Ping Size Chart

The Ping Size Chart provides information on the common usage, maximum throughput, and suitability of different ping sizes, ranging from the default sizes in Windows and Unix/Linux systems to larger sizes for diagnosing network issues, with the maximum allowable ICMP Echo Request payload being highly variable depending on network conditions.
Ping Size (bytes) Common Usage Maximum Throughput (without fragmentation)
32 Default size in Windows OS Low
56 Default size in Unix/Linux systems Low
64 Minimum size observed in Internet Low
128 Extended check over minimal Moderate
256 Better for diagnosing network issues Moderate
512 Higher detail network diagnosis Moderate to High
1024 Large size for thorough tests High
1500 Maximum Ethernet MTU (Most cases) High
65507 Maximum allowable ICMP Echo Request payload Varies greatly depending on network conditions

The Ping Size Chart provides information about different ping sizes and their common usage, as well as the maximum throughput achievable without fragmentation. The chart includes various ping sizes ranging from 32 bytes to 65507 bytes, along with descriptions of their purposes and the corresponding level of throughput. This chart can be useful for network administrators and technicians in understanding the implications of using different ping sizes for network diagnosis and testing purposes.


What is a ping size chart?

A ping size chart is a graphical representation that shows the relationship between the size of a network packet (ping) and the round-trip time it takes for the packet to reach its destination and return to the sender.

Why is a ping size chart useful?

A ping size chart is useful for network administrators and IT professionals as it helps them optimize network performance by finding the ideal packet size that yields the lowest latency and highest throughput.

How is a ping size chart created?

To create a ping size chart, network administrators typically send a series of pings to the destination with varying packet sizes and measure the round-trip time for each ping. The results are then plotted on a graph, which forms the ping size chart.

What does a typical ping size chart look like?

A typical ping size chart consists of a graph with packet size on the x-axis and round-trip time (in milliseconds) on the y-axis. The chart often shows a curve that reaches a certain point where increasing the packet size results in diminishing returns or increased latency.

How can a ping size chart help diagnose network issues?

By analyzing a ping size chart, network administrators can identify abnormal latency patterns, determine the maximum packet size their network can handle without performance degradation, and troubleshoot potential bottlenecks in the network infrastructure.

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We have not conducted any studies ourselves. Our article provides a summary of all the statistics and studies available at the time of writing. We are solely presenting a summary, not expressing our own opinion. We have collected all statistics within our internal database. In some cases, we use Artificial Intelligence for formulating the statistics. The articles are updated regularly.

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