| 1. | Generates a . reloc for a 64 bit address in an ia64 为ia64 movl指令中的64位地址生成 |
| 2. | 48 - bit addressing , mass storage hard disc up to 2000g 48bit寻址,支持最大到2000g大容量硬盘。 |
| 3. | Standard 32 - bit addresses can map a maximum of 4 gb of memory 标准的32位地址最多可映射4 gb内存。 |
| 4. | A 32 - bit address which shows a unique node on an ip network 显示联网规约网络的单一节点的32数元的位址。 |
| 5. | Supports 7 and 10 bit addressing mode 位的地址模式 |
| 6. | Trying to load a 64 - bit object into 32 - bit address space , or vice versa , leads to a 尝试将64位对象加载到32位地址空间,或者反之,都会导致 |
| 7. | There is no way to load a 64 - bit object into 32 - bit address space , or the other way around 没有办法将64位对象加载到32位地址空间,反之亦然。 |
| 8. | First is the concept of a 32 - bit address space , as opposed to a 64 - bit address space 相对于64位地址空间,我们首先来看一下32位地址空间这个概念。 |
| 9. | Although the 32 - bit address space is limited to 4 gb , the nonpaged memory can be much larger 虽然32位地址空间限制为4 gb ,但是非分页内存却可以远远大于4 gb 。 |
| 10. | The 64 - bit addressing provided by the itanium architecture removes the constraint on memory - addressing capability in 32 - bit computing Itanium体系结构提供的64位寻址去除了32位计算中内存寻址能力上的约束。 |