Sure, it'll have some mighty surprising transfer rates, but everything will still work properly.

For the usual mirror of two disks, this would, in theory, double the transfer rate when reading.

The 8411 has a transfer rate of 156K bytes per second.

Its transfer rate to four year universities is 49% compared to the state average of 27%.

That's not quite accurate, because no doubt it will achieve much lower transfer rates.

That is still much slower than your computer's transfer rate, but it would be enough to send back more detailed images of the Mars surface.

Seek times and transfer rates vary depending upon the optical technology.

In both these schemes contiguous bit transfer rates are constant.

Thus the actual transfer rate of user data is lower than those peak bit rates alone would imply.

It provides a transfer rate probably similar to that of Turbo232, limited to 57.8 kbit/s for most software.

It hasn't got the bandwidth or the baud rate, poor thing, much less the storage capacity.

The baud rate is 4,000 symbols per second on each subcarrier.

The system accommodates baud rates of 300, 1200, 2300, 9600 or 14400.

Bluetooth 4.0 provides low power conception with higher baud rate.

Thus, the data rate is four times the baud rate.

The baud rate measures the speed that data flows through a line.

Systems employ either one of the two baud rates.

With the chosen baud rate and data format each character is approximately 1.04mS in duration.

Symbolrate The baud rate is the number of transmitted tones per second.

Thus, the maximum fundamental frequency is reduced to one fourth of the baud rate.