Oki C9300 OkiLAN 6200e Plus Network Print Server User's Guide - Page 138

Assigning the Network Print Server IP, Address with BOOTP

Page 138 highlights

OkiLAN 6200e Plus User's Guide From the above screen, you can change ports by clicking Modify Printer. From the Configure Printer button you can adjust printer settings such as paper trays, duplex option, and media settings. Assigning the Network Print Server IP Address with BOOTP BOOTP is an acronym for BOOTStrap Protocol. Every TCP/IP network device is required to have a unique 32-bit IP address assigned to it. TCP/IP network devices will have both an IP address and a 48 bit Ethernet/Token-Ring (network hardware) address. Ethernet addresses usually cannot be configured and are hard coded by the manufacturer of the device. BOOTP is a protocol used by devices that know their network hardware address, but do not know their IP address. When powering up on a network, a device that uses BOOTP broadcasts its network hardware address in a BOOT request packet. A BOOTP server (which may be a UNIX workstation) responds with an IP address. The device then knows its IP address and uses this address to perform subsequent TCP/IP transactions. TCP/IP 138

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OkiLAN 6200e Plus User’s Guide
TCP/IP
138
From the above screen, you can change ports by
clicking Modify Printer. From the Configure Printer but-
ton you can adjust printer settings such as paper trays,
duplex option, and media settings.
Assigning the Network Print Server IP
Address with BOOTP
BOOTP is an acronym for
BOOT
Strap
P
rotocol. Every
TCP/IP network device is required to have a unique
32-bit IP address assigned to it. TCP/IP network
devices will have both an IP address and a 48 bit
Ethernet/Token-Ring (network hardware) address.
Ethernet addresses usually cannot be configured and
are
hard coded
by the manufacturer of the device.
BOOTP is a protocol used by devices that
know
their
network hardware address, but do not
know
their IP
address. When powering up on a network, a device
that uses BOOTP broadcasts its network hardware
address in a BOOT request packet. A BOOTP server
(which may be a UNIX workstation) responds with an
IP address. The device then knows its IP address and
uses this address to perform subsequent TCP/IP
transactions.