Cisco Systems 8600 Series manual Shown in the following example Example ASI cnfportq Command

Resource Partitioning

Note The preceding example displays a screen with the Protocol parameter set to None. If Protocol had been set to LMI or ILMI, the LMI parameters would also appear on the screen. The SVC parameters that need to be configured will remain the same, however.

Step 5 Configure the desired SVC Channels, SVC VPI Min, SVC VPI Max, and SVC Bandwidth as desired.

Step 6	Next configure the SVC Port Queue depth with the cnfportq <port num> command
	shown in the following example:
Example: ASI cnfportq Command
spvc21	VT	SuperUser	BPX 15	9.1	Sep. 24 1997 07:50 GMT
Port:	2.1	[FAILED ]
Interface:		MMF-2
Type:		UNI
Speed:		353208 (cps)

SVC Queue Pool Size: 400

CBR Queue Depth(64-cell blks):16

CBR Queue CLP			High Threshold:	80%
CBR	Queue	CLP	Low Threshold:	60%
CBR	Queue	EFCI Threshold:		80%

VBR Queue Depth(64-cell blks):50 VBR Queue CLP High Threshold: 80% VBR Queue CLP Low Threshold: 60%

VBR Queue EFCI Threshold: 80%

UBR/ABR Queue Depth(64-cells blks):28

UBR/ABR Queue CLP			High Threshold:	80%
UBR/ABR	Queue	CLP	Low Threshold:	60%
UBR/ABR	Queue	EFCI Threshold:		80%

This Command: cnfportq 2.1

SVC Queue Pool Size [400]:

Virtual Terminal

Step 7 Configure the SVC Queue Pool Size with this menu. Other parameters are for PVCs.

Step 8 Repeat SVC resource partitioning for every ASI port that you want to support SVCs in the BPX Switch.

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