Fast Serial Interface Processor; Fsip - Cisco 7000 Series Hardware Installation And Maintenance

Physical Description
The
CX-FIP-MM----FDDI
CX-FIP-MSFDDI
CX-FIP-SMFDDI
CX-FIP-SSFDDI
As
with
operation
sublayer
lower row
of the
type of three possible
attachment
Each PIP
or
to
processor
single-mode
complete
chapter
six-pin
single-mode/single-mode
When
receive port
The
transmitting
mini-DIN
or
CX-FIP-MM
bypass
Preparing
Processor
Fast Interface
Serial
The FSIP
duplex
available
configured
Figure
which
of
of
static
Mbps
one
aggregate

FSIP

the types of external
All
format
all serial
and
Maintenance
1-24
7000 Hardware
Cisco
combinations are available
following
PHY-A
PHY-A
PHY-A
PHY-A
the other interface
processors
Below
the Enabled
PHY
connections
P1W The PHY
indicates
shown
FTP
in Figure
as
connections
station
DAS
For
station
the
interface
provides
SAS
Class with
only
maximum
for
slots
FC
on PIP
the
ports
FDDI
of
descriptions
Router
the
Installing
mini-DIN
connector
CX-FIP-SS
down
the interface shut
is
the transmit
to
port
switch does not repeat the signal
bypass
maximum
to stations at
DIN-to-mini-DIN
connector
allow connection
to
FDDI
and
connections
for Installation
FSIP
four or eight channel-independent
provides
DS1
at
1.544
operation
interface
EIA/TIA-232
types
to
individually operate
shows
1-15
an
eight-port
controlled
by dedicated
is
random
access
memory
can
for example
you
Mbps
to at
port operate
bandwidth on
four-port
two modules
which has
data service
FSIP
interface
types support
and and
both 32-bit cyclic
16-bit
DCE
interfaces
is for
CRC
with software
settings
and
Maintenance
Installation
PHY-B
multimode
multimode
PHY-B
multimode
single-mode
PHY-B
multimode
single-mode
PHY-B
single-mode
single-mode
LED
Enabled
the
LED
LEDs
bank of
six
P1W
and The upper row
interface located
is
B/A
The
1-14
of each
state
dual-homed
single
of the
complete descriptions
ADAS
connection Class
for to
ring Up to five
primary
network
of FDDI connections
five
connection
direct
provide
network
connections
refer
on multimode-multimode
the
FIPs the connection
provide
the bypass switch allows
the bypass
on switch
completely
and
significant
distances
Optical bypass
cable
adapter
type of connector
to either
FDDI
the section
refer
to
synchronous
and El 2.048
Mbps Mbps
EIAJTIA-449 V.35
with or external
either internal
FSIP The
eight ports are divided
MC68040
Motorola
SRAM
Each module
each of the four ports
configure
and
leave the remaining three ports idle
FSIP
which
has one
Mbps
The
16 type of
electrical
is
DSUs
connected
units
NRZ
nonreturn
to
zero
checks
redundancy
NRZ
and
mode 16-bit
format
commands
the section
See
interface
processor
interface
processor
interface
processor
interface
processor
FTP
indicate the
to that
lights
two
indicate the of the
state
of three LEDs indicates
PHY
interface
above
the
LEDs
pair of indicates
SAS
attachment
station
LED
Appendix
states refer to
and
with
primary secondary
be
FIPs available
can installed in
The multimode
FDDI
the external
to
Token
Ring Connections
to
Cx-FIP-MM
and
for an
optical
the
signal to
light pass directly
PIP
the
bypassing
occur
loss may
signal
switches
use
typically
CAB-FMDD
included
is
For
detailed
description
Connection
Equipment
serial that
ports
speeds Each
port supports
and
X.21
EIA-530
timing signals
into
two
four-port
contains 128
and
processor
can an
support aggregate
on module
to
operate
Therefore the
Mbps and
module
is that
amount
the
interface
the ports actual rates
to affect
and
nonreturn zero inverted
to
CRC5
The
default configuration
CRC
You
can
change
FSIP
Configurations
enabled for
is
physical
PHY
the
the face
on
the of one
status
or dual
rings
interface
MIC
or
network For
the
in
switch
bypass
from
the
transceivers
when
DIN
six-pin
with the
of
optical
the chapter
in
full
support
of the
any
and be
each
can
each
modules
KB
kilobytes
bandwidth
of
Mbps
or
at
maximum
on
an
8-port
and
of
traffic
NRZI
for
NRZ
the default
the chapter
in