Assertion: binary cpu | /r/CapableOf | use 32 bits
Facets:
value: to represent a memory address
type: PURPOSE
Source sentences:
text: For example, if a binary CPU uses 32 bits to represent a memory address then it can directly address 232 memory locations.
text: For example, if a binary CPU uses 32 bits to represent a memory address, and each memory address represents one octet (8 bits), the maximum quantity of memory that CPU can address is 232 octets, or 4 GiB.
text: For example, if a binary CPU uses 32 bits to represent a memory address, and each memory address represents one octet (8 bits), the maximum quantity of memory that CPU can address is 232 octets, or 4 GiB.
text: For example, if a binary CPU uses 32 bits to represent a memory address then it can directly address 232 memory locations.
text: For example, if a binary CPU uses 32 bits to represent a memory address, and each memory address represents one octet (8 bits), the maximum quantity of memory that CPU can address is 232 octets, or 4 GiB.
text: For example, if a binary CPU uses 32 bits to represent a memory address then it can directly address 232 memory locations.
text: For example, if a binary CPU uses 32 bits to represent a memory address, and each memory address represents one octet (8 bits), the maximum quantity of memory that CPU can address is 232 octets, or 4 GiB.
text: For example, if a binary CPU uses 32 bits to represent a memory address, and each memory address represents one octet (8 bits), the maximum quantity of memory that CPU can address is 232 octets, or 4 GiB.
text: For example, if a binary CPU uses 32 bits to represent a memory address, and each memory address represents one octet (8 bits), the maximum quantity of memory that CPU can address is 232 octets, or 4 GiB.