Bandwidth units converter. Converts KB/s, Mbps etc. All known units of bandwidth in two different bases: 1000 and 1024.

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Inputs data - value and unit, which we're going to convert#

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Unit
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$1$ (mebi-bits per second) is equal to:#

popular units#

Unit	Symbol	Symbol (plain text)	Value as symbolic	Value as numeric	Notes	Unit conversion formula
kibi-bits per second	Show source $\frac{kib}{s}$	kib/s	Show source $\text{...}$	-	Derived bandwitch unit with 1024 base. One kibi-bit per second is equivalent to transfer of one kibi-bit (1024 b) of information within one second. $1\ \frac{kib}{s} = 1024\ \frac{b}{s} = \frac{1024}{8}\ \frac{B}{s} = 128\ \frac{B}{s}$	Show source $...$
mebi-bits per second	Show source $\frac{Mib}{s}$	Mib/s	Show source $\text{...}$	-	Derived bandwitch unit with 1024 base. One mebi-bit per second is equivalent to transfer of one mebi-bit (1024 kib) of information within one second. $1\ \frac{Mib}{s} = 1024\ \frac{kib}{s} = 1024^2\ \frac{b}{s} = \frac{1024^2}{8}\ \frac{B}{s}$	Show source $...$
kibi-bytes per second	Show source $\frac{kiB}{s}$	kiB/s	Show source $\text{...}$	-	Derived bandwitch unit with 1024 base. One kibi-byte per second is equivalent to transfer of one kibi-byte (1024 B) of information within one second. $1\ \frac{kiB}{s} = 1024\ \frac{B}{s} = 8 \times 1024\ \frac{b}{s}$	Show source $...$
mebi-bytes per second	Show source $\frac{MiB}{s}$	MiB/s	Show source $\text{...}$	-	Derived bandwitch unit with 1024 base. One mebi-byte per second is equivalent to transfer of one mebi-byte (1024 KiB) of information within one second. $1\ \frac{MiB}{s} = \frac{1024\ KiB}{s} = \frac{1024^2\ B}{s} = 8 \times 1024^2\ \frac{b}{s}$	Show source $...$

bits per second (base 1024)#

Unit	Symbol	Symbol (plain text)	Value as symbolic	Value as numeric	Notes	Unit conversion formula
bits per second	Show source $\frac{b}{s}$	b/s	Show source $\text{...}$	-	The basic bandwitch unit used in computer science and telecomunication. One bit per second is equivalent to transfer of one bita (1b) of information within one second.	Show source $...$
kibi-bits per second	Show source $\frac{kib}{s}$	kib/s	Show source $\text{...}$	-	Derived bandwitch unit with 1024 base. One kibi-bit per second is equivalent to transfer of one kibi-bit (1024 b) of information within one second. $1\ \frac{kib}{s} = 1024\ \frac{b}{s} = \frac{1024}{8}\ \frac{B}{s} = 128\ \frac{B}{s}$	Show source $...$
mebi-bits per second	Show source $\frac{Mib}{s}$	Mib/s	Show source $\text{...}$	-	Derived bandwitch unit with 1024 base. One mebi-bit per second is equivalent to transfer of one mebi-bit (1024 kib) of information within one second. $1\ \frac{Mib}{s} = 1024\ \frac{kib}{s} = 1024^2\ \frac{b}{s} = \frac{1024^2}{8}\ \frac{B}{s}$	Show source $...$
gibi-bits per second	Show source $\frac{Gib}{s}$	Gib/s	Show source $\text{...}$	-	Derived bandwitch unit with 1024 base. One gibi-bit per second is equivalent to transfer of one gibi-bit (1024 Mib) of information within one second. $1\ \frac{Gib}{s} = \frac{1024\ Mib}{s} = \frac{1024^3\ b}{s} = \frac{1024^3}{8}\ \frac{B}{s}$	Show source $...$
tebi-bits per second	Show source $\frac{Tib}{s}$	Tib/s	Show source $\text{...}$	-	Derived bandwitch unit with 1024 base. One tebi-bit per second is equivalent to transfer of one tebi-bit (1024 Tib) of information within one second. $1\ \frac{Tib}{s} = \frac{1024\ Gib}{s} = \frac{1024^4\ b}{s} = \frac{1024^4}{8}\ \frac{B}{s}$	Show source $...$
pebi-bits per second	Show source $\frac{Pib}{s}$	Pib/s	Show source $\text{...}$	-	Derived bandwitch unit with 1024 base. One pebi-bit per second is equivalent to transfer of one pebi-bit (1024 Pib) of information within one second. $1\ \frac{Pib}{s} = \frac{1024\ Pib}{s} = \frac{1024^5\ b}{s} = \frac{1024^5}{8}\ \frac{B}{s}$	Show source $...$

bits per minute (base 1024)#

Unit	Symbol	Symbol (plain text)	Value as symbolic	Value as numeric	Notes	Unit conversion formula
bits per minute	Show source $\frac{b}{m}$	b/m	Show source $\text{...}$	-	Derived bandwitch unit with 1024 base. One bit per minute is equivalent to transfer of one bita (1b) of information within one minute (60 s). $1\ \frac{b}{m} = \frac{1}{60}\ \frac{b}{s} = \frac{1}{60 \times 8}\ \frac{B}{s}$	Show source $...$
kibi-bits per minute	Show source $\frac{kib}{m}$	kib/m	Show source $\text{...}$	-	Derived bandwitch unit with 1024 base. One kibi-bit per minute is equivalent to transfer of one kibi-bit (1024 b) of information within one minute (60 s). $1\ \frac{kib}{m} = \frac{1024\ b}{60\ s} = \frac{1024}{60 \times 8}\ \frac{B}{s}$	Show source $...$
mebi-bits per minute	Show source $\frac{Mib}{m}$	Mib/m	Show source $\text{...}$	-	Derived bandwitch unit with 1024 base. One mebi-bit per minute is equivalent to transfer of one mebi-bit (1024 kib) of information within one minute (60 s). $1\ \frac{Mib}{m} = \frac{1024\ kib}{60\ s} = \frac{1024^2}{60}\ \frac{B}{s} = \frac{1024^2}{60 \times 8}\ \frac{B}{s}$	Show source $...$
gibi-bits per minute	Show source $\frac{Gib}{m}$	Gib/m	Show source $\text{...}$	-	Derived bandwitch unit with 1024 base. One gibi-bit per minute is equivalent to transfer of one gibi-bit (1024 Mib) of information within one minute (60 s). $1\ \frac{Gib}{m} = \frac{1024\ Mib}{60\ s} = \frac{1024^3\ Gib}{60\ s} = \frac{1024^3}{60 \times 8}\ \frac{B}{s}$	Show source $...$
tebi-bits per minute	Show source $\frac{Tib}{m}$	Tib/m	Show source $\text{...}$	-	Derived bandwitch unit with 1024 base. One tebi-bit per minute is equivalent to transfer of one tebi-bit (1024 Tib) of information within one minute (60 s). $1\ \frac{Tib}{m} = \frac{1024\ Gib}{60\ s} = \frac{1024^4\ b}{60\ s} = \frac{1024^4}{60 \times 8}\ \frac{B}{s}$	Show source $...$
pebi-bits per minute	Show source $\frac{Pib}{m}$	Pib/m	Show source $\text{...}$	-	Derived bandwitch unit with 1024 base. One pebi-bit per minute is equivalent to transfer of one pebi-bit (1024 Pib) of information within one minute (60 s). $1\ \frac{Pib}{m} = \frac{1024\ Pib}{60\ s} = \frac{1024^5\ b}{60\ s} = \frac{1024^5}{60 \times 8}\ \frac{B}{s}$	Show source $...$

