The benefits of routinely conducting ping sweeps are numerous. When pinging, IT professionals receive information about their network: the status of all devices, the latency rate of network requests, the percentage of data packet loss, and more.
Because of this, it is important to understand the history of ping and how the ping utility works. I also emphasize the importance of using ping monitor software like Engineer’s ToolsetTM to enhance the ping capabilities of your network and ensure reliable network performance.
In case you are looking for bulk pings, take a look at the bulklink.org website. BulkLink is a BackLink Generator and Ping Service. It passively assists in Google indexing for websites.
What is Ping?
Ping is an essential component of network management, monitoring the availability of devices, network latency, and packet loss within a network. The ping utility is generally used by network administrators. Ping is a feature found on most PCs that ensures all devices with an IP address on the network are online – so, pinging certifies that all devices are online, running at speed, and available. An administrator can ping an IP address individually, or they can perform a ping sweep, pinging a broad range of addresses (perhaps the entire network) to get a holistic overview of network resource availability.
The Pinging Process
It uses echolocation, similar to a sonar, and was developed in 1983 by Mike Muuss. The “ping” is a data packet sent to an IP address. The data packet is routed through the network’s switches and routers to arrive at the device with the specified address. Upon receipt of the packet, the pinged device sends a response – called a “pong.”
If the host that sent out the ping receives the pong, it can determine the network latency either by timing the rate of data transfer or by monitoring the gap between the outbound ping transmission and the inbound pong transmission (much like a bat can determine the distance of an object by measuring the reflection of its echoes). A ping that doesn’t receive a response times out, and the device that sent it receives an error message.
Here’s How to Ping an IP Address
Administrators can execute the ping command from the command line in most operating systems (OS). While ping itself is limited in its functionality – it cannot perform network management or tracking tasks – IT professionals or DIY network administrators should be able to utilize it to check on a single address or to take a snapshot of the network’s devices.
Take The Following Steps To Ping An Ip Address.
Open the command-line interface. Users of Windows can search for “cmd” in the Start taskbar search field or on the Start screen. From the Applications folder within the Utilities folder, Mac users can access the Terminal. Ubuntu users can launch the terminal by pressing Ctrl + Alt + T or by opening the applications menu (commonly found under the accessories folder). Linux users can launch the terminal by using the shortcut Ctrl + Alt + T.
Input the ping command. The command can take one of two forms: “ping [insert hostname]” or “ping [insert IP address].”
If you are using Mac OS X, you can open the Network Utility and select the “Ping” tab. Type the hostname or desired IP address here, as well as specify the number of pings you wish to send. The average latency can be determined with four pings for most programs.