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What expansion slot sends data serially over one or more lanes?

The type of expansion slot that uses "lanes" to send data serially is called PCI Express. It is much faster than the older PCI slot. PCI Express slots and devices have the ability to use a differing number of lanes, albeit at a slower rate than if both have the same number. For instance, a 1-lane device can be plugged into a 16-lane socket, or a 4 or 8-lane socket could be modified to let the unused lanes of a 16-lane card hang over the edge, and the card would likely still work. In fact, a number of 16-lane slots really are 8-lane slots as far as the way they are wired.


Which expansion bus uses lanes to transfer data?

display


Which expansion slot uses inbound and outbound data channels called lanes?

The expansion slot that uses inbound and outbound data channels called lanes are PCIe. The expansion slot that has replaced the Accelerated Graphics Port on all new motherboards are PCIe.


Which expansion slot uses inbound and outbound data channels called lanes in computing?

pci


In addition to RS-232 two additional ways to transfer data serially SPI and I2C what is it?

in addition to the 2 you mentioned there there are numerous other ways to transfer data serially, but the main I think would be USB.


How many clock pulses are required to enter a byte of data serially into an 8 bit shift register?

8


One of the nine pins on a serial port transmits data in a sequence of bits and a second pin receives data?

RS232 DB9 connectors Receives data serially from Pin No. 2 & Transmits data from Pin No.3.


What sends data to CPU?

Through buses.


Which data communication term refers to a router that sends and receives information on a network?

node data data


When a computer sends data over the internet the data is divided into small pieces or?

packets


What is the purpose of uart?

UART Universal Asynchronous Receiver-Transmitter


To serially shift a nibble of data into a shift register there must be?

To serially shift a nibble of data into a shift register, there must be a clock signal to synchronize the shifting process. Each bit of the nibble is shifted in one at a time, typically starting from the least significant bit (LSB) to the most significant bit (MSB). Additionally, a data input line is required to provide the bits, and a control signal may be needed to indicate when the shifting should occur. Finally, the shift register must be properly configured to accept the incoming data.