bits per hour (base 1024)#

Unit	Symbol	Symbol (plain text)	Value as symbolic	Value as numeric	Notes	Unit conversion formula
bits per hour	Show source $\frac{b}{h}$	b/h	Show source $\text{...}$	-	Derived bandwitch unit with 1024 base. One bit per hour is equivalent to transfer of one bita (1b) of information within one hour (60 min.). $1\ \frac{b}{h} = \frac{1}{60}\ \frac{b}{m} = \frac{1}{3600}\ \frac{b}{s} = \frac{1}{3600 \times 8}\ \frac{B}{s}$	Show source $...$
kibi-bits per hour	Show source $\frac{kib}{h}$	kib/h	Show source $\text{...}$	-	Derived bandwitch unit with 1024 base. One kibi-bit per hour is equivalent to transfer of one kibi-bit (1024 b) of information within one hour (60 min.). $1\ \frac{kib}{h} = \frac{1024\ b}{60\ m} = \frac{1024}{3600}\ \frac{B}{s} = \frac{1024}{3600 \times 8}\ \frac{B}{s}$	Show source $...$
mebi-bits per hour	Show source $\frac{Mib}{h}$	Mib/h	Show source $\text{...}$	-	Derived bandwitch unit with 1024 base. One mebi-bit per hour is equivalent to transfer of one mebi-bit (1024 kib) of information within one hour (60 min.). $1\ \frac{Mib}{h} = \frac{1024\ kib}{60\ m} = \frac{1024^2}{3600}\ \frac{B}{s} = \frac{1024^2}{3600 \times 8}\ \frac{B}{s}$	Show source $...$
gibi-bits per hour	Show source $\frac{Gib}{h}$	Gib/h	Show source $\text{...}$	-	Derived bandwitch unit with 1024 base. One gibi-bit per hour is equivalent to transfer of one gibi-bit (1024 Mib) of information within one hour (60 min.). $1\ \frac{Gib}{h} = \frac{1024\ Mib}{60\ m} = \frac{1024^3\ b}{3600\ s} = \frac{1024^3}{3600 \times 8}\ \frac{B}{s}$	Show source $...$
tebi-bits per hour	Show source $\frac{Tib}{h}$	Tib/h	Show source $\text{...}$	-	Derived bandwitch unit with 1024 base. One tebi-bit per hour is equivalent to transfer of one tebi-bit (1024 Tib) of information within one hour (60 min.). $1\ \frac{Tib}{h} = \frac{1024\ Gib}{60\ m} = \frac{1024^4\ b}{3600\ s} = \frac{1024^4}{3600 \times 8}\ \frac{B}{s}$	Show source $...$
pebi-bits per hour	Show source $\frac{Pib}{h}$	Pib/h	Show source $\text{...}$	-	Derived bandwitch unit with 1024 base. One pebi-bit per hour is equivalent to transfer of one pebi-bit (1024 Pib) of information within one hour (60 min.). $1\ \frac{Pib}{h} = \frac{1024\ Pib}{60\ m} = \frac{1024^5\ b}{3600\ s} = \frac{1024^5}{3600 \times 8}\ \frac{B}{s}$	Show source $...$

bits per day (base 1024)#

Unit	Symbol	Symbol (plain text)	Value as symbolic	Value as numeric	Notes	Unit conversion formula
bits per day	Show source $\frac{b}{d}$	b/d	Show source $\text{...}$	-	Derived bandwitch unit with 1024 base. One bit per day is equivalent to transfer of one bita (1b) of information within one day (24 h). $1\ \frac{b}{d} = \frac{1}{24}\ \frac{b}{h} = \frac{1}{24 \times 3600}\ \frac{b}{s} = \frac{1}{24 \times 3600 \times 8}\ \frac{B}{s}$	Show source $...$
kibi-bits per day	Show source $\frac{kib}{d}$	kib/d	Show source $\text{...}$	-	Derived bandwitch unit with 1024 base. One kibi-bit per day is equivalent to transfer of one kibi-bit (1024 b) of information within one day (24 h). $1\ \frac{kib}{d} = \frac{1024\ b}{24\ h} = \frac{1024}{24 \times 3600}\ \frac{B}{s} = \frac{1024}{24 \times 3600 \times 8}\ \frac{B}{s}$	Show source $...$
mebi-bits per day	Show source $\frac{Mib}{d}$	Mib/d	Show source $\text{...}$	-	Derived bandwitch unit with 1024 base. One mebi-bit per day is equivalent to transfer of one mebi-bit (1024 kib) of information within one day (24 h). $1\ \frac{Mib}{d} = \frac{1024\ kib}{24\ h} = \frac{1024^2}{24 \times 3600}\ \frac{B}{s} = \frac{1024^2}{24 \times 3600 \times 8}\ \frac{B}{s}$	Show source $...$
gibi-bits per day	Show source $\frac{Gib}{d}$	Gib/d	Show source $\text{...}$	-	Derived bandwitch unit with 1024 base. One gibi-bit per day is equivalent to transfer of one gibi-bit (1024 Mib) of information within one day (24 h). $1\ \frac{Gib}{d} = \frac{1024\ Mib}{24\ h} = \frac{1024^3\ Gib}{24 \times 3600\ s} = \frac{1024^3}{24 \times 3600 \times 8}\ \frac{B}{s}$	Show source $...$
tebi-bits per day	Show source $\frac{Tib}{d}$	Tib/d	Show source $\text{...}$	-	Derived bandwitch unit with 1024 base. One tebi-bit per day is equivalent to transfer of one tebi-bit (1024 Tib) of information within one day (24 h). $1\ \frac{Tib}{d} = \frac{1024\ Gib}{24\ h} = \frac{1024^4\ b}{24 \times 3600\ s} = \frac{1024^4}{24 \times 3600 \times 8}\ \frac{B}{s}$	Show source $...$
pebi-bits per day	Show source $\frac{Pib}{d}$	Pib/d	Show source $\text{...}$	-	Derived bandwitch unit with 1024 base. One pebi-bit per day is equivalent to transfer of one pebi-bit (1024 Pib) of information within one day (24 h). $1\ \frac{Pib}{d} = \frac{1024\ Pib}{24\ h} = \frac{1024^5\ b}{24 \times 3600\ s} = \frac{1024^5}{24 \times 3600 \times 8}\ \frac{B}{s}$	Show source $...$

