Ip packet sender
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If the number of packets overwhelms any receiver, try a lower value.
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However, if slow receivers report dataloss, then consider tuning the packet send limit (see the next item). Packet switching header - this includes the senders and recipients IP addresses, the packet number, the total number of packets the message contains, plus. For best results in most situations, set the packet send limit to zero. When an application sends batches of several messages in its send calls, it is probably already using UDP bandwidth efficiently.(This sending parameter has no effect at the receiving end.) Tune the packet send limit parameter on the senders’ transports.When an inbound packet arrives, the cost of the NIC interrupt is independent of the size of the data in the packet. Hardware limits on the number of NIC I/O interrupts translate into limits on the receiver’s inbound message rate. However, even if the data send rate is low, a high packet send rate can still overwhelm a receiver. Limiting the packet send rate also limits the data send rate (bytes per second), because the data send rate varies with the packet rate and the data sizes of the packets. To prevent these scenarios, you can limit the rate at which sending programs transmit UDP packets to the network.Īdministrators can empirically tune the flow of data packets from sending programs by adjusting the packet send limit, which is a required property of UDP-based transports. With UDP-based transports such as multicast, fast sending programs can overwhelm slower receiving programs, which could result in retransmission-related latency, extra resource consumption of CPU cycles and network bandwidth, retransmission storms, or data loss. Sets values for any testing field Supports most protocols, including IPv4 & 6, IP-in-IP, tunneling, stateless TCP, WLAN, Ethernet, and more Accessible via.