This memory may include cache memory, main memory or other internal memory.
这种存储器可能包括高速缓冲存储器、主存储器或其他内存储器。
An error in the level 2 cache memory.
二级高速缓冲存储器有错误。
Capabilities and management of cache memory.
缓存内存的功能和管理。
For a local drive setup, a disk controller with built-in cache memory enhances performance.
对于本地驱动器设置,具有内置缓存内存的磁盘控制器的性能会有所增强。
Finally there is the main memory which relative to the external cache memory is very slow.
这样,相对外部高速缓存存储器,主存的速度非常慢。
As described above, according to the embodiment of the present technology, the arrangement of the second ECC buffer 250 allows the execution of error detection and correction processing by use of the first ECC or the second ECC depending on the access size without restricting the storage capacity of the NVM 300. The second ECC buffer 250 has a structure substantially similar to the structure of a cache memory, in which only the second ECC of a necessary capacity is held. Therefore, random access performance can be enhanced without rewriting or frequently accessing the data in the NVM 300. Because the second ECC is large in relative capacity for random access unit, access band may be affected if the second ECC is stored in the NVM 300. According to this embodiment, the storage capacity in the NVM 300 is not restricted. The second ECC buffer 250 can be made up of a nonvolatile memory, the bit cost can be prevented from increasing.
如上所述,根据本技术的实施例,所述第二ECC缓冲器250的设置可根据存取量使用第一ECC或第二ECC执行错误检测和校正处理,不会限制NVM 300的存储容量。所述第二ECC缓冲器250具有与高速缓存存储器的结构基本相似的结构,其中,仅保留所需容量的第二ECC。因此,可增强随机存取性能,不需要改写或频繁存取NVM 300中的数据。由于第二ECC用于随机存取单位的相对容量较大,如果第二ECC存储于NVM 300,会影响存取带宽。根据该实施例,不限制NVM 300的存储容量。所述第二ECC缓冲器250可由非易失性存储器构成,可防止增加位成本。
Logical devices may have memory installed on them or otherwise associated with them - such as cache memory. This is made explicit in this association.
逻辑设备上可能已安装内存或与其相关联,如缓存内存。这一点由这个关联而变得明显。
Cached lookups - the time it takes the server to return a domain name that already exists in the cache memory of the Resolver.
缓存的查找 - 的时间服务器返回一个域名已经存在于缓存内存冲突解决程序。
A type of RAM that is quicker than dynamic RAM and does not need to be refreshed. Because it is more expensive and holds less data than dynamic RAM, it is used primarily for cache memory.
快速缓冲贮存区:比动态随机存取内存更快而且无须刷新的随机存取内存。与动态随机存取内存相比,它的价格更高,储存的数据更少,因此主要用于高速缓冲存储器
The latest DRAM chips deliver extremely fast and smooth graphic and cache memory response in game consoles and personal computers, as well as server applications.
最新的 DRAM 芯片在游戏控制台和个人电脑以及服务器应用中提供了极快且平滑的图形和高速缓冲存储器响应。
The Location property indicates the physical location of the cache memory.
Location 属性表示缓存内存的物理位置。
The Antecedent reference represents cache memory available to the processor.
Antecedent 引用代表可供处理器使用的缓存内存。
The MaxCacheSize property indicates the maximum cache size installable to this particular cache memory.
MaxCacheSize 属性表示对这个特别的缓存内存的可以安装的最大缓存大小。