bytes per second (base 1024)#

Unit	Symbol	Symbol (plain text)	Value as symbolic	Value as numeric	Notes	Unit conversion formula
bytes per second	Show source $\frac{B}{s}$	B/s	Show source $\text{...}$	-	Derived bandwitch unit with 1024 base. One byte per second is equivalent to transfer of one byte (1B) of information within one second.	Show source $...$
kibi-bytes per second	Show source $\frac{kiB}{s}$	kiB/s	Show source $\text{...}$	-	Derived bandwitch unit with 1024 base. One kibi-byte per second is equivalent to transfer of one kibi-byte (1024 B) of information within one second. $1\ \frac{kiB}{s} = 1024\ \frac{B}{s} = 8 \times 1024\ \frac{b}{s}$	Show source $...$
mebi-bytes per second	Show source $\frac{MiB}{s}$	MiB/s	Show source $\text{...}$	-	Derived bandwitch unit with 1024 base. One mebi-byte per second is equivalent to transfer of one mebi-byte (1024 KiB) of information within one second. $1\ \frac{MiB}{s} = \frac{1024\ KiB}{s} = \frac{1024^2\ B}{s} = 8 \times 1024^2\ \frac{b}{s}$	Show source $...$
gibi-bytes per second	Show source $\frac{GiB}{s}$	GiB/s	Show source $\text{...}$	-	Derived bandwitch unit with 1024 base. One gibi-byte per second is equivalent to transfer of one gibi-byte (1024 MiB) of information within one second. $1\ \frac{GiB}{s} = \frac{1024\ MiB}{s} = \frac{1024^3\ B}{s} = 8 \times 1024^3 \frac{b}{s}$	Show source $...$
tebi-bytes per second	Show source $\frac{TiB}{s}$	TiB/s	Show source $\text{...}$	-	Derived bandwitch unit with 1024 base. One tebi-byte per second is equivalent to transfer of one tebi-byte (1024 TiB) of information within one second. $1\ \frac{TiB}{s} = \frac{1024\ GiB}{s} = \frac{1024^4\ B}{s} = 8 \times 1024^4 \frac{b}{s}$	Show source $...$
pebi-bytes per second	Show source $\frac{PiB}{s}$	PiB/s	Show source $\text{...}$	-	Derived bandwitch unit with 1024 base. One pebi-byte per second is equivalent to transfer of one pebi-byte (1024 PiB) of information within one second. $1\ \frac{PiB}{s} = \frac{1024\ PiB}{s} = \frac{1024^5\ B}{s} = 8 \times 1024^5 \frac{b}{s}$	Show source $...$

bytes per minute (base 1024)#

Unit	Symbol	Symbol (plain text)	Value as symbolic	Value as numeric	Notes	Unit conversion formula
bytes per minute	Show source $\frac{B}{m}$	B/m	Show source $\text{...}$	-	Derived bandwitch unit with 1024 base. One byte per minute is equivalent to transfer of one byte (1B) of information within one minute (60 s). $1\ \frac{B}{m} = \frac{1}{60}\ \frac{B}{s} = \frac{8}{60}\ \frac{b}{s}$	Show source $...$
kibi-bytes per minute	Show source $\frac{kiB}{m}$	kiB/m	Show source $\text{...}$	-	Derived bandwitch unit with 1024 base. One kibi-byte per minute is equivalent to transfer of one kibi-byte (1024 B) of information within one minute (60 s). $1\ \frac{kiB}{m} = \frac{1024\ B}{60\ s} = \frac{8 \times 1024}{60}\ \frac{B}{s}$	Show source $...$
mebi-bytes per minute	Show source $\frac{MiB}{m}$	MiB/m	Show source $\text{...}$	-	Derived bandwitch unit with 1024 base. One mebi-byte per minute is equivalent to transfer of one mebi-byte (1024 kiB) of information within one minute (60 s). $1\ \frac{MiB}{m} = \frac{1024\ kiB}{60\ s} = \frac{1024^2}{60}\ \frac{B}{s} = \frac{8 \times 1024^2}{60}\ \frac{B}{s}$	Show source $...$
gibi-bytes per minute	Show source $\frac{GiB}{m}$	GiB/m	Show source $\text{...}$	-	Derived bandwitch unit with 1024 base. One gibi-byte per minute is equivalent to transfer of one gibi-byte (1024 MiB) of information within one minute (60 s). $1\ \frac{GiB}{m} = \frac{1024\ MiB}{60\ s} = \frac{1024^3\ B}{60\ s} = \frac{8 \times 1024^3}{60}\ \frac{B}{s}$	Show source $...$
tebi-bytes per minute	Show source $\frac{TiB}{m}$	TiB/m	Show source $\text{...}$	-	Derived bandwitch unit with 1024 base. One tebi-byte per minute is equivalent to transfer of one tebi-byte (1024 TiB) of information within one minute (60 s). $1\ \frac{TiB}{m} = \frac{1024\ GiB}{60\ s} = \frac{1024^4\ B}{60\ s} = \frac{8 \times 1024^4}{60}\ \frac{B}{s}$	Show source $...$
pebi-bytes per minute	Show source $\frac{PiB}{m}$	PiB/m	Show source $\text{...}$	-	Derived bandwitch unit with 1024 base. One pebi-byte per minute is equivalent to transfer of one pebi-byte (1024 PiB) of information within one minute (60 s). $1\ \frac{PiB}{m} = \frac{1024\ PiB}{60\ s} = \frac{1024^5\ B}{60\ s} = \frac{8 \times 1024^5}{60}\ \frac{B}{s}$	Show source $...$

