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6
Configuring Routing
The bandwidth is entered in bits per second scaled by a factor of
10,000,000 (10,000,000/x kbps), where x is the actual bandwidth of the
interface.
8. (Optional) In the Protocol section, enter a new bandwidth multiplier in
the K1 (
K1 is used to globally influence bandwidth over delay.
9. (Optional) In the Protocol section, enter a new delay multiplier in the K2
(
K2 is used to globally influence delay over bandwidth.
10. (Optional) In the Protocol section, click the N
H
This disables the global route holddown parameter.
11. (Optional) In the Protocol section, enter the new maximum hop count
metric in the M
This is used to prevent infinite looping.
12. (Optional) In the Protocol section, enter the new update interval metric in
the U
This number determines how often route updates are sent out on all of the
interfaces.
13. (Optional) In the Protocol section, enter the new invalid interval metric in
the I
14. (Optional) In the Protocol section, enter the new hold interval metric in
the H
15. (Optional) In the Protocol section, enter the new flush interval metric in
the F
16. (Optional) In the Protocol section, click the Y
C
Leave this field set to N
17. To make your changes permanent, click S
260
BANDWIDTH MULTIPLIER
) edit box; then click A
DELAY MULTIPLIER
field; then click A
OLDDOWN
AXIMUM HOP COUNT
PDATE INTERVAL
NVALID INTERVAL
edit box; then click A
OLD INTERVAL
LUSH INTERVAL
Z
field; then click A
HECK
ERO
) edit box; then click A
.
PPLY
edit box; then click A
edit box; then click A
edit box; then click A
PPLY
edit box; then click A
.
PPLY
to interoperate with Cisco equipment.
O
AVE
.
PPLY
.
PPLY
radio button in the
O
.
PPLY
.
PPLY
.
PPLY
.
.
PPLY
radio button in the N
ES
.
Voyager Reference Guide
O
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