Micron technology, inc. (20240193085). Data Storage Device with Memory Services based on Storage Capacity simplified abstract
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Data Storage Device with Memory Services based on Storage Capacity
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Data Storage Device with Memory Services based on Storage Capacity - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240193085 titled 'Data Storage Device with Memory Services based on Storage Capacity
The memory sub-system described in the patent application includes a paging system that offers memory services to a host system via a connection from its host interface. This connection supports both a storage access protocol and a cache coherent memory access protocol. The memory sub-system consists of non-volatile memory for storage capacity and volatile memory for caching active pages of a memory space provided by a memory device attached to the host system.
- The memory sub-system features a paging system that provides memory services to a host system.
- The connection from the host interface supports both storage access and cache coherent memory access protocols.
- Non-volatile memory is used for storage capacity, while volatile memory caches active pages of the memory space.
- The memory space is configured within the storage capacity of the non-volatile memory.
- Access to the memory space can be done through both storage access protocol using logical block addresses and cache coherent memory access protocol using memory addresses.
Potential Applications: - Data centers - Cloud computing - High-performance computing
Problems Solved: - Efficient memory management - Improved performance in accessing memory space
Benefits: - Faster access to memory space - Enhanced storage capacity - Optimal memory management
Commercial Applications: Title: "Enhanced Memory Sub-System for Improved Performance in Data Centers" This technology can be utilized in data centers to enhance memory management and improve overall performance. It can also be applied in cloud computing and high-performance computing environments.
Prior Art: Prior research in memory sub-systems and memory management techniques can provide insights into similar technologies and advancements in the field.
Frequently Updated Research: Stay updated on the latest developments in memory sub-systems, memory management, and storage technologies to leverage the most current innovations in the industry.
Questions about Memory Sub-System: 1. How does the memory sub-system improve memory access efficiency? 2. What are the key differences between the storage access protocol and cache coherent memory access protocol in this system?
Original Abstract Submitted
a memory sub-system having a paging system to provide memory services over a connection from its host interface to a host system. the connection can support both a storage access protocol and a cache coherent memory access protocol. the memory sub-system can have a non-volatile memory to provide a storage capacity and a fast, volatile memory to cache active pages of a memory space provided by a memory device attached by the memory sub-system over the connection to the host system. the memory space can be configured in a namespace of the storage capacity of the non-volatile memory. optionally, the memory space can be configured for access both via the storage access protocol using logical block addresses and via the cache coherent memory access protocol using memory addresses.