bytes per hour (base 1024)#

Unit	Symbol	Symbol (plain text)	Value as symbolic	Value as numeric	Notes	Unit conversion formula
bytes per hour	Show source $\frac{B}{h}$	B/h	Show source $\text{...}$	-	Derived bandwitch.. One byte per hour is equivalent to transfer of one byte (1B) of information within one hour (60 min.). $1\ \frac{B}{h} = \frac{1}{60}\ \frac{B}{m} = \frac{1}{3600}\ \frac{B}{s} = \frac{8}{3600}\ \frac{b}{s}$	Show source $...$
kibi-bytes per hour	Show source $\frac{kiB}{h}$	kiB/h	Show source $\text{...}$	-	Derived bandwitch unit with 1024 base. One kibi-byte per hour is equivalent to transfer of one kibi-byte (1024 B) of information within one hour (60 min.). $1\ \frac{kiB}{h} = \frac{1024\ B}{60\ m} = \frac{1024}{3600}\ \frac{B}{s} = \frac{8 \times 1024}{3600}\ \frac{B}{s}$	Show source $...$
mebi-bytes per hour	Show source $\frac{MiB}{h}$	MiB/h	Show source $\text{...}$	-	Derived bandwitch unit with 1024 base. One mebi-byte per hour is equivalent to transfer of one mebi-byte (1024 kiB) of information within one hour (60 min.). $1\ \frac{MiB}{h} = \frac{1024\ kiB}{60\ m} = \frac{1024^2}{3600}\ \frac{B}{s} = \frac{8 \times 1024^2}{3600}\ \frac{B}{s}$	Show source $...$
gibi-bytes per hour	Show source $\frac{GiB}{h}$	GiB/h	Show source $\text{...}$	-	Derived bandwitch unit with 1024 base. One gibi-byte per hour is equivalent to transfer of one gibi-byte (1024 MiB) of information within one hour (60 min.). $1\ \frac{GiB}{h} = \frac{1024\ MiB}{60\ m} = \frac{1024^3\ B}{3600\ s} = \frac{8 \times 1024^3}{3600}\ \frac{B}{s}$	Show source $...$
tebi-bytes per hour	Show source $\frac{TiB}{h}$	TiB/h	Show source $\text{...}$	-	Derived bandwitch unit with 1024 base. One tebi-byte per hour is equivalent to transfer of one tebi-byte (1024 TiB) of information within one hour (60 min.). $1\ \frac{TiB}{h} = \frac{1024\ GiB}{60\ m} = \frac{1024^4\ B}{3600\ s} = \frac{8 \times 1024^4}{3600}\ \frac{B}{s}$	Show source $...$
pebi-bytes per hour	Show source $\frac{PiB}{h}$	PiB/h	Show source $\text{...}$	-	Derived bandwitch unit with 1024 base. One pebi-byte per hour is equivalent to transfer of one pebi-byte (1024 PiB) of information within one hour (60 min.). $1\ \frac{PiB}{h} = \frac{1024\ PiB}{60\ m} = \frac{1024^5\ B}{3600\ s} = \frac{8 \times 1024^5}{3600}\ \frac{B}{s}$	Show source $...$

bytes per day (base 1024)#

Unit	Symbol	Symbol (plain text)	Value as symbolic	Value as numeric	Notes	Unit conversion formula
bytes per day	Show source $\frac{B}{d}$	B/d	Show source $\text{...}$	-	Derived bandwitch unit with 1024 base. One byte per day is equivalent to transfer of one byte (1B) of information within one day (24 h). $1\ \frac{B}{d} = \frac{1}{24}\ \frac{B}{h} = \frac{1}{24 \times 3600}\ \frac{B}{s} = \frac{8}{24 \times 3600}\ \frac{b}{s}$	Show source $...$
kibi-bytes per day	Show source $\frac{kiB}{d}$	kiB/d	Show source $\text{...}$	-	Derived bandwitch unit with 1024 base. One kibi-byte per day is equivalent to transfer of one kibi-byte (1024 B) of information within one day (24 h). $1\ \frac{kiB}{d} = \frac{1024\ B}{24\ h} = \frac{1024}{24 \times 3600}\ \frac{B}{s} = \frac{8 \times 1024}{24 \times 3600}\ \frac{B}{s}$	Show source $...$
mebi-bytes per day	Show source $\frac{MiB}{d}$	MiB/d	Show source $\text{...}$	-	Derived bandwitch unit with 1024 base. One mebi-byte per day is equivalent to transfer of one mebi-byte (1024 kiB) of information within one day (24 h). $1\ \frac{MiB}{d} = \frac{1024\ kiB}{24\ h} = \frac{1024^2}{24 \times 3600}\ \frac{B}{s} = \frac{8 \times 1024^2}{24 \times 3600}\ \frac{B}{s}$	Show source $...$
gibi-bytes per day	Show source $\frac{GiB}{d}$	GiB/d	Show source $\text{...}$	-	Derived bandwitch unit with 1024 base. One gibi-byte per day is equivalent to transfer of one gibi-byte (1024 MiB) of information within one day (24 h). $1\ \frac{GiB}{d} = \frac{1024\ MiB}{24\ h} = \frac{1024^3\ B}{24 \times 3600\ s} = \frac{8 \times 1024^3}{24 \times 3600}\ \frac{B}{s}$	Show source $...$
tebi-bytes per day	Show source $\frac{TiB}{d}$	TiB/d	Show source $\text{...}$	-	Derived bandwitch unit with 1024 base. One tebi-byte per day is equivalent to transfer of one tebi-byte (1024 TiB) of information within one day (24 h). $1\ \frac{TiB}{d} = \frac{1024\ GiB}{24\ h} = \frac{1024^4\ B}{24 \times 3600\ s} = \frac{8 \times 1024^4}{24 \times 3600}\ \frac{B}{s}$	Show source $...$
pebi-bytes per day	Show source $\frac{PiB}{d}$	PiB/d	Show source $\text{...}$	-	Derived bandwitch unit with 1024 base. One pebi-byte per day is equivalent to transfer of one pebi-byte (1024 PiB) of information within one day (24 h). $1\ \frac{PiB}{d} = \frac{1024\ PiB}{24\ h} = \frac{1024^5\ B}{24 \times 3600\ s} = \frac{8 \times 1024^5}{24 \times 3600}\ \frac{B}{s}$	Show source $...$

