGA 153 (11.5x13mm)BGA 156 (16x20mm)BGA 345 (11.5x13mm)	Commercial (0°C-70°C)Standard (-25°C to 85°C)Industrial (-40°C to 85°C)Automotive Grade 2 (-40°C to 105°C)Automotive Grade 3 (-40°C to 85°C)	MLCSLCpSLCTLC3D TLC3D pSLC	3K30K

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	Part No.	Category	Capacity	Interface	Package	Technology	Endurance	Temperature	Status	Datasheet

* S = Standard , I = Industrial , A = Automotive E = Automotive

NRND** = Not Recommended for New Designs. We are planning to release a new die-version. Please contact us to discuss replacements.

CS* = Customer Samples

Frequently Asked Questions

What is Flash Memory?

Flash Memory is a non volatile electrically erase- and programmable type of semiconductor memory.

What is eMMC?

eMMC (embedded Multimedia Card) is a "managed Flash" - Media i.e. Flash-Controller and raw Flash Memory are combined in one common BGA Package. The raw flash management is handled by the Flash controller thus the eMMC user must not take care about bad block management, ecc, wear leveling etc.

What is pSLC?

The pSLC configuration on muliti level cell ( MLC, TLC) NAND only takes 2 bits for data storage from original 4bit MLC or 8 bits TLC NAND. It can dramatically increase the reliability, endurance of NAND Flash. It makes the SSDs meet high P/E cycle, high TBW demand in industrial and embedded applications and also increases data access performance.