View Sharp AR-PB2A (serv.man4) Handy Guide online
attendees of the “Cougar” Connectivity Course are aware of the key
networking terms that may be discussed during the Connectivity training.
lists the key words that are discussed throughout the Connectivity
Course, in an attempt to allow a greater understanding by potential
delegates prior to attendance of the course.
prior to attending any Connectivity Training Course.
recommend that the following material is read.
information and resources. AppleTalk is built in to every Apple Macintosh operating system
NTBOOTP are 16bit and 32bit versions of the same program. These programs can be used to
of this many people still call the parallel port a Centronics port.
way computers sense when a collision might occur and may avoid transmission collisions.
Broadcasting this intent however increases network traffic and so slows down network
performance. For this reason CSMA/CA is not as popular as CSMA/CD. Apple Macintosh
computers use CSMA/CA when connecting together with LocalTalk
network and if no activity is sensed, begin to transmit. They continue to monitor, and should multiple
stations have tried to access the cable at once, they’ll sense a collision, cease transmission, wait a
random time and then try again.
the print job to the printer.
intensity ultraviolet (UV) light and then rewritten, or reprogrammed. EPROM chips usually contain
UV-permeable quartz windows exposing some of the chips internal components.
developed by Digital, Xerox and Intel. It describes the type of data frame that can be sent over a
network and the methods used to manage data collisions. It is similar, but not identical to the IEEE
as with standard Ethernet.
connected to a network. This term is also used to describe a file server type of network in which
the server only holds data and the processing of the data is done at each workstation.
be changed as with an “EPROM”, Flash Memory comes in a data file format. The file contains the
content of the flash memory. The file is downloaded by a computer to the device. During the
download, the data file is written into the memory of the device, the flash memory then becomes
permanent. Both the Printer Board and the network card for the AR5132 include a Flash Memory.
memory program. The benefit of these cards is that once upgraded they can very easily be fitted in
to the copier to upgrade the machine.
networks. Ethernet and Token Ring use different formats of frame type.
is only available for use when the TCP/IP protocol is loaded.
between network types, translating the data between the two types as needed. Although there is a
Gateway setting within the AR5132’s Control Panel Menu, the network card does not support this
function. Because of this, the Gateway Address does not need to be set on the copier. On the AR-
NC1D for the AR280/285/335 however, an address for a router on the network can be set under
the Gateway Setting.
sophistication and size ranging from simple products providing just the electrical functions for small
networks of less than eight users, to focal points for large corporate networks.
four main types: Standard Parallel Ports, Bi-directional Parallel Ports, Enhanced Parallel Ports and
Extended Capabilities Ports. The IEEE 1284 standard redefined the differences in the ports,
classifying them by the transfer mode that they use. It also describes the physical and electrical
characteristics of each type of port.
protocol is used on a network, an IP Address will have to be set-up for every device on that
the TCP/IP Protocol. The IP Address can be assigned to the copier by the technician from the
machines Printer Board Control Panel Menu. Alternatively, the customer can set the IP Address for
the copier using either the Printset Utility Software that is included with the Network Card or
through a DOS command called “ARP”.
variety of computers, terminals and PC’s.
Macintosh computers. Because of the slow speed of LocalTalk, it is limited to the number of
devices that can be connected. Over the years, LocalTalk has become too slow for graphics and
colour image intensive applications, and so users have moved to Ethertalk. LocalTalk uses
CSMA/CA as an access method in a bus or tree topology with Shielded Twisted Pair (STP),
Unshielded Twisted Pair (UTP) or even Fibre Optic Cable.
within the world. As this address is different for every network card, it is used by many protocols
for determining where data should be sent across a network and from where it originated.
AR280/285/335. This program is a Windows based HTML viewer that can be used to configure
the network card over an IPX/SPX protocol enabled network.
provide basic file system services and supervisory functions to computers connected to a network.
communicate on a network. The NIC puts data on and takes data off the network cable.
output in sections equal to the size of the Printer Mode Hard disk memory size. To determine each
section that has been produced by the machine a notice page is produced as a separator sheet.
that provides for the exchange of information between all parts of the computer.
similar to telephone cable, but is a higher grade of specification. Twisted pair cable consists
of two strands of copper wire twisted together in separate sheaths. STP is shielded by foil,
which gives the cable a very good resistance to outside interference but makes the cable
more expensive and heavier. UTP is an unshielded version, which is now becoming very
common. The standard for STP/UTP specifies that data can be transmitted at 10 MBPS for
up to 100 metres (about 328 feet). More recently, the highest grade of STP/UTP can now
allow speeds of up to 100Mbps over 100 metres in length. The minimum cable length
between computers is 2.5 metres (about 8 feet). This cable can be directly attached to the
network card of the AR5132.
inexpensive coaxial cable (RG-58) that it uses. The cable is very similar to that used as
aerial cable in the back of your television sets. It consists of a central conductor surrounded
by an insulation layer, a wire mesh shielding layer and a non-conductive outer shield. This
has long been the common cabling standard for Ethernet installations. Data can be
transmitted at 10Mbps and can carry a signal roughly 2 x 100 metres (185 metres or 607
feet). The minimum cable length between computers must be at least 0.5 metres (20 inches)
long. This cable can be directly attached to the network card of the AR5132.
specification cable. It has a very good resistance to outside interference but is expensive,
especially at large diameters. It is also heavy and inflexible so making it difficult to install.
This cable can transmit at rates of 10 MBPS and can carry a signal for up to 500 metres
(1640 feet). It can support as many as 100 nodes (workstations, repeaters and bridges)
per backbone segment. The minimum cable length between workstations is 2.5 metres
(about 8 feet). Drop cables are used to connect workstations to Thick Ethernet cable and
can be as long as 50 metres (about 164 feet).
capable of very high data rates and bandwidth over long distances, but has the disadvantage
of special converters to attach devices to it. Light is used to send data from one end of the
network to the other by the use of small lasers. A sensor at the other end detects the laser
light and either converts it in to an electrical signal or passes it on to the next workstation on
the network. Due to its disadvantages, Fibre Optic cable is usually used as a backbone
circuit in an installation with other cabling types connected to it to serve the users.