bits per second (base 1000)#

Unit	Symbol	Symbol (plain text)	Value as symbolic	Value as numeric	Notes	Unit conversion formula
bits per second	Show source $\frac{b}{s}$	b/s	Show source $\text{...}$	-	The basic bandwitch unit used in computer science and telecomunication. One bit per second is equivalent to transfer of one bita (1b) of information within one second.	Show source $...$
kilo-bits per second	Show source $\frac{kb}{s}$	kb/s	Show source $\text{...}$	-	Derived bandwitch unit with 1000 base. One kilo-bit per second is equivalent to transfer of one kilo-bit (1000 b) of information within one second. $1\ \frac{kib}{s} = 1000\ \frac{b}{s} = \frac{1000}{8}\ \frac{B}{s} = 128\ \frac{B}{s}$	Show source $...$
mega-bits per second	Show source $\frac{Mb}{s}$	Mb/s	Show source $\text{...}$	-	Derived bandwitch unit with 1000 base. One mega-bit per second is equivalent to transfer of one mega-bit (1000 kib) of information within one second. $1\ \frac{Mib}{s} = 1000\ \frac{kib}{s} = 1000^2\ \frac{b}{s} = \frac{1000^2}{8}\ \frac{B}{s}$	Show source $...$
giga-bits per second	Show source $\frac{Gb}{s}$	Gb/s	Show source $\text{...}$	-	Derived bandwitch unit with 1000 base. One giga-bit per second is equivalent to transfer of one giga-bit (1000 Mib) of information within one second. $1\ \frac{Gib}{s} = \frac{1000\ Mib}{s} = \frac{1000^3\ b}{s} = \frac{1000^3}{8}\ \frac{B}{s}$	Show source $...$
tera-bits per second	Show source $\frac{Tb}{s}$	Tb/s	Show source $\text{...}$	-	Derived bandwitch unit with 1000 base. One tera-bit per second is equivalent to transfer of one tera-bit (1000 Tib) of information within one second. $1\ \frac{Tib}{s} = \frac{1000\ Gib}{s} = \frac{1000^4\ b}{s} = \frac{1000^4}{8}\ \frac{B}{s}$	Show source $...$
peta-bits per second	Show source $\frac{Pb}{s}$	Pb/s	Show source $\text{...}$	-	Derived bandwitch unit with 1000 base. One peta-bit per second is equivalent to transfer of one peta-bit (1000 Pib) of information within one second. $1\ \frac{Pib}{s} = \frac{1000\ Pib}{s} = \frac{1000^5\ b}{s} = \frac{1000^5}{8}\ \frac{B}{s}$	Show source $...$

bits per minute (base 1000)#

Unit	Symbol	Symbol (plain text)	Value as symbolic	Value as numeric	Notes	Unit conversion formula
bits per minute	Show source $\frac{b}{m}$	b/m	Show source $\text{...}$	-	Derived bandwitch unit with 1000 base. One bit per minute is equivalent to transfer of one bita (1b) of information within one minute (60 s). $1\ \frac{b}{m} = \frac{1}{60}\ \frac{b}{s} = \frac{1}{60 \times 8}\ \frac{B}{s}$	Show source $...$
kilo-bits per minute	Show source $\frac{kb}{m}$	kb/m	Show source $\text{...}$	-	Derived bandwitch unit with 1000 base. One kilo-bit per minute is equivalent to transfer of one kilo-bit (1000 b) of information within one minute (60 s). $1\ \frac{kib}{m} = \frac{1000\ b}{60\ s} = \frac{1000}{60 \times 8}\ \frac{B}{s}$	Show source $...$
mega-bits per minute	Show source $\frac{Mb}{m}$	Mb/m	Show source $\text{...}$	-	Derived bandwitch unit with 1000 base. One mega-bit per minute is equivalent to transfer of one mega-bit (1000 kib) of information within one minute (60 s). $1\ \frac{Mib}{m} = \frac{1000\ kib}{60\ s} = \frac{1000^2}{60}\ \frac{B}{s} = \frac{1000^2}{60 \times 8}\ \frac{B}{s}$	Show source $...$
giga-bits per minute	Show source $\frac{Gb}{m}$	Gb/m	Show source $\text{...}$	-	Derived bandwitch unit with 1000 base. One giga-bit per minute is equivalent to transfer of one giga-bit (1000 Mib) of information within one minute (60 s). $1\ \frac{Gib}{m} = \frac{1000\ Mib}{60\ s} = \frac{1000^3\ Gib}{60\ s} = \frac{1000^3}{60 \times 8}\ \frac{B}{s}$	Show source $...$
tera-bits per minute	Show source $\frac{Tb}{m}$	Tb/m	Show source $\text{...}$	-	Derived bandwitch unit with 1000 base. One tera-bit per minute is equivalent to transfer of one tera-bit (1000 Tib) of information within one minute (60 s). $1\ \frac{Tib}{m} = \frac{1000\ Gib}{60\ s} = \frac{1000^4\ b}{60\ s} = \frac{1000^4}{60 \times 8}\ \frac{B}{s}$	Show source $...$
peta-bits per minute	Show source $\frac{Pb}{m}$	Pb/m	Show source $\text{...}$	-	Derived bandwitch unit with 1000 base. One peta-bit per minute is equivalent to transfer of one peta-bit (1000 Pib) of information within one minute (60 s). $1\ \frac{Pib}{m} = \frac{1000\ Pib}{60\ s} = \frac{1000^5\ b}{60\ s} = \frac{1000^5}{60 \times 8}\ \frac{B}{s}$	Show source $...$

bits per hour (base 1000)#

Unit	Symbol	Symbol (plain text)	Value as symbolic	Value as numeric	Notes	Unit conversion formula
bits per hour	Show source $\frac{b}{h}$	b/h	Show source $\text{...}$	-	Derived bandwitch unit with 1000 base. One bit per hour is equivalent to transfer of one bita (1b) of information within one hour (60 min.). $1\ \frac{b}{h} = \frac{1}{60}\ \frac{b}{m} = \frac{1}{3600}\ \frac{b}{s} = \frac{1}{3600 \times 8}\ \frac{B}{s}$	Show source $...$
kilo-bits per hour	Show source $\frac{kb}{h}$	kb/h	Show source $\text{...}$	-	Derived bandwitch unit with 1000 base. One kilo-bit per hour is equivalent to transfer of one kilo-bit (1000 b) of information within one hour (60 min.). $1\ \frac{kib}{h} = \frac{1000\ b}{60\ m} = \frac{1000}{3600}\ \frac{B}{s} = \frac{1000}{3600 \times 8}\ \frac{B}{s}$	Show source $...$
mega-bits per hour	Show source $\frac{Mb}{h}$	Mb/h	Show source $\text{...}$	-	Derived bandwitch unit with 1000 base. One mega-bit per hour is equivalent to transfer of one mega-bit (1000 kib) of information within one hour (60 min.). $1\ \frac{Mib}{h} = \frac{1000\ kib}{60\ m} = \frac{1000^2}{3600}\ \frac{B}{s} = \frac{1000^2}{3600 \times 8}\ \frac{B}{s}$	Show source $...$
giga-bits per hour	Show source $\frac{Gb}{h}$	Gb/h	Show source $\text{...}$	-	Derived bandwitch unit with 1000 base. One giga-bit per hour is equivalent to transfer of one giga-bit (1000 Mib) of information within one hour (60 min.). $1\ \frac{Gib}{h} = \frac{1000\ Mib}{60\ m} = \frac{1000^3\ b}{3600\ s} = \frac{1000^3}{3600 \times 8}\ \frac{B}{s}$	Show source $...$
tera-bits per hour	Show source $\frac{Tb}{h}$	Tb/h	Show source $\text{...}$	-	Derived bandwitch unit with 1000 base. One tera-bit per hour is equivalent to transfer of one tera-bit (1000 Tib) of information within one hour (60 min.). $1\ \frac{Tib}{h} = \frac{1000\ Gib}{60\ m} = \frac{1000^4\ b}{3600\ s} = \frac{1000^4}{3600 \times 8}\ \frac{B}{s}$	Show source $...$
peta-bits per hour	Show source $\frac{Pb}{h}$	Pb/h	Show source $\text{...}$	-	Derived bandwitch unit with 1000 base. One peta-bit per hour is equivalent to transfer of one peta-bit (1000 Pib) of information within one hour (60 min.). $1\ \frac{Pib}{h} = \frac{1000\ Pib}{60\ m} = \frac{1000^5\ b}{3600\ s} = \frac{1000^5}{3600 \times 8}\ \frac{B}{s}$	Show source $...$

