Kyocera FS-6525MFP FS-6525MFP/6530MFP Operation Guide - Page 363

Glossary, Auto Form Feed Timeout, Auto-IP, Auto Paper Selection, Auto Sleep, Bonjour, Default Gateway

Page 363 highlights

Appendix > Glossary Glossary Auto Form Feed Timeout During data transmission, the machine may sometimes have to wait until receiving the next data. This is the auto form feed timeout. When the preset timeout passes, the machine automatically put paper out. However, no output is performed if the last page has no data to be printed. Auto-IP Auto-IP is a module that enables dynamic IPv4 addresses to be assigned to a device on startup. However, DHCP requires a DHCP server. Auto-IP is a server-less method of choosing an IP address. IP addresses between 169.254.0.0 to 169.254.255.255 are reserved for Auto-IP and assinged automatically. Auto Paper Selection A function to automatically select paper in the same size as original at printing Auto Sleep A mode designed for electrical power saving, activated when the machine is left unused or data transfer for a specific period. In Sleep mode, power consumption is kept to a minimum. Bonjour Bonjour, also known as zero-configuration networking, is a service that automatically detects computers, devices and services on an IP network. Bonjour, because an industry-standard IP protocol is used, allows devices to automatically recognize each other without an IP address being specified or DNS server being set. Bonjour also sends and receives network packets by UDP port 5353. If a firewall is enabled, the user must check that UDP port 5353 is left open so that Bonjour will run correctly. Some firewalls are set up so as to reject only certain Bonjour packets. If Bonjour does not run stably, check the firewall settings and ensure that Bonjour is registered on the exceptions list and that Bonjour packets are accepted. If you install Bonjour on Windows XP Service Pack 2 or later, the Windows firewall will be set up correctly for Bonjour. Default Gateway This indicates the device, such as a computer or router, that serves as the entrance/exit (gateway) for accessing computers outside the network that you are on, When no specific gateway is designated for a destination IP address, data is sent to the host designated as the Default Gateway. DHCP (Dynamic Host Configuration Protocol) Dynamic Host Configuration Protocol (DHCP) that automatically resolves IP addresses, subnet masks, and gateway addresses on a TCP/IP network. DHCP minimizes the load of network management employing a large number of client computers because it relieves individual clients including printers from the IP address being assigned. DHCP (IPv6) DHCP (IPv6) is the next-generation of the Internet's Dynamic Host Configuration Protocol and supports IPv6. It extends the BOOTP startup protocol that defines the protocols used for transferring configuration information to hosts on the network. DHCP (IPv6) permits the DHCP server to use its expanded functionality to send configuration parameters to an IPv6 node. Because the network addresses that can be used are allocated automatically, the IPv6 node management workload is reduced in systems where the administrator has to exercise close control over IP address allocation. 11-23

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Appendix > Glossary
Glossary
Auto Form Feed Timeout
During data transmission, the machine may sometimes have to wait until receiving the next data. This is the auto form
feed timeout. When the preset timeout passes, the machine automatically put paper out. However, no output is performed
if the last page has no data to be printed.
Auto-IP
Auto-IP is a module that enables dynamic IPv4 addresses to be assigned to a device on startup. However, DHCP requires
a DHCP server. Auto-IP is a server-less method of choosing an IP address. IP addresses between 169.254.0.0 to
169.254.255.255 are reserved for Auto-IP and assinged automatically.
Auto Paper Selection
A function to automatically select paper in the same size as original at printing
Auto Sleep
A mode designed for electrical power saving, activated when the machine is left unused or data transfer for a specific
period. In Sleep mode, power consumption is kept to a minimum.
Bonjour
Bonjour, also known as zero-configuration networking, is a service that automatically detects computers, devices and
services on an IP network. Bonjour, because an industry-standard IP protocol is used, allows devices to automatically
recognize each other without an IP address being specified or DNS server being set. Bonjour also sends and receives
network packets by UDP port 5353. If a firewall is enabled, the user must check that UDP port 5353 is left open so that
Bonjour will run correctly. Some firewalls are set up so as to reject only certain Bonjour packets. If Bonjour does not run
stably, check the firewall settings and ensure that Bonjour is registered on the exceptions list and that Bonjour packets
are accepted. If you install Bonjour on Windows XP Service Pack 2 or later, the Windows firewall will be set up correctly
for Bonjour.
Default Gateway
This indicates the device, such as a computer or router, that serves as the entrance/exit (gateway) for accessing
computers outside the network that you are on, When no specific gateway is designated for a destination IP address, data
is sent to the host designated as the Default Gateway.
DHCP (Dynamic Host Configuration Protocol)
Dynamic Host Configuration Protocol (DHCP) that automatically resolves IP addresses, subnet masks, and gateway
addresses on a TCP/IP network. DHCP minimizes the load of network management employing a large number of client
computers because it relieves individual clients including printers from the IP address being assigned.
DHCP (IPv6)
DHCP (IPv6) is the next-generation of the Internet's Dynamic Host Configuration Protocol and supports IPv6. It extends
the BOOTP startup protocol that defines the protocols used for transferring configuration information to hosts on the
network. DHCP (IPv6) permits the DHCP server to use its expanded functionality to send configuration parameters to an
IPv6 node. Because the network addresses that can be used are allocated automatically, the IPv6 node management
workload is reduced in systems where the administrator has to exercise close control over IP address allocation.