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Organizations use a plethora of remote and in-house devices, each with a unique IP address. These devices communicate with each other to transmit data, instructions, and crucial files and folders. However, it is difficult to determine that every device in an organizational network is working fine and is exchanging data as expected. To test whether a particular host is reachable across an IP network, administrators use the ping command. It is a command-line utility that uses an internet Control Message Protocol (ICMP) to measure the time taken by a data packet to reach its destination. Ping tools send an ICMP echo message (also known as ping command) to the host device and wait for its response, known as echo reply (pong).

Ping sweeps are complex and require advanced software packages with specialized features and capabilities. Ping sweep tools not only helps in the identification of active and inactive IP addresses, and auditing networks, but also reveals useful information about hosts, packet loss, hops limit, network vulnerabilities, and faults.

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ManageEngine OpManager is a network performance monitoring tool with versatile features and functions. It incorporates a ping monitor which seamlessly tracks the accessibility of hosts and IP addresses, and fetch the data related to the device such as hostname, and the response time. It keeps a check on the data, including packet loss, the number of a packets sent and received.

The tools mentioned-above offer multiple command-line functionalities with a range of options. Organizations can choose the tool as per their requirements. Regardless, SolarWinds IPAM is a highly-rated software with fully-integrated IP address troubleshooting and reporting, DNS, DHCP, and IP address management with automation capabilities. Organizations can download a free trial to test its functionalities and outstanding ping sweep features.

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Learn which IP addresses are in use and which ones are currently free by pinging multiple devices and IP addresses at the same time. This information is essential for network monitoring, troubleshooting, and resource provisioning. You can also allocate resources more effectively by knowing which IP addresses in a specific range are active and inactive.

The ping sweep tool in ETS can help you create a comprehensive network directory. While executing an ICMP sweep, ETS can also look up the DNS name for each IP address. You can use this information to add more detail to your list of IP addresses, making it easier to stay organized even as your network grows or changes.

ETS is designed to be more than a first-class ping scanner. This intelligent ping sweeper can also help network administrators monitor and analyze pings as well. You can graph ping sweep results using intuitive bar, column, ribbon, step, or area graphs in addition to more easily visualizing response time problems to better troubleshoot performance issues. SolarWinds ETS can also help speed up ping sweeping with the ability to create custom profiles to automatically monitor a specific set of devices.

The Ping Scanner Tool sends ICMP ping packets to every IP address in any range of IPv4 addresses you specify. It looks for ICMP responses from active devices. This tool operates across any range of IPv4 addresses whether on your subnet or across the internet. It can also ping a list of IPv4 addresses that you need to ping. That list need not be contiguous, it can be random.

Use Ping Scanner to locate active devices and gather other information about those computers. Use this utility in conjunction with the Port Scanner tool for a full accounting of each IP address. This tool is also known as NetScanner (tm) or Ping Sweep.

Echo request and echo response are the two fundamental aspects of how ping functions. Essentially, an echo request is the packet of data sent to either a specific IP address or a range of IP addresses. The echo response then replies, and the nature of the reply can reveal important information about the IP address range the ping was sent to.

Put simply, an echo request is the ping, while the echo response is the ping reply. Echoes are mostly used for troubleshooting. They can reveal whether TCP/IP stacks are configured correctly and if there are any issues with the routes packets are taking. These functionalities are crucial to successful IP address management because, when used in the right way, they can be responsible for diagnosing and eradicating network faults.

A packet, in the case of ping sweeps, is a formatted unit of data designed to test the route to an IP address. A single ping is conducted via an ICMP echo request, which entails sending a packet to an individual IP address. If live, it will ping back. A ping sweep, on the other hand, entails multiple ICMP echo packets being sent simultaneously to several hosts. Once again, live hosts will ping back.

Ping sweeps are more complex than single pings and may require more advanced software packages, featuring specialized capabilities. Ping sweep tools can be useful in auditing networks, helping you identify inactive IP addresses, and determining which IP addresses map to live hosts in a DHCP environment.

Some ping sweep software may also have the capacity to reveal other useful information about the hosts, besides their live or dead status. For example, they may be able to tell you whether there was any packet loss during a ping, as well as how long the signal took to return. This information can assist users in diagnosing network vulnerabilities and faults.

Ping tools are becoming more and more impressive. Capabilities vary, and certain tools and software are vastly superior to others in terms of user-friendliness, comprehensiveness, and sophistication. Some can reveal network information such as the size of each request payload, hops limit, total test count, and request intervals.

Tools with strictly ping and ping sweep utilities are best suited to small networks; larger networks will require more advanced tools. An IP address manager (IPAM) offers more complicated functionalities. It can help you create subnets, keep tabs on DHCP-assigned addresses, and avoid conflicts. While network administrators can access certain elements of IP address management via network deployed DHCP and DNS servers, the IP address management options in those cases are limited. For larger organizations with many network nodes or several subnets, third-party IPAM software might be the best solution.

SolarWinds IP Address Manager is the ultimate IPAM software. It vastly surpasses the capacity of basic ping sweep tools, with built-in IP address scanning functionalities and a range of other features to streamline and simplify your IP address management strategies.

As an alternative to a standard ping sweep tool, SolarWinds IPAM ticks all the boxes. The automated IP address tracking feature was expertly designed to bring back IP address status, any hostname changes made to each address in the subnet with the timestamp, and MAC address from a ping scan of a range of IP addresses. Moreover, when troubleshooting an IP conflict, the software can reveal which device first had the IP address, then alter the IP address of the conflicting device. This information is key to effective network troubleshooting and diagnostics, potentially reducing network downtime and saving costs.

Paessler PRTG Network Monitor is a comprehensive tool made up of a range of protocols and systems, with ping utilities at its core. As a monitoring tool, PRTG employs techniques to map networks and connected devices, with added application and web service performance capabilities. It offers impressive visibility, which extends to remote sites and online services.

Of the distinguishing features of this product, the discovery phase, initiated at the end of the installation process, is especially welcome. The discovery phase identifies all connected network devices and logs them in a register, which also allows the tool to create a network map displaying connections. This is essentially the ping sweep, which probes the system very effectively.

The PRTG ping sweep utility uses a ping command in a looped routine, to access every node on the network. When the request receives a response, the address is probed further for any relevant data. The ping functions of PRTG are complemented by an array of other discovery tools, which can pinpoint important device characteristics, including their status.

Though the sensor-based price plans certainly come with their benefits, needing to upgrade to a higher price plan to acquire new sensors is a definite limitation. I prefer having access to a full suite of management tools.

PingPlotter Pro can be as simple or advanced as the user wants it to be. You can get started with a simple ping, and advance toward collecting latency and packet loss data if you want to gain a more comprehensive view of the network.

IPHost Network Monitor is a powerful ping tool with a significant cost benefit. This software runs as a Windows service and offers basic ping monitoring functionalities, including automatic scheduling of ICMP ping requests, with response, errors, and response time logged and reported on. It offers a simple alerting system, which notifies system administrators of any performance issues.

IPHost offers 30-day free access to its premium version, which covers up to 500 monitors, and its free version covers up to 50 monitors. Remember this software is basic, and the functionalities are limited. The reporting on ping response data, for example, is not as extensive and comprehensive as the reporting capacities of other ping tools.

The fundamentals of this IP scanner are simple: input a scan IP address range, specifying a list of IP addresses to check if necessary, and launch the sweep. Once live nodes have been identified, you can then access a device and execute commands on it. Results of the scan can be exported as CSV files, and the data can be imported into a spreadsheet for comparison with DHCP server records. e24fc04721