- 1024 KiB
kibibyte KB
kilobyte 10242 MiB
mebibyte MB
megabyte 10243 GiB
gibibyte GB
gigabyte 10244 TiB
tebibyte TB
terabyte 10245 PiB
pebibyte — 10246 EiB...
- 80000-13
clarifies that a
gigabyte (GB) is 109
bytes and
specifies the term
gibibyte (GiB) to
denote 230 bytes.
These differences are
still readily seen, for...
- 230 227
gigabyte per
second GB/s 8,000,000,000 1,000,000,000 8 × 109 109
gibibyte per
second GiB/s 8,589,934,592 1,073,741,824 233 230
terabit per second...
-
measurement of
information (kilobyte, kibibyte, megabyte, mebibyte, gigabyte,
gibibyte, terabyte, tebibyte, etc.). For the
purpose of this article, a byte is...
- 1024 KiB
kibibyte KB
kilobyte 10242 MiB
mebibyte MB
megabyte 10243 GiB
gibibyte GB
gigabyte 10244 TiB
tebibyte TB
terabyte 10245 PiB
pebibyte — 10246 EiB...
- 1024 KiB
kibibyte KB
kilobyte 10242 MiB
mebibyte MB
megabyte 10243 GiB
gibibyte GB
gigabyte 10244 TiB
tebibyte TB
terabyte 10245 PiB
pebibyte — 10246 EiB...
-
possible memory locations that can be
addressed is
limited to
exactly 2
gibibytes, or
roughly 2GB.
While Linux, FreeBSD, and most Unix-like
operating systems...
-
signals to
traverse a
larger circuit.
Constructing a
memory unit of many
gibibytes with a
response time of one
clock cycle is
difficult or impossible. Today's...
- 32-bit
computer can
address 232 = 4,294,967,296
bytes of memory, or 4
gibibytes (GiB). This
allows one
memory address to be
efficiently stored in one...
-
personal computers and
servers which were
commonly configured for 16 GiB (
gibibytes) of
memory or more. It has
effectively replaced the
discontinued Intel...