bits per day (base 1000)#

Unit	Symbol	Symbol (plain text)	Value as symbolic	Value as numeric	Notes	Unit conversion formula
bits per day	Show source $\frac{b}{d}$	b/d	Show source $\text{...}$	-	Derived bandwitch unit with 1000 base. One bit per day is equivalent to transfer of one bita (1b) of information within one day (24 h). $1\ \frac{b}{d} = \frac{1}{24}\ \frac{b}{h} = \frac{1}{24 \times 3600}\ \frac{b}{s} = \frac{1}{24 \times 3600 \times 8}\ \frac{B}{s}$	Show source $...$
kilo-bits per day	Show source $\frac{kb}{d}$	kb/d	Show source $\text{...}$	-	Derived bandwitch unit with 1000 base. One kilo-bit per day is equivalent to transfer of one kilo-bit (1000 b) of information within one day (24 h). $1\ \frac{kib}{d} = \frac{1000\ b}{24\ h} = \frac{1000}{24 \times 3600}\ \frac{B}{s} = \frac{1000}{24 \times 3600 \times 8}\ \frac{B}{s}$	Show source $...$
mega-bits per day	Show source $\frac{Mb}{d}$	Mb/d	Show source $\text{...}$	-	Derived bandwitch unit with 1000 base. One mega-bit per day is equivalent to transfer of one mega-bit (1000 kib) of information within one day (24 h). $1\ \frac{Mib}{d} = \frac{1000\ kib}{24\ h} = \frac{1000^2}{24 \times 3600}\ \frac{B}{s} = \frac{1000^2}{24 \times 3600 \times 8}\ \frac{B}{s}$	Show source $...$
giga-bits per day	Show source $\frac{Gb}{d}$	Gb/d	Show source $\text{...}$	-	Derived bandwitch unit with 1000 base. One giga-bit per day is equivalent to transfer of one giga-bit (1000 Mib) of information within one day (24 h). $1\ \frac{Gib}{d} = \frac{1000\ Mib}{24\ h} = \frac{1000^3\ Gib}{24 \times 3600\ s} = \frac{1000^3}{24 \times 3600 \times 8}\ \frac{B}{s}$	Show source $...$
tera-bits per day	Show source $\frac{Tb}{d}$	Tb/d	Show source $\text{...}$	-	Derived bandwitch unit with 1000 base. One tera-bit per day is equivalent to transfer of one tera-bit (1000 Tib) of information within one day (24 h). $1\ \frac{Tib}{d} = \frac{1000\ Gib}{24\ h} = \frac{1000^4\ b}{24 \times 3600\ s} = \frac{1000^4}{24 \times 3600 \times 8}\ \frac{B}{s}$	Show source $...$
peta-bits per day	Show source $\frac{Pb}{d}$	Pb/d	Show source $\text{...}$	-	Derived bandwitch unit with 1000 base. One peta-bit per day is equivalent to transfer of one peta-bit (1000 Pib) of information within one day (24 h). $1\ \frac{Pib}{d} = \frac{1000\ Pib}{24\ h} = \frac{1000^5\ b}{24 \times 3600\ s} = \frac{1000^5}{24 \times 3600 \times 8}\ \frac{B}{s}$	Show source $...$

bytes per second (base 1000)#

Unit	Symbol	Symbol (plain text)	Value as symbolic	Value as numeric	Notes	Unit conversion formula
bytes per second	Show source $\frac{B}{s}$	B/s	Show source $\text{...}$	-	Derived bandwitch unit with 1000 base. One byte per second is equivalent to transfer of one byte (1B) of information within one second.	Show source $...$
kilo-bytes per second	Show source $\frac{kB}{s}$	kB/s	Show source $\text{...}$	-	Derived bandwitch unit with 1000 base. One kilo-byte per second is equivalent to transfer of one kilo-byte (1000 B) of information within one second. $1\ \frac{kiB}{s} = 1000\ \frac{B}{s} = 8 \times 1000\ \frac{b}{s}$	Show source $...$
mega-bytes per second	Show source $\frac{MB}{s}$	MB/s	Show source $\text{...}$	-	Derived bandwitch unit with 1000 base. One mega-byte per second is equivalent to transfer of one mega-byte (1000 KiB) of information within one second. $1\ \frac{MiB}{s} = \frac{1000\ KiB}{s} = \frac{1000^2\ B}{s} = 8 \times 1000^2\ \frac{b}{s}$	Show source $...$
giga-bytes per second	Show source $\frac{GB}{s}$	GB/s	Show source $\text{...}$	-	Derived bandwitch unit with 1000 base. One giga-byte per second is equivalent to transfer of one giga-byte (1000 MiB) of information within one second. $1\ \frac{GiB}{s} = \frac{1000\ MiB}{s} = \frac{1000^3\ B}{s} = 8 \times 1000^3 \frac{b}{s}$	Show source $...$
tera-bytes per second	Show source $\frac{TB}{s}$	TB/s	Show source $\text{...}$	-	Derived bandwitch unit with 1000 base. One tera-byte per second is equivalent to transfer of one tera-byte (1000 TiB) of information within one second. $1\ \frac{TiB}{s} = \frac{1000\ GiB}{s} = \frac{1000^4\ B}{s} = 8 \times 1000^4 \frac{b}{s}$	Show source $...$
peta-bytes per second	Show source $\frac{PB}{s}$	PB/s	Show source $\text{...}$	-	Derived bandwitch unit with 1000 base. One peta-byte per second is equivalent to transfer of one peta-byte (1000 PiB) of information within one second. $1\ \frac{PiB}{s} = \frac{1000\ PiB}{s} = \frac{1000^5\ B}{s} = 8 \times 1000^5 \frac{b}{s}$	Show source $...$

