「設定に再起動が必要なコンフィグまとめ」の版間の差分

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5行目: 5行目:
 
==== license boot level <License_Level> <ref>Chapter: License Verification
 
==== license boot level <License_Level> <ref>Chapter: License Verification
  
−
<nowiki>https://www.cisco.com/c/en/us/td/docs/routers/asr1000/install/guide/1001HX_1002HX/b_ASR1001HX-1002HX_HIG/b_ASR1001HX-1002HX_HIG_chapter_0110.html</nowiki>
+
https://www.cisco.com/c/en/us/td/docs/routers/asr1000/install/guide/1001HX_1002HX/b_ASR1001HX-1002HX_HIG/b_ASR1001HX-1002HX_HIG_chapter_0110.html
  
 
license boot level <License_Level></ref> ====
 
license boot level <License_Level></ref> ====
13行目: 13行目:
 
==== ISR4000 : platform hardware throughput level { 2500000 | 5000000} <ref>Performance
 
==== ISR4000 : platform hardware throughput level { 2500000 | 5000000} <ref>Performance
  
−
<nowiki>https://www.cisco.com/c/en/us/td/docs/routers/access/4400/software/configuration/guide/isr4400swcfg/bm_isr_4400_sw_config_guide_chapter_0101.html#concept_3F15D3B0CBA64CA9BADC3C84FE0C63FB</nowiki>
+
https://www.cisco.com/c/en/us/td/docs/routers/access/4400/software/configuration/guide/isr4400swcfg/bm_isr_4400_sw_config_guide_chapter_0101.html#concept_3F15D3B0CBA64CA9BADC3C84FE0C63FB
  
 
To configure the throughput level, perform the following steps and to upgrade the throughput level use the platform hardware throughput level { 2500000 | 5000000} command.
 
To configure the throughput level, perform the following steps and to upgrade the throughput level use the platform hardware throughput level { 2500000 | 5000000} command.
31行目: 31行目:
 
==== ISR4000 : platform hardware throughput level boost <ref>platform hardware throughput level boost
 
==== ISR4000 : platform hardware throughput level boost <ref>platform hardware throughput level boost
  
−
<nowiki>https://www.cisco.com/c/en/us/td/docs/routers/access/4400/software/configuration/guide/isr4400swcfg/bm_isr_4400_sw_config_guide_chapter_0101.html#concept_x2p_pkj_ndb</nowiki>
+
https://www.cisco.com/c/en/us/td/docs/routers/access/4400/software/configuration/guide/isr4400swcfg/bm_isr_4400_sw_config_guide_chapter_0101.html#concept_x2p_pkj_ndb
  
 
Save the configuration and reload the device to enable Boost performance license. After the reload, the Boost Performance is activated as shown in this example.</ref>====
 
Save the configuration and reload the device to enable Boost performance license. After the reload, the Boost Performance is activated as shown in this example.</ref>====
37行目: 37行目:
 
==== ASR1000 : platform hardware throughput level <ref>スループット レベルの設定
 
==== ASR1000 : platform hardware throughput level <ref>スループット レベルの設定
  
−
<nowiki>https://www.cisco.com/c/ja_jp/td/docs/routers/asr1000/install/guide/1001-x/asr1hig-book/asr1hig-book_chapter_0101.html#con_1060881</nowiki>
+
https://www.cisco.com/c/ja_jp/td/docs/routers/asr1000/install/guide/1001-x/asr1hig-book/asr1hig-book_chapter_0101.html#con_1060881
  
 
Cisco ASR 1001-X ルータの組み込みエンベデッド サービス プロセッサは、ソフトウェア ライセンスに応じて、2.5 Gbps（デフォルト）、5 Gbps、10 Gbps、および 20 Gbps のスループットをサポートします。
 
Cisco ASR 1001-X ルータの組み込みエンベデッド サービス プロセッサは、ソフトウェア ライセンスに応じて、2.5 Gbps（デフォルト）、5 Gbps、10 Gbps、および 20 Gbps のスループットをサポートします。
59行目: 59行目:
 
==== mls cef maximum-routes <ref>CAT 6500 and 7600 Series Routers and Switches TCAM Allocation Adjustment Procedures
 
==== mls cef maximum-routes <ref>CAT 6500 and 7600 Series Routers and Switches TCAM Allocation Adjustment Procedures
  
−
<nowiki>https://www.cisco.com/c/en/us/support/docs/switches/catalyst-6500-series-switches/117712-problemsolution-cat6500-00.html#anc3</nowiki>
+
https://www.cisco.com/c/en/us/support/docs/switches/catalyst-6500-series-switches/117712-problemsolution-cat6500-00.html#anc3
  
 
You can enter the mls cef maximum-routes ip <number in thousands> command in order to adjust the number of routing entries that are allocated to the IPv4. This does not increase the overall size of the FIB TCAM, but it reduces the number of routing entries that are allocated to the IPv6 in order to increase the amount of TCAM space for the IPv4.</ref>====
 
You can enter the mls cef maximum-routes ip <number in thousands> command in order to adjust the number of routing entries that are allocated to the IPv4. This does not increase the overall size of the FIB TCAM, but it reduces the number of routing entries that are allocated to the IPv6 in order to increase the amount of TCAM space for the IPv4.</ref>====
67行目: 67行目:
 
==== 3750 : sdm prefer { access | default | dual-ipv4-and-ipv6 { default | routing | vlan } | indirect-ipv4-and-ipv6-routing | routing | vlan } <ref>Chapter: Configuring SDM Templates
 
==== 3750 : sdm prefer { access | default | dual-ipv4-and-ipv6 { default | routing | vlan } | indirect-ipv4-and-ipv6-routing | routing | vlan } <ref>Chapter: Configuring SDM Templates
  
−
<nowiki>https://www.cisco.com/c/en/us/td/docs/switches/lan/catalyst3750x_3560x/software/release/15-0_2_se/configuration/guide/3750x_cg/swsdm.html</nowiki></ref>====
+
https://www.cisco.com/c/en/us/td/docs/switches/lan/catalyst3750x_3560x/software/release/15-0_2_se/configuration/guide/3750x_cg/swsdm.html</ref>====
 
PBR はデフォルトで TCAM が割り当てられていないため、routing テンプレートに変更 ＋ 再起動が必要
 
PBR はデフォルトで TCAM が割り当てられていないため、routing テンプレートに変更 ＋ 再起動が必要
  
74行目: 74行目:
 
==== license boot level <license_level> <ref>Configuring Base and Add-On Licenses
 
==== license boot level <license_level> <ref>Configuring Base and Add-On Licenses
  
−
<nowiki>https://www.cisco.com/c/en/us/td/docs/switches/lan/catalyst9300/software/release/17-6/configuration_guide/sys_mgmt/b_176_sys_mgmt_9300_cg/licenses.html#Cisco_Task.dita_f126c327-a647-4235-b1a2-930771e49f9d</nowiki>
+
https://www.cisco.com/c/en/us/td/docs/switches/lan/catalyst9300/software/release/17-6/configuration_guide/sys_mgmt/b_176_sys_mgmt_9300_cg/licenses.html#Cisco_Task.dita_f126c327-a647-4235-b1a2-930771e49f9d
  
 
license boot level <license_level></ref>====
 
license boot level <license_level></ref>====
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==== 9500 : sdm prefer { core <kbd>|</kbd> nat <kbd>|</kbd> distribution <kbd>|</kbd> custom } <ref>Chapter: Configuring SDM Templates
 
==== 9500 : sdm prefer { core <