FLEXXON eMMC STORAGE INTRODUCTION

Solution to increasingly compact embedded systems across CIMA (Cybersecurity, Industrial, Medical and Automotive) industries with performance, endurance all packed in one.

What is eMMC designed for

Flexxon’s eMMC is designed to meet the rigid requirements of Cybersecurity, Industrial, Automotive and Medical applications where technical support, extended life, and stable roadmaps are critical.

Flexxon eMMCs product family is an embedded memory solution that combines eMMC NAND Flash memory, embedded MultiMediaCard controller, and advanced firmware in a BGA package (100 balls/153 balls). It is a compact, robust and highly cost effective NAND flash storage solution. Flexxon eMMC products are compliant with the JEDEC® e.MMC™ v4.x, v5.0 and v5.1 interface and protocol standard.

eMMC Storage Benefit

When working with native NAND Flash components, the host system needs to actively manage data written and read at physical memory locations and correct bit errors as the data are read back from NAND Flash. Designers must implement the necessary ECC engine and data management algorithm in the host system, increasing the burden on host hardware, software design and validation. In addition, revision to the design is often required during the replacement of a NAND flash component. eMMC Storage is a perfect solution to negate the issues as it functions as a block storage device, interacting with the host system through an abstract interface protocol.

In eMMC, the host system simply reads and writes data to and from the Logical Block Addresses. The eMMC controller hardware and firmware lifts the burden on the host system by performing error correction and data management. With the standardization by JEDEC®, Flexxon eMMC ensures compatibility and interoperability with all suppliers.

FLEXXON eMMC Card OVERVIEW

Highly Integrated eMMC Solution

Embedded with market proven eMMC4.x / 5.0/ 5.1 Controller
High Quality NAND Flash

Package Design

Industrial Standard 100 / 153balls

Tailor-made Firmware

Advanced NAND Management Technology
Customization available for Customer

Cybersecurity/ Industrial/ Medical/ Automotive Market Focus

FLEXXON eMMC Series

eMMC Series	XTRA III	XTRA IV	XTRA V
Interface	eMMC 5.0 / 4.5	eMMC 5.0 / 4.5	eMMC 5.1
Flash Type	MLC , pSLC	MLC , pSLC	3D TLC, 3D pMLC, 3D pSLC
Ball Count	153-ball;100-ball	153-ball;100-ball	153-ball
Capacity	MLC: 4 GB ~ 64 GB pSLC: 2 GB ~ 32 GB	MLC:4 GB ~ 64 GB pSLC: 2 GB ~ 32 GB	3D TLC: 8GB~128GB 3D pMLC: 8GB-16GB 3D pSLC: 4GB~32GB
Max Performance	Read: 270 MB /s Write: 150 MB /s	Read: 270 MB /s Write: 150 MB /s	Read: 300MB/s Write: 150MB/s
Grade	Industrial (Gold and Diamond)	Automotive (Grade 2 & Grade 3)	Industrial (Gold and Diamond)

FLEXXON eMMC Automotive Application

Certified with Automotive Grade AEC-Q100 Grade 3 (-40C~85C) Standard
Certified with Automotive Grade AEC-Q100 Grade 2 (-40C~105C) Standard
Manufacturing Factory certified with TS16949

FLEXXON eMMC Intelligent Technology

Emmc product data integrity

Data Integrity in Reflow

Leverage strong pages from NAND flash, and prevent data loss in reflow process.

Emmc storage dynamic

Dynamic Wear Leveling

To keep important data without moving, dynamic wear leveling could concentrate the write/erase only on the dynamic block.

Emmc nand block report

System Block Protection

eMMC system information is stored in SLC area for better robustness. When FW finds UECC pages caused by sudden power loss, those pages would be discarded and move other valid data to a healthy block.

Emmc chip reliability

Write Reliability

After sudden power loss and next power on, eMMC will scan buffer block until last programmed page. If ECC Uncorrectable or higher ECC error bit occurs, FW will stop scanning and discard these pages, then copy valid data to new buffer block in order to save the data.

Emmc memory auto read