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dnsmasq is a lightweight, easy to configure DNS forwarder, designed to provide DNS (and optionally DHCP and TFTP) services to a small-scale network. It can serve the names of local machines which are not in the global DNS. dnsmasq's DHCP server supports static and dynamic DHCP leases, multiple networks and IP address ranges.
Server BOOTP DHCP DHCPv6 Other Load balancing Failover dhcpy6d No No Yes PXE, Dynamic DNS: Yes Yes dnsmasq Yes Yes Yes PXE, TFTP: No No ISC DHCP Yes Yes Yes Dynamic DNS [10] [11] ...
The server software is shipped with a command line application dnscmd, [13] a DNS management GUI wizard, and a DNS PowerShell [14] package. In Windows Server 2012, the Windows DNS added support for DNSSEC, [15] with full-fledged online signing, with Dynamic DNS and NSEC3 support, along with RSASHA and ECDSA signing algorithms. It provides an ...
Kea is an open-source DHCP server developed by the Internet Systems Consortium, authors of ISC DHCP, also known as DHCPd.Kea and ISC DHCP are both implementations of the Dynamic Host Configuration Protocol, a set of standards established by the Internet Engineering Task Force (IETF).
A PXE client will not be able to boot if it only receives an answer from a non PXE enabled DHCP server. After parsing a PXE enabled DHCP server DHCPOFFER, the client will be able to set its own network IP address, IP Mask, etc., and to point to the network located booting resources, based on the received TFTP Server IP address and the name of ...
The DHCP server permanently assigns an IP address to a requesting client from a range defined by an administrator. This is like dynamic allocation, but the DHCP server keeps a table of past IP address assignments, so that it can preferentially assign to a client the same IP address that the client previously had. Manual allocation
udhcpc is a very small DHCP client program geared towards embedded systems. [1] The letters are an abbreviation for Micro - DHCP - Client (μDHCPc). [2] The program tries to be fully functional and RFC 2131 compliant. [3] udhcpc was originally developed in 1999 by Matthew Ramsay and Christ Trew [4] under the GNU GPLv2 licence. [5]
MADCAP was originally based on DHCP. [9] Microsoft included MADCAP as part of the DHCP service in Windows 2000. [10] RFC 2730 was published as a proposed networking standard by the IETF in December 1999. [1] Guidelines for the allocation of IPv6 multicast addresses using MADCAP were published in RFC 3307 in August 2002. [11]