Question

drag each bus type on the left to the appropriate characteristic on the right. (you can use a bus type more than once.)
keyboard instructions
drag
drop
peripheral component interconnect (pci)
the cpu and bus can process concurrently.
replaced isa and vesa bus standards.
pci express (pcie)
each bus slot routes data through a point - to - point dedicated connection.
pci express (pcie)
agp
typically used for network cards, usb cards, and sound cards.
peripheral component interconnect (pci)
amr
a dedicated bus type used by dedicated video cards.
agp
attaches to the motherboard to allow additional cards to be installed.
peripheral component interconnect (pci)
data rates depend on the protocol version and number of transmission lines.

Explanation:

1. PCI allows the CPU and bus to process concurrently and is used for adding additional cards like network, USB, and sound cards and attaches to the motherboard for card - installation. It replaced ISA and VESA bus standards.
2. PCIe has each bus slot routing data through a point - to - point dedicated connection and its data rates depend on the protocol version and number of transmission lines.
3. AGP is a dedicated bus type for dedicated video cards.
4. AMR is not mentioned in the above characteristics.

Answer:

• The CPU and bus can process concurrently., Replaced ISA and VESA bus standards.: Peripheral Component Interconnect (PCI)
• Each bus slot routes data through a point - to - point dedicated connection.: PCI Express (PCIe)
• Typically used for network cards, USB cards, and sound cards: Peripheral Component Interconnect (PCI)
• A dedicated bus type used by dedicated video cards.: AGP
• Attaches to the motherboard to allow additional cards to be installed.: Peripheral Component Interconnect (PCI)
• Data rates depend on the protocol version and number of transmission lines.: PCI Express (PCIe)