Microcomputer bus interface: responsible for communicating with the computer's motherboard or other buses, ensuring that the network adapter can be recognized and accessed by the computer.
Sending and receiving data cache: It is used to temporarily store the data sent and received to ensure the stability and reliability of the data during transmission.
Procedure processing chip: responsible for processing various protocols and rules in network communication to ensure the correct encapsulation and resolution of data packets.
Line coding: Converts digital signals into signal forms suitable for transmission in the network to ensure signal stability and anti-interference ability.
Voltage conversion: Convert the voltage inside the computer into a voltage suitable for network transmission to ensure the compatibility and stability of the signal.
In addition, the network adapter contains the following features and technical parameters:
Bandwidth: Indicates the rate at which the network adapter transmits data. Common bandwidths include 10Mbit/s, 100Mbit/s, and 1000Mbit/s.
Bus mode: such as ISA, EISA, PCI, etc., different bus modes will affect the performance and compatibility of network adapters.
Electrical interface mode: such as AUI, BNC, RJ-45, etc., different interface modes are suitable for different transmission media.