bytes per minute (base 1000)#

Unit	Symbol	Symbol (plain text)	Value as symbolic	Value as numeric	Notes	Unit conversion formula
bytes per minute	Show source $\frac{B}{m}$	B/m	Show source $\text{...}$	-	Derived bandwitch unit with 1000 base. One byte per minute is equivalent to transfer of one byte (1B) of information within one minute (60 s). $1\ \frac{B}{m} = \frac{1}{60}\ \frac{B}{s} = \frac{8}{60}\ \frac{b}{s}$	Show source $...$
kilo-bytes per minute	Show source $\frac{kB}{m}$	kB/m	Show source $\text{...}$	-	Derived bandwitch unit with 1000 base. One kilo-byte per minute is equivalent to transfer of one kilo-byte (1000 B) of information within one minute (60 s). $1\ \frac{kiB}{m} = \frac{1000\ B}{60\ s} = \frac{8 \times 1000}{60}\ \frac{B}{s}$	Show source $...$
mega-bytes per minute	Show source $\frac{MB}{m}$	MB/m	Show source $\text{...}$	-	Derived bandwitch unit with 1000 base. One mega-byte per minute is equivalent to transfer of one mega-byte (1000 kiB) of information within one minute (60 s). $1\ \frac{MiB}{m} = \frac{1000\ kiB}{60\ s} = \frac{1000^2}{60}\ \frac{B}{s} = \frac{8 \times 1000^2}{60}\ \frac{B}{s}$	Show source $...$
giga-bytes per minute	Show source $\frac{GB}{m}$	GB/m	Show source $\text{...}$	-	Derived bandwitch unit with 1000 base. One giga-byte per minute is equivalent to transfer of one giga-byte (1000 MiB) of information within one minute (60 s). $1\ \frac{GiB}{m} = \frac{1000\ MiB}{60\ s} = \frac{1000^3\ B}{60\ s} = \frac{8 \times 1000^3}{60}\ \frac{B}{s}$	Show source $...$
tera-bytes per minute	Show source $\frac{TB}{m}$	TB/m	Show source $\text{...}$	-	Derived bandwitch unit with 1000 base. One tera-byte per minute is equivalent to transfer of one tera-byte (1000 TiB) of information within one minute (60 s). $1\ \frac{TiB}{m} = \frac{1000\ GiB}{60\ s} = \frac{1000^4\ B}{60\ s} = \frac{8 \times 1000^4}{60}\ \frac{B}{s}$	Show source $...$
peta-bytes per minute	Show source $\frac{PB}{m}$	PB/m	Show source $\text{...}$	-	Derived bandwitch unit with 1000 base. One peta-byte per minute is equivalent to transfer of one peta-byte (1000 PiB) of information within one minute (60 s). $1\ \frac{PiB}{m} = \frac{1000\ PiB}{60\ s} = \frac{1000^5\ B}{60\ s} = \frac{8 \times 1000^5}{60}\ \frac{B}{s}$	Show source $...$

bytes per hour (base 1000)#

Unit	Symbol	Symbol (plain text)	Value as symbolic	Value as numeric	Notes	Unit conversion formula
bytes per hour	Show source $\frac{B}{h}$	B/h	Show source $\text{...}$	-	Derived bandwitch.. One byte per hour is equivalent to transfer of one byte (1B) of information within one hour (60 min.). $1\ \frac{B}{h} = \frac{1}{60}\ \frac{B}{m} = \frac{1}{3600}\ \frac{B}{s} = \frac{8}{3600}\ \frac{b}{s}$	Show source $...$
kilo-bytes per hour	Show source $\frac{kB}{h}$	kB/h	Show source $\text{...}$	-	Derived bandwitch unit with 1000 base. One kilo-byte per hour is equivalent to transfer of one kilo-byte (1000 B) of information within one hour (60 min.). $1\ \frac{kiB}{h} = \frac{1000\ B}{60\ m} = \frac{1000}{3600}\ \frac{B}{s} = \frac{8 \times 1000}{3600}\ \frac{B}{s}$	Show source $...$
mega-bytes per hour	Show source $\frac{MB}{h}$	MB/h	Show source $\text{...}$	-	Derived bandwitch unit with 1000 base. One mega-byte per hour is equivalent to transfer of one mega-byte (1000 kiB) of information within one hour (60 min.). $1\ \frac{MiB}{h} = \frac{1000\ kiB}{60\ m} = \frac{1000^2}{3600}\ \frac{B}{s} = \frac{8 \times 1000^2}{3600}\ \frac{B}{s}$	Show source $...$
giga-bytes per hour	Show source $\frac{GB}{h}$	GB/h	Show source $\text{...}$	-	Derived bandwitch unit with 1000 base. One giga-byte per hour is equivalent to transfer of one giga-byte (1000 MiB) of information within one hour (60 min.). $1\ \frac{GiB}{h} = \frac{1000\ MiB}{60\ m} = \frac{1000^3\ B}{3600\ s} = \frac{8 \times 1000^3}{3600}\ \frac{B}{s}$	Show source $...$
tera-bytes per hour	Show source $\frac{TB}{h}$	TB/h	Show source $\text{...}$	-	Derived bandwitch unit with 1000 base. One tera-byte per hour is equivalent to transfer of one tera-byte (1000 TiB) of information within one hour (60 min.). $1\ \frac{TiB}{h} = \frac{1000\ GiB}{60\ m} = \frac{1000^4\ B}{3600\ s} = \frac{8 \times 1000^4}{3600}\ \frac{B}{s}$	Show source $...$
peta-bytes per hour	Show source $\frac{PB}{h}$	PB/h	Show source $\text{...}$	-	Derived bandwitch unit with 1000 base. One peta-byte per hour is equivalent to transfer of one peta-byte (1000 PiB) of information within one hour (60 min.). $1\ \frac{PiB}{h} = \frac{1000\ PiB}{60\ m} = \frac{1000^5\ B}{3600\ s} = \frac{8 \times 1000^5}{3600}\ \frac{B}{s}$	Show source $...$

