Cisco 7000 Series Hardware Installation And Maintenance page 72

The multimode
connector
data
into
62.5/125-micron
cable
connector
Figure
The multimode/multimode
which
FTP transceivers
the necessary
not
all
DIN
use
requires
multimode/multimode
the
The FIP
single-mode
available
one
of
FDDI Connections
Physical
Fiber Distributed
network
ISO
9314
token-passing
more
or
An FDDI
most networks
backup
through
shows
transceiver
supports
FDDI-standard
an physical
is
format
acceptable for fiber
multimode
fiber-optic
50/125
terminators can accept
shown
2-10
in Figure at
FDDI Network
Multimode
2-10
CX-FIP-MM
FIP
allows the
to
signal pass
light
when
the
interface
cables connection
interface for
manufacturers use the
same
and some
smaller
use
mini-DIN
connector
FIP
to
ensure
and
both Class
supports
and multimode
fiber-optic
with
either single-mode
multimode and
of each for matching
FDDI
Data
Interface
transmission
using
fiber-optic
the international version of the
rings primary
fiber-optic
connections
point-to-point
two more
ring consists of or
the
primary ring is
Class or single-attach
Class or dual-attach
concentrator
FDDI
configuration
typical
distances of miles
1.2
to
up
PHY
connector
sublayer
The multimode
transmission
media
interface
cable using the
micron
cable
fiber-optic
FIP and network ends
both
the
MIC
Interface Connector Type
control
provides
the bypass
through
directly
down
Most
has shut
failed or
is
MIC
multimode
the
to
DIN
type of connector for
the
mini-DIN The
version
optical
DIN-to-mini-DIN
cable
adapter
connect
that to either
you can
Class connections
station
The two
cable
physical
MIC
FC
multimode
or port connectors
fiber
single-mode
which
100-Mbps
specifies
defined the
media
by
is
An
ANSI
standard
and
secondary
ring
stations
between
adjacent
connections
point-to-point
communication
used data
for
SAS
attach
one
stations to
DAS
stations
SASs
and
DASs
with both
Network
Preparing
1.9 kilometers The multimode
and
encodes decodes
that
standard
connector
accepts
MIC
cable and with proper
Multimode
uses the
integrated
port for an
bypass
optical
and
switch
completely bypass
switches
bypass
optical
FIP
on the however
connectors
Some
manufacturers
control
port
control
on
bypass port
CAB-FMDD
included
is
type
and
an interface for
provides
PHY
PHY
and
ports
combination
or with
network
FDDI
same
the
in
token-passing dual-ring
ANSI
X3.1
standard and
by
FDDI
network two
comprises
An FDDI
consists
ring ring
between
stations
adjacent
and
the secondaty
ring
is
and
attached
ring
are typically
attach both
to
rings Figure
Preparing
Connections
the
MIC
switch
the
provide
FIP
the
with
both
are
two
of
On
used
as
2-11
for Installation 2-21