Functional
Overview
Number
Topic
1.113
B-ISDN
terminology
1.1211
B-ISDN
basic
principles
1.150
B-ISDN
ATM
functionality
_______________
1.211
B-ISDN
services
1.311
B-ISDN
network
side
signaling
principles
1.32
B-ISDN
protocol
reference
model
and
application
1.327
B-ISDN
functional
structure
T.35B
B-ISDN
ATM
layer
cell transfer
function
1.36
B-ISDN
ATM
layer
specifications
1.362
B-ISDN
ATM
Adaptation
Layer
AAL
functions
1.363
B-ISDN
AAL
specifications
1.364
B-ISDN
connectionless
services
1.37
B-ISDN
traffic
control
and
congestion
control
1413
B-ISDN
user
network
interface
1.414
ISDN
and
B-ISDN
concept
of recommendations
on
user
access
in
Layer
1.43
B-ISDN
user
network
interface
Layer
specifications
1.580
B-ISDN
and
64
Kbps
internetworking
1.6
10
B-ISDN
Operation
and
Maintenance
OAM
principles
Q.93B
B-ISDN
signaling
Layer
Q.2100
Old Q.SAALOB-ISDN
concept
of
AAL
for signaling
Q.2110
Old
B-ISDN
AAL
Service-Specific
Connection-Oriented
Protocol
SSCOP
for signaling
Q.SAAL1
Q.2130
Old
B-ISDN
AAL
Service-Specific
Coordination
Protocol
SSCP
for
User
Network
Interface
Q.SAAL2
UNI
signaling
Q.2140
Old
B-ISDN
AAL
SSCP
for
Network
Node
Interface
NM
signaling
Q.SAAL3
Functional
Overview
The HyperSwitch
A100
has
three
primary
functions
Cell switching
Traffic
control
Connection
control
Cell
Switching
Function
Following
is
description
of the
cell
switching
function
along
the flow
of
ATM
cells
The
LINF
receives
cell
sent over
line
header
translator
checks
header
error
check
HEC
in
the
cell
header
and
generates
internal
switch-specific
overhead
SSO
information
using
VPI VCI
and
payload
type
PT
in
the
cell
header The
LINF
inserts
new VPI
and
VCI
values
in the
cell
header
if
the
cell
belongs
to
point-to-point
connection The
SSO
transfers
to
the
XATOMSW
along
with
the cell
1-10
Cisco HyperSwitch
A100
User Guide