它装有256兆字节的只读存储器和512兆字节的随机存取存储器。
存储器占用已经减小为几十千字节的标准
Memory utilization has been reduced to a standard of tens of kilobytes
存储器存取的字节顺序(Big -Endian或Little - Endian)是由操作系统指定的。
The byte ordering (Big-Endian or Little-Endian) for a storage access is specified by the operating system.
包含几个千兆字节信息的更大的磁盘是标准化的,同时T级的存储器——大致等于美国国会图书馆的容量-将会很常见。
Larger disks containing several gigabytes of information will be standard, and terabyte storage — roughly the capacity of the Library of Congress — will be common.
如果一个存储单元能存放一个字节,则一个64kb的存储器共有存储单元数为B。
If a storage unit can store a byte, 64kb of memory is a Shared storage unit number for b.
我一直觉得,找到一个兆字节的空闲大容量存储器并在上面安装ssh客户机会更加方便。
I've consistently found it easier to locate a Megabyte of free mass storage and install an SSH client there.
例如在20世纪70年代,存储器是以千字节来衡量大小的并且非常的昂贵,复杂指令集计算是主要的计算,因为它保存记忆。
In the 70s of 20th century, for example, memory was measured in kilobytes and was very expensive. CISC was the dominant approach because it conserved memory.
在嵌入式系统中,存储器是非常宝贵的资源,尤其对于8位微处理器而言,通常只有几百个字节的RAM,或者几千字节的RAM。
In embedded system, memory is very valuable, especially for 8-bit MCU, commonly with a few hundred bytes, or a few K RAM.
所有字节宽度的存储器都有标准SRAM脚位输出,他们操作方式跟SRAM一样,并且提供非易失性存储,无需后备电池。
All byte wide memories have standard SRAM pinouts. they operate like SRAMs and provide nonvolatile storage with no requirement for battery backup.
例如,20世纪70年代,存储器是以千字节计量的,非常昂贵。
In the 70s of 20th century, for example, memory was measured in kilobytes and was very expensive.
例如,20世纪70年代,存储器是以千字节计量的,非常昂贵。
In the 70s of 20th century, for example, memory was measured in kilobytes and was very expensive.
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