MICROPROCESSOR AND MICROCONTROLLER

Detailed explanation-1: -That can happen especially if two packets follow different paths to the destination. Packets can be corrupted, which means that for some reason, the received data no longer matches the originally sent data. Packets can be lost due to problems in the physical layer or in routers’ forwarding tables.

Detailed explanation-2: -The causes of packet loss include inadequate signal strength at the destination, natural or human-made interference, excessive system noise, software corruption or overburdened network nodes. Often more than one of these factors is involved. Additional causes include the following: Network congestion.

Detailed explanation-3: -Packet loss occurs when network congestion, hardware issues, software bugs, and a number of other factors cause dropped packets during data transmission. Packet loss sits in the trio of two other major network performance complications: latency, and jitter.

Detailed explanation-4: -Different paths can be used to route packets to their destination. This process is known as packet switching. If an error occurs, the packets can be stored and retransmitted later. Packets use the best route available for delivery.

Detailed explanation-5: -The most common cause of packet loss on a network is overloaded network devices. Switches and routers will drop data packets if they cannot process them in time. Other major packet loss causes include faulty equipment and cabling.