bytes per day (base 1000)#

Unit	Symbol	Symbol (plain text)	Value as symbolic	Value as numeric	Notes	Unit conversion formula
bytes per day	Show source $\frac{B}{d}$	B/d	Show source $\text{...}$	-	Derived bandwitch unit with 1000 base. One byte per day is equivalent to transfer of one byte (1B) of information within one day (24 h). $1\ \frac{B}{d} = \frac{1}{24}\ \frac{B}{h} = \frac{1}{24 \times 3600}\ \frac{B}{s} = \frac{8}{24 \times 3600}\ \frac{b}{s}$	Show source $...$
kilo-bytes per day	Show source $\frac{kB}{d}$	kB/d	Show source $\text{...}$	-	Derived bandwitch unit with 1000 base. One kilo-byte per day is equivalent to transfer of one kilo-byte (1000 B) of information within one day (24 h). $1\ \frac{kiB}{d} = \frac{1000\ B}{24\ h} = \frac{1000}{24 \times 3600}\ \frac{B}{s} = \frac{8 \times 1000}{24 \times 3600}\ \frac{B}{s}$	Show source $...$
mega-bytes per day	Show source $\frac{MB}{d}$	MB/d	Show source $\text{...}$	-	Derived bandwitch unit with 1000 base. One mega-byte per day is equivalent to transfer of one mega-byte (1000 kiB) of information within one day (24 h). $1\ \frac{MiB}{d} = \frac{1000\ kiB}{24\ h} = \frac{1000^2}{24 \times 3600}\ \frac{B}{s} = \frac{8 \times 1000^2}{24 \times 3600}\ \frac{B}{s}$	Show source $...$
giga-bytes per day	Show source $\frac{GB}{d}$	GB/d	Show source $\text{...}$	-	Derived bandwitch unit with 1000 base. One giga-byte per day is equivalent to transfer of one giga-byte (1000 MiB) of information within one day (24 h). $1\ \frac{GiB}{d} = \frac{1000\ MiB}{24\ h} = \frac{1000^3\ B}{24 \times 3600\ s} = \frac{8 \times 1000^3}{24 \times 3600}\ \frac{B}{s}$	Show source $...$
tera-bytes per day	Show source $\frac{TB}{d}$	TB/d	Show source $\text{...}$	-	Derived bandwitch unit with 1000 base. One tera-byte per day is equivalent to transfer of one tera-byte (1000 TiB) of information within one day (24 h). $1\ \frac{TiB}{d} = \frac{1000\ GiB}{24\ h} = \frac{1000^4\ B}{24 \times 3600\ s} = \frac{8 \times 1000^4}{24 \times 3600}\ \frac{B}{s}$	Show source $...$
peta-bytes per day	Show source $\frac{PB}{d}$	PB/d	Show source $\text{...}$	-	Derived bandwitch unit with 1000 base. One peta-byte per day is equivalent to transfer of one peta-byte (1000 PiB) of information within one day (24 h). $1\ \frac{PiB}{d} = \frac{1000\ PiB}{24\ h} = \frac{1000^5\ B}{24 \times 3600\ s} = \frac{8 \times 1000^5}{24 \times 3600}\ \frac{B}{s}$	Show source $...$

other units#

Unit	Symbol	Symbol (plain text)	Value as symbolic	Value as numeric	Notes	Unit conversion formula
CD drive speed	Show source $xCD$	xCD	Show source $\text{...}$	-	The bandwith of single speed CD-ROM drive, which is equal to transfer of 150 kibi-bits per second (150 kib/s)	Show source $...$
DVD drive speed	Show source $xDVD$	xDVD	Show source $\text{...}$	-	The bandwith of single speed DVD-ROM drive, which is equal to transfer of 1344 kibi-bits per second (1344 kib/s)	Show source $...$
Blu-ray drive speed	Show source $xBD$	xBD	Show source $\text{...}$	-	The bandwith of single speed BD-ROM drive (Blu-ray), which is equal to transfer of 36 mebi-bits per second (36 Mib/s)	Show source $...$
ISA bus speed	Show source $ISA$	ISA	Show source $\text{...}$	-	The bandwith of ISA bus, which is equal to transfer of 8 mebi-bytes per second (8 MiB/s)	Show source $...$
PCI bus speed	Show source $PCI$	PCI	Show source $\text{...}$	-	The bandwith of ISA bus, which is equal to transfer of 133 mebi-bytes per second (133 MiB/s)	Show source $...$
PCI v2.1 bus speed	Show source $PCIv2$	PCIv2	Show source $\text{...}$	-	The bandwith of PCI version 2.1 bus, which is equal to transfer of 266 mebi-bytes per second (266 MiB/s)	Show source $...$
AGP x1 bus speed	Show source $AGPx1$	AGPx1	Show source $\text{...}$	-	The bandwith of AGPx1 bus, which is equal to transfer of 266 mebi-bytes per second (266 MiB/s)	Show source $...$
AGP x2 bus speed	Show source $AGPx2$	AGPx2	Show source $\text{...}$	-	The bandwith of AGPx2 bus, which is equal to transfer of 533 mebi-bytes per second (533 MiB/s)	Show source $...$
AGP x4 bus speed	Show source $AGPx4$	AGPx4	Show source $\text{...}$	-	The bandwith of AGPx4 bus, which is equal to transfer of 1066 mebi-bytes per second (1066 MiB/s)	Show source $...$
AGP x8 bus speed	Show source $AGPx8$	AGPx8	Show source $\text{...}$	-	The bandwith of AGPx8 bus, which is equal to transfer of 2133 mebi-bytes per second (2133 MiB/s)	Show source $...$
PCIe x1 bus speed	Show source $PCIex1$	PCIex1	Show source $\text{...}$	-	The bandwith of PCI-express x1 bus, which is equal to transfer of 250 mebi-bytes per second (250 MiB/s)	Show source $...$
PCIe x16 bus speed	Show source $PCIex16$	PCIex16	Show source $\text{...}$	-	The bandwith of PCI-express x16 bus, which is equal to transfer of 4 gebi-bytes per second (4 GiB/s)	Show source $...$

Some facts#

Bandwidth determines maximum amount of information (measured in bits, bytes or derived units), which can be transmitted in time unit (eg. seconds or minutes). Bandwidth term has sense wherever there is a flow of information (eg. via internet connection).
With the development of digital technology, it turned out that in some situations, it seems more natural to use units created over 1024 base (binary) instead of common SI units - created over 1000 base (decimal). However, many people still use SI units while they are thinking about binary equivalents. It's worth to say, that it's formally incorrect.

How to convert#

Enter the number to field "value" - enter the NUMBER only, no other words, symbols or unit names. You can use dot (.) or comma (,) to enter fractions.
Examples:
- 1000000
- 123,23
- 999.99999
Find and select your starting unit in field "unit". Some unit calculators have huge number of different units to select from - it's just how complicated our world is...
And... you got the result in the table below. You'll find several results for many different units - we show you all results we know at once. Just find the one you're looking for.

Tags and links to this website#

Tags:

bandwidth · bitrate · network_throughput · bandwidth_units_converter

Tags to Polish version:

przepustowosc · transfer · szybkosc_lacza · konwerter_jednostki_przepustowosci_lacza

What tags this calculator has#

CONVERTER · UNITS · IT/COMPUTERS · A -> Z (all)

Permalink#

This is permalink. Permalink is the link containing your input data. Just copy it and share your work with friends:

https://calculla.com/bandwidth?inUnitId=Mib_s_1024&inValue=$symbolic(1)&inPrecision=9

Links to external sites (leaving Calculla?)#

Ancient version of this site - links#

In December 2016 the Calculla website has been republished using new technologies and all calculators have been rewritten. Old version of the Calculla is still available through this link: v1.calculla.com. We left the version 1 of Calculla untouched for archival purposes.
Direct link to the old version: "Calculla v1" version of this calculator