Configuring Data Center Bridging Features
1007
It is recommended that the sum of minimum bandwidth percentages
configured on the CoS queues mapped to any TCG be less than or equal to
that of the weight percentage configured for the TCG, so that packets are not
dropped due to the congestion in the TCG.
In example below, the TCG0 and TCG1 are allocated 30% and 70% of the
bandwidth remaining after servicing TCG2 (strict priority) traffic. TCG2
traffic is handled with strict priority but can only consume up to 100% minus
the sum of the minimum bandwidths of TCG0 and TCG1 (60%).
console(config-if-Te1/0/1)#traffic-class-group weight 30 70 0
7. Set the Minimum Bandwidth for Each TCG (optional)
In this step, the minimum bandwidth is configured for each TCG while in
congestion. The minimum bandwidth setting ensures that a TCG is serviced
during congestion even if a higher priority TCG has an offered load greater
than 100% minus the minimum bandwidth assigned to the other TCGs.
The minimum bandwidth is enforced on the egress TCG regardless of the
scheduling mode and does not directly affect incoming traffic. The minimum
bandwidth for a TCG is configured as a percentage of the total bandwidth,
and the configured minimum bandwidths may sum to less than 100%. The
sum may not exceed 100%. Minimum bandwidth may be configured on a
single interface, a range of interfaces, or all interfaces. It is recommended that
the minimum bandwidth for a TCG be configured to be less than or equal to
the weight of the TCG.
CAUTION:
Sharing of bandwidth among TCGs is disabled if the sum of the
minumum bandwidth settings equals 100%.
console(config-if-Te1/0/1)#traffic-class-group min-bandwidth 10 50 0
8. Set the Maximum Bandwidth for each TCG (optional)
In this step, the maximum bandwidth for each TCG is configured. The
bandwidth allowed for the TCG will never exceed the maximum bandwidth
configured, even if configured for strict priority. This limit is configured as a
percentage of the total bandwidth and is used to shape egress traffic bursts to
no greater than the configured value. The maximum bandwidth may be
configured on a single interface, range of interfaces or all interfaces. When
configured to be 0, unlimited bandwidth is allowed on the TCG.
Содержание N2000 Series
Страница 50: ...50 Contents ...
Страница 54: ...54 Introduction ...
Страница 134: ...134 Using Dell OpenManage Switch Administrator ...
Страница 168: ...168 Setting Basic Network Information ...
Страница 206: ...206 Managing a Switch Stack ...
Страница 242: ...242 Configuring Authentication Authorization and Accounting ...
Страница 318: ...318 Managing General System Settings Figure 12 24 Verify MOTD ...
Страница 322: ...322 Managing General System Settings ...
Страница 344: ...344 Configuring SNMP Figure 13 18 Trap Logs Click Clear to delete all entries from the trap log ...
Страница 358: ...358 Configuring SNMP ...
Страница 388: ...388 Managing Images and Files ...
Страница 415: ...Monitoring Switch Traffic 415 Figure 16 2 sFlow Agent Summary ...
Страница 451: ...Monitoring Switch Traffic 451 5 On the Capture Options dialog click Manage Interfaces ...
Страница 458: ...458 Monitoring Switch Traffic ...
Страница 488: ...488 Configuring Port Characteristics Figure 18 3 Copy Port Settings 8 Click Apply ...
Страница 502: ...502 Configuring Port Characteristics ...
Страница 541: ...Configuring Port and System Security 541 Figure 19 12 Configure Port Security Settings 5 Click Apply ...
Страница 567: ...Configuring Port and System Security 567 Figure 19 38 Captive Portal Client Status ...
Страница 666: ...666 Configuring VLANs Figure 21 6 Add Ports to VLAN 4 Click Apply 5 Verify that the ports have been added to the VLAN ...
Страница 674: ...674 Configuring VLANs Figure 21 17 GVRP Port Parameters Table ...
Страница 680: ...680 Configuring VLANs Figure 21 24 Double VLAN Port Parameter Table ...
Страница 714: ...714 Configuring VLANs ...
Страница 737: ...Configuring the Spanning Tree Protocol 737 Figure 22 9 Spanning Tree Global Settings ...
Страница 760: ...760 Configuring the Spanning Tree Protocol ...
Страница 786: ...786 Discovering Network Devices ...
Страница 793: ...Configuring Port Based Traffic Control 793 Figure 24 3 Storm Control 5 Click Apply ...
Страница 878: ...878 Configuring Connectivity Fault Management ...
Страница 899: ...Snooping and Inspecting Traffic 899 Figure 27 17 DAI Interface Configuration Summary ...
Страница 903: ...Snooping and Inspecting Traffic 903 Figure 27 24 Dynamic ARP Inspection Statistics ...
Страница 924: ...924 Configuring Link Aggregation Figure 28 7 LAG Hash Summary ...
Страница 982: ...982 Configuring Link Aggregation ...
Страница 1062: ...1062 Configuring DHCP Server and Relay Settings ...
Страница 1096: ...1096 Configuring L2 and L3 Relay Features Figure 34 3 DHCP Relay Interface Summary ...
Страница 1200: ...1200 Configuring OSPF and OSPFv3 ...
Страница 1216: ...1216 Configuring RIP ...
Страница 1240: ...1240 Configuring VRRP ...
Страница 1284: ...1284 Configuring DHCPv6 Server and Relay Settings Relay Interface Number Vl100 Relay Remote ID Option Flags ...
Страница 1291: ...Configuring Differentiated Services 1291 Figure 40 5 DiffServ Class Criteria ...
Страница 1336: ...1336 Configuring Auto VoIP ...
Страница 1367: ...Managing IPv4 and IPv6 Multicast 1367 Figure 43 20 IGMP Cache Information ...
Страница 1422: ...1422 Managing IPv4 and IPv6 Multicast ...
Страница 1440: ...1440 System Process Definitions ...
Страница 1460: ...Index 1460 ...