The number of bits a modem can transmit per second, known as its baud rate or bitrate, varies significantly depending on the technology used. For example, traditional dial-up modems typically transmit at speeds of 56 kilobits per second (Kbps), while modern broadband modems can achieve speeds ranging from several megabits per second (Mbps) to gigabits per second (Gbps). The specific transmission rate is influenced by factors such as the modem type, connection quality, and network conditions.
A 56k modem can transmit data at a maximum speed of 56 kilobits per second (kbps). This translates to 56,000 bits per second. However, due to various factors such as line quality and protocol overhead, the actual speeds may be lower in practice.
1024 bits
I don't know how many characters there are in a set of encyclopedias, so let'smake one up:Let's say the set of books has 10,000 pages (average of about 385 pages for eachletter of the alphabet), and each page has an average of 2,000 characters printedon it.We won't worry about pictures, weird fonts, or symbols right now. Just 10,000 pages,with 2,000 characters on each page. That's 20 million characters all together.-- It takes 8 bits to transmit one ASCII character.-- So we'll need to transmit 160 million bits.-- At 1.544 Mbps, 160 million bits takes 103.63 seconds = 1minute 43.6seconds.-- At 2.488 Gbps, 160 million bits takes 0.0643 of one second.
You will need many discrete bits. The number goes up because of the high number of amplitude levels.
eight bits are in a dollar
A 56k modem can transmit data at a maximum speed of 56 kilobits per second (kbps). This translates to 56,000 bits per second. However, due to various factors such as line quality and protocol overhead, the actual speeds may be lower in practice.
The speed at which data is transferred using a modem is called the "baud rate" or "bit rate." It is typically measured in bits per second (bps) and indicates how many bits are transmitted in one second. This speed can vary depending on the type of modem and the quality of the connection. Higher baud rates generally allow for faster data transmission.
Baud Width is an outdated Internet term. It refers to how many bits in a baud a modem can send per second. A baud is actually a pulse and carries a certain amount of bits per pulse. Nowadays its much simpler to refer to bits per second (BPS) since this is what Internet users wish to know; verses how many bits in a baud [pulse], and how many of these bauds are put out in a second.
To determine the bits per second (bps) a modem can achieve at 1200 baud, you need to consider the modulation technique used. For example, if the modem uses binary modulation (2-level), it can achieve 1200 bps (1 bit per baud). However, if it employs higher-level modulation schemes, such as quadrature amplitude modulation (QAM), it can transmit multiple bits per baud, potentially achieving higher speeds (e.g., 2400 bps with 2 bits per baud). Therefore, the bps can vary significantly based on the modulation method applied.
512x512x1 (256 = 2^8 = 1byte) * 8 (convert to bits) / 300 bits per second = 6990.50(6) seconds.
I have this same question and don't know it, please answer.
If the bus frequency is one gigahertz (GHz), it means it can transmit one billion cycles per second. Considering each cycle can transfer one bit, the bus can transfer one billion bits per second or 1 gigabit per second (Gbps).
2 MB per second equals 16,777,215.9 bits per second.
It has been offered that: "8000000000 bits are there in 1000Mbps." However, this is not correct. Each M is 1,000,000 bits, so 1,000 M is 1,000 x 1,000,000 or 1,000,000,000 bits per second. Be careful if talking about MBytes of memory, which is 8 times as many bits. Thus, to transmit 1MB of memory at 1 Mbps would take at least 8 seconds (not including protocol overhead and errors requiring retransmission).
An 8 bit processor can transmit one letter at a time. In the ASCII code, each of the first 127 combinations of bits has a special standard meaning. The last 127 is given a special meaning. So an an 8 bit processor can transmit 256 bits at a time. An A is 65 bits. A 16 bit processor can transmit two letters at a time. A B is 66 bits. An E is 69 bits. It can transmit a B and an E. By definition that is considered a word. A difference exists between the way computer people use the language and normal people use it. Actually, a piece of equipment called a bus attached to the processor does the actual transmitting.
In order to know how many bits/second there are in 1 frame/second, you need to know how many bits are in that frame. In a typical asychronous serial protocol with 8 bits per frame, the bit rate would be 0.125 bits/second. If you are talking the IP network layer of TCP/IP, then the frame size is very dependent on the underlying message payload and headers.The original question, by the way, is invalid. Its asks "how many bits does...", but it should have asked "how manys bits per second does...".
Serial ports transmit data one bit at a time, which is why they are becoming obsolete.