This is a type of program that isn't very popular today. This is a type of program that isn't very popular today.
To uniquely identify a node on a network and to allow the transfer of frames from source to destination
A MAC address is unique to your ethernet card. MAC addresses are used within an Ethernet network to uniquely identify the source and destination of Ethernet frames. ARP (Address Resolution Protocol) is used on IP networks to map IP addresses to MAC addresses within an Ethernet network.
The Answer is Yes And No Both, Yes Because They can hack and no Because There is a Authentication Required for that ------- The MAC (Media Adapter Address) address is only a hardware identifier. There is no intelligence to hack. It can only be used to uniquely identify a specific network component.
A "MAC ADDRESS" (Media Access Control address), or an EHA (Ethernet Hardware Address), also known simply as "hardware address".
Media access control (MAC) addresses all network interface manufacturers to uniquely identify each network interface card (NIC) they produce. Currently there are three types of MAC address, MAC-48, EUI-48 and EUI-64. EUI is an abbreviation for extended unique identifier. MAC-48 and EUI-48 addresses are 48 bits in length while EUI-64 addresses are 64 bits in length.
Mac address
MAC stands for media access control adress
In many ways it is similar, but there are a lot of little nuassinces. It wouldn't take long to get acclimated with a MAC.
The Mac is a PC. Perhaps you mean a PC running the Windows operating system. Macs can run the Windows operating system. There are many Macs. There are many PCs. There are many versions of Windows and Mac OS X. There are many applications. There are many ways of measuring "faster".
no but there are ways to run it.
The first six digits (first three pairs) of a MAC address identify the card vendor.
It is divided into LLC (IEEE 802.2) and MAC (IEEE 802.3) layers.The LLC is used to identify the upper layer protocol from the received data.The MAC layer is used to identify the particular host on the destination network.