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US Patent 11175984 Erasure coding techniques for flash memory

Patent 11175984 was granted and assigned to Radian Memory Systems on November, 2021 by the United States Patent and Trademark Office.

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Is a
Patent
Patent
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Patent attributes

Patent Applicant
Radian Memory Systems
Radian Memory Systems
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Current Assignee
Radian Memory Systems
Radian Memory Systems
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Patent Jurisdiction
United States Patent and Trademark Office
United States Patent and Trademark Office
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Patent Number
111759840
Patent Inventor Names
Robert Lercari0
Craig Robertson0
Mike Jadon0
Date of Patent
November 16, 2021
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Patent Application Number
167079340
Date Filed
December 9, 2019
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Patent Citations Received
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US Patent 12093533 Memory management of nonvolatile discrete namespaces
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US Patent 11474950 Memory controller including plurality of address mapping tables, system on chip, and electronic device
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US Patent 11487657 Storage system with multiplane segments and cooperative flash management
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US Patent 11487656 Storage device with multiplane segments and cooperative flash management
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US Patent 11914523 Hierarchical storage device with host controlled subdivisions
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US Patent 11928497 Implementing erasure coding with persistent memory
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US Patent 12013753 Proactive loss notification and handling in data storage devices
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US Patent 12014052 Cooperative storage architecture
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Patent Primary Examiner
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James C. Kerveros
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Patent abstract

This disclosure provides a memory controller for asymmetric non-volatile memory, such as flash memory, and related host and memory system architectures. The memory controller is configured to automatically generate and transmit redundancy information to a destination, e.g., a host or another memory drive, to provide for cross-drive redundancy. This redundancy information can be error (EC) information, which is linearly combined with similar information from other drives to create “superparity.” If EC information is lost for one drive, it can be rebuilt by retrieving the superparity, retrieving or newly generating EC information for uncompromised drives, and linearly combining these values. In one embodiment, multiple error correction schemes are use, including a first intra-drive scheme to permit recovery of up to x structure-based failures, and the just-described redundancy scheme, to provide enhanced security for greater than x structure-based failures.

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