The Processor Switching Module
•
EgPcUtil is the percentage of utilization on the egress. The range is 1–100.
cnfupcvbr or cnfupcabr <conn_ID> <polType> <pcr[0+1] <cdvt[0+1]> <scr> <mbs> <IngPcUtil>
<EgSrvRate> <EgPcUtil>
•
conn_ID identifies the connection. The format is port.vpi.vci.
polType is the policing type in the range 1–5. See
•
pcr is the peak call rate in the range 50–1412832 cps.
•
cdvt is the cell delay variation tolerance in the range 1–5000000 microseconds.
•
scr is the sustained cell rate. The range is 50–1412832 cps.
•
mbs is the maximum burst size. The range is 1–5000000 cells.
•
•
IngPcUtil is the percentage of utilization on the ingress. The range is 1–100.
•
EgSrvRate is the egress service rate. The range is 50–1412832 cps.
EgPcUtil is the percentage of utilization on the egress. The range is 1–100.
•
cnfupcubr <conn_ID> <polType> <pcr[0+1] < cdvt[0+1]> <IngPcUtil>
conn_ID identifies the connection. The format is port.vpi.vci.
•
polType is the policing type. The range is 3–5. See
•
pcr is the peak call rate in the range 50–1412832 cps.
•
•
cdvt is the cell delay variation tolerance in the range 1–5000000 microseconds.
•
IngPcUtil is the percentage of utilization on the ingress. The range is 1–100.
Table 6-1
Policing by
Connection Type
CBR
polType=4
CBR
polType=5
UBR
polType=3
UBR
polType=4
UBR
polType=5
VBR and ABR
polType=1
VBR and ABR
polType=2
Cisco MGX 8230 Edge Concentrator Installation and Configuration
6-12
Policing Definitions According to Policing and Connection Type
ATM Forum TM spec.
4.0 conformance
definition
CBR.1
(PCR Policing only)
When policing=5 (off) off
UBR.1
when CLP setting=no
UBR.2
when CLP setting=yes
Policing is off
VBR.1
1
VBR.2
Chapter 6
Table 6-1
for a list of these types.
Table 6-1
for a list of these types.
PCR Flow
CLP tagging
(1st leaky
(for PCR
bucket)
flow)
CLP(0+1)
no
n/a
CLP(0+1)
no
CLP(0+1)
no
off
n/a
CLP(0+1)
no
CLP(0+1)
no
Release 1.1.31, Part Number 78-11215-03 Rev. B0, May 2001
Card and Service Configuration
SCR Flow
CLP tagging
(2nd leaky
(for SCR
bucket)
flow)
off
n/a
off
n/a
off
n/a
CLP(0)
yes
off
n/a
CLP(0+1)
no
CLP(0)
no