A MAC address is an integral, unchanging element of any hardware device. It’s a good way to keep track of the devices on your network. With a MAC address finder, you can enter the MAC address of a device and the tool will locate that device and gather other pertinent information, including its IP address. SolarWinds® Engineer’s Toolset™ (ETS) comes with a MAC address finder alongside dozens of other tools to help you manage your network.
Filtering is employed on wireless networks to prevent strangers from accessing the network. This process uses MAC addresses, instead of IP addresses—which can change—to verify whether a user should have access to a network. With MAC address finding and filtering, you can go beyond limiting access to tracking user activity. This can help you detect potentially suspicious behavior and deter potential cybercriminals.
Any MAC address finder can help you strengthen your network management. However, the SolarWinds Engineer’s Toolset MAC address finder helps you go deeper into your network by working alongside the 60+ tools included in ETS.
With ETS you can enhance the power of your MAC address finder with tools like Memory Monitor, Interface Monitor, Response Time Monitor, CPU Monitor, Traceroute, and many more.
Do you find yourself asking…
A media access control (physical address) is a unique identification code assigned for each of your network interfaces. While the MAC address is the most common name, it is also sometimes referred to as a physical address, a burned-in address, or a hardware address.
Every individual piece of hardware on your local network has a MAC address, typically assigned by the device's manufacturer and stored on the hardware. The MAC address, in addition to the IP address assigned by the local server or router, is essential for the functionality of network protocols such as IP and TCP.
When packets are sent on Ethernet, they’re sent from a MAC address and to another MAC address. When a network adapter receives a packet, it checks to see if the packet’s destination MAC address matches its own. If the addresses match, the packet is processed. If they don’t match, the packet is discarded.
MAC addresses are also useful for filtering on wi-fi networks. Filtering prevents unauthorized individuals from accessing a network while allowing authorized users to gain access. By using MAC addresses for identification, devices can still be identified even if their IP addresses change.
A media access control (physical address) is a unique identification code assigned for each of your network interfaces. While the MAC address is the most common name, it is also sometimes referred to as a physical address, a burned-in address, or a hardware address.
Every individual piece of hardware on your local network has a MAC address, typically assigned by the device's manufacturer and stored on the hardware. The MAC address, in addition to the IP address assigned by the local server or router, is essential for the functionality of network protocols such as IP and TCP.
When packets are sent on Ethernet, they’re sent from a MAC address and to another MAC address. When a network adapter receives a packet, it checks to see if the packet’s destination MAC address matches its own. If the addresses match, the packet is processed. If they don’t match, the packet is discarded.
MAC addresses are also useful for filtering on wi-fi networks. Filtering prevents unauthorized individuals from accessing a network while allowing authorized users to gain access. By using MAC addresses for identification, devices can still be identified even if their IP addresses change.
Engineer's Toolset