(1) The same connection could also carry 640, 000 bits per second from the user to the Internet.

(2) The measure of data transmission speed; a thousand bits per second.

(3) An estimate of the current bandwidth in bits per second.

(4) Bits per second a way of quantifying data transmission throughput. It is the number of pieces of information (bits) transmitted or received per second.

(5) Low-power wireless networks transmitting 250,000 bits per second to each station will eventually be available commercially.

(6) Even 100 bits per second would be of great use to stroke victims who would otherwise be confined to menu-driven interfaces.

(7) Measured in bits per second per square meter, it is a gauge of "data intensity" in much the same way that lumens per square meter determines the illumination intensity of a light fixture.

(8) It can receive optical information signals at 40Gbps (billion bits per second) and simultaneously multiply them tenfold.

(9) The Internet2 backbone in the U.S. is at 10 billion bits per second, that’s 300,000 times faster than the connection you have at home.

(10) The communications capacity of a digital network is measured in terms bits per second.

(11) And this is expected to reach 10 or 20 bits per second per Hertz in years to come.

(12) Compare this number with the estimated equivalent of the human brain, which is about 1016 bits per second, or a trillion, trillion times smaller.

(13) The universal serial bus (USB) is a new standard that supports data transfer rates of up to 12 million bits per second.

(14) Assuming the Sampling Theorem is obeyed, what is the minimum rate of transmission of binary pulses [http:///bits per second.html], (which is) expressed in bits per second ?

(15) A hair - thin fiber is capable of transmitting trillions of bits per second.

(16) Take the fastest 3G network today, which can support a download speed of 21 mega bits per second.

(17) Bandwidth is the ability to move bits, broadband to move many bits per second.