It is impossible to answer that question.
On the other hand if you assume this:
- Baud rate = symbol rate
- Bit rate = bits per second
The following formula is valid:
Baud rate = bit rate / 10
If 1024 QAM is used.
Baud rate is defined as the number of bits transmitted per sec.
Baud rate is the number of samples per second. Data transfer rate is the number of bits per second. Since the analog phone line can have more than two values at any one sample, this translates to more bits per second than baud.There is a tendency to confuse baud rate with data rate. The two terms are not always the same.
600 bauds per second
The speed of any type of digital data transmission can be measured in baud. However this unit is usually applied only to serial communication channels carried via a single line (thus can only have one state at each point in time). While this unit is not usually applied to parallel communication channels carried via multiple lines (thus can have a different state on each of these lines at each point in time, making the actual baud rate of the channel the number of lines multiplied by the baud rate of one line).Baud = state changes per second. Not bits per second!!An example is the telephone modem. Because the bandwidth of a telephone signal is limited to 3KHz, the maximum possible speed is 2400 baud. However much higher bit per second rates are possible by using very complicated states (e.g. different signal amplitudes, different signal phases) and sometimes data compression algorithms.For example with 4 different amplitudes and 4 different phases that can be used to represent a state, 16 different states (4 bits) can be transmitted for each baud. This would allow a telephone modem (limited to 2400 baud by the bandwidth limitation of the telephone line) to transmit 9600 bits per second.For example with 8 different amplitudes and 8 different phases that can be used to represent a state, 256 different states (8 bits, 1 byte) can be transmitted for each baud. This would allow a telephone modem (limited to 2400 baud by the bandwidth limitation of the telephone line) to transmit 19200 bits per second.
Baud is the number of symbols per second. So if you have a parallel interface where the 8 bits are sent together, I guess 300 bytes per second equates to about 300 baud. With a serial interface, where each of the 8 bits is sent one after the other, extra start/stop bits are usually inserted between the 8 data bits, I guess 300 bytes per second equates to about 3000 baud. Baud is the number of changes per second. Since computers use binary number to store information, the baud rate is directly equivalent to the number of bits sent per second. Specifically, in an ASCII character set 8 bits are used to represent a character, 300 bits per second would equate to 37.5 characters per second which in turn is 2250 characters per minute. (just under 2 kilobytes per minute assuming no error correction overheads).
baud rate generator is a frequency divider
Basically the baud rate can never be greater than the bit rate. Baud rate can only be equal or less than the bit rate. However, there are instances that baud rate maybe greater than the bit rate. In Return-to-zero or Manchester encoding, where there are two signaling elements, the baud rate is twice the bit rate and therefore requires more bandwidth.
baud rate = symbol rate= modulation rate all the same thing
whats the baud rate of the modem of the computer
Baud rate is defined as the number of bits transmitted per sec.
To change the baud rate on the Epson FX-890 printer, you need to access the printer's setup menu. Press the "Menu" button, navigate to the "Interface" or "Communication" settings, and select the "Baud Rate" option. From there, you can choose the desired baud rate from the available options. After making the selection, save the changes and exit the menu.
Baud rate refers to the number of signal changes or symbols transmitted per second in a communication channel. In the case of a 4-level binary signal, each symbol can represent 2 bits of information (since 4 levels correspond to (2^2)). Therefore, the baud rate can be calculated by dividing the bit rate by the number of bits per symbol. For example, if the bit rate is 1000 bits per second, the baud rate would be 500 baud, as there are 2 bits per symbol.
The baud rate measures the number of times the transmission medium can change its state in one second, which is the number of discrete signals in a given second. Baud rate is the speed of transmission when using modems over telephone lines.
baud rate is the rate of symbol changes...symbol can be of 1 bit, 2 bit , 3 bit etc.... Where as frequency is the inverse of rate of lowest unit in a digital transimission...
bit rate is half the baud rate
Although QPSK (quadrature phase shift keying) refers to an instance when two bits are processed at once, this does not mean that the actual bit rate is twice that of the baud rate.
Baud rate is the measure of how many times per second a signal makes a transition between two different states. The state of the signal can be a measurement of frequency, voltages, or phase angles to name a few. The Baud defines the number of signal events that occur in a transmitted signal.