Download ^NEW^ Ping Info View

Useful tool, PingInfoView is a small utility that allows you to easily ping multiple host names and IP addresses, and watch the result in one table. It automatically pings to all hosts every number of seconds that you specify and displays the number of succeed and failed pings, as well as the average ping time. You can also save the ping result into text/html/xml file, or copy it to the clipboard.

PingInfoView is a free utility program for PC developed by NirSoft. This network tool helps users test the ping of IP addresses and websites to check for latency and data transfer speeds between two locations. It efficiently compiles results in for easy viewing and reference.

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Just like with Ping Test Easy or Ping Tester Standard, PingInfoView helps facilitate quick and easy ping tests. It supports any number of hostnames or IP addresses. It can even perform scheduled and automated pings based on user-defined parameters and conditions and can generate log reports for compilation and further review.

A "ping" is a network diagnostic metric that is used to determine whether a particular IP address or hostname exists and can accept requests from visitors. It's also a way to measure your internet connection's latency, which is measured in milliseconds, and how fast data gets transferred between two points over the web. PingInfoView is one such utility that can help you perform this test on multiple destinations simultaneously.

When you first open PingInfoView, you will go through an initialization process wherein you can start adding IP addresses and hostnames. This is also the part where you can configure options like ping timeout in ms, the intervals in which pings are sent out, and if the program should remember your entries for future use. It will then automatically ping everything and show you the results in a table.

You can alternatively import a list of server names if you have a lot that you want to test and monitor. Also, you can generate a log file in text, html, or xml formats if you need to. One recurring issue that this tool has is that it would occasionally show false-negative results if you set concurrent ping frequency values too high and often.

In conclusion, if you're after a fast and simple way to be able to send out ping requests for multiple IPs and hostnames at the same time, then PingInfoView is an option worth considering. It's fast and lightweight, easy to use, and can perform automatic pinging. It even supports importing server lists from text files. Highly recommended.

PingInfoView allows you to easily ping multiple host names and IP addresses, and watch the result in one table. It automatically ping to all hosts every number of seconds that you specify, and displays the number of succeed and failed pings, as well as the average ping time. You can also save the ping result into text/html/xml file, or copy it to the clipboard.

Useful for checking connectivity or uptime of frequently used servers and websites.

The new version of PingInfoView tool allows you to easily specify group name for every group of computers that you want to ping. When group name is specified, every group is displayed separately, and you can collapse and expand a group by double-clicking the group header.

One of the easiest ways of checking whether a host is responding or not is to send a ping to the host name or IP address. It is possible to ping local and remote servers, and it usually takes less than a second to get a response. A ping is therefor a first step in diagnosing if a host is connected to the local network or the Internet.

Ping Info View is a Nirsoft application, which means it is a lightweight portable program for the Windows operating system. The free software can ping multiple host names and IP addresses in selected intervals.

The software displays the Ping Options window on first startup that contains a text area where the user can add host names and IP addresses to ping. Available as well are configuration options including the ping timeout in ms, the interval in which pings are fired of from the local PC and whether the host names and IPs should be remembered by the program.

The initial configuration window is available under File > Ping Options so that new servers can be added to the list, or old ones removed. It supports the import of a server list from a text document which can be handy for users who need to ping many servers that are stored in a text document.

Ping Info View offers to create HTML reports and save selected information in text files. The program is available for download at the Nirsoft homepage. It should work fine with most Windows operating systems. Ping Info View was tested on a Windows 7 64-bit Pro system.

I'm sure you recognize that ping is a common and relatively simple command. And, like many basic commands, there are some great options and techniques that make the tool even better. This article explores various tricks and tips to level up your ping knowledge.

By way of quick review, you can simply enter the following two commands to test basic network connectivity to a remote machine with a hostname of server01 or an IP address of 192.168.2.200:

By default, Linux sends continuous pings. Windows, by default, only sends four. One of my favorite uses of ping is to inform me when a remote server or network device has restarted. For example, imagine I'm remotely connected to a Windows server from my Linux laptop. The server needs to be rebooted before I can continue with its configurations. I can issue the reboot command and then set up a continuous ping from my laptop to the server. When the ping results show success, I know the reboot process on the remote machine has been completed. In the meantime, I can work on other projects.

I've already uncovered some good uses for ping with the above options. I particularly like the ability do a quick name resolution query. I've used the continuous ping during reboots trick more than any other, however.

You can use the ping command to test name resolution services, too. If you ping a destination by IP address, and the ping succeeds, you know you have basic connectivity. If you ping the same destination by hostname, and it fails, you know name resolution is not working. This is because ping could not resolve the given hostname to an IP address in the second test.

The timeout message indicates that your machine believes it successfully sent ping queries to the destination. However, it did not receive replies within a specified time, so it "timed out." The misconfiguration is likely on the destination end or on the network between your machine and the destination. Your machine sent the queries, but the destination failed to reply. Start by checking that the destination device is on, physically connected to the network, and has a valid IP address. Verify router and firewall configurations after that.

For example, what if you don't have Nmap installed but need to see what hosts are up? Add the -b option to run a ping broadcast to an entire subnet. This displays the hosts that are currently up, thought it's not as effective as a simple Nmap scan.

You can also change the size of the ping packet payload. The header is always 28 bytes, so add on the amount you want plus 28 bytes to get the total size. The default is 64 bytes. To send a ping with 128 bytes, type the following:

There is a GUI for ping - gping. Using a GUI could be handy for tasks like monitoring rebooting servers, as mentioned above. From across the room, you could view the status of a continuous ping result. Sometimes a graphical view is just easier to work with or useful for demonstrations. You can find gping at its official Git page. It's available for various Linux distributions, macOS, and Windows. There are several different package types available for several other installers.

Finally, a reminder: Many routers are set to drop ICMP-based packets, such as those used by ping (and traceroute). ICMP, in general, can be used for various attacks, and so routers may be configured neither pass nor respond to ping requests. This is something to keep in mind while troubleshooting network connectivity.

Sure, ping is a simple tool that you've all worked with a lot, but there are some great options to modify its behavior and some good techniques to use when troubleshooting. Did you discover at least one useful thing you didn't know from the above list? And how about gping? Can you think of any good uses for a graphical version of ping?

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I'm coming from a Cisco ASA background and am finding the monitoring/logging on the UTM to be a bit difficult. On the ASA I could look a the syslog and see live monitoring of ALL traffic. Then filter accordingly.

The specific thing I'm looking for now is the ability to monitor pings (ICMP). Being as you have to set up ping in the firewall rules I'd think the firewall live log would be the place to look. Well I must be thinking wrong because it is showing neither successful nor non-successful ping traveling from the LAN to the WAN.

I've found that if I search the firewall log, using the search log files tab I can see ping info, but I need to see it live to perform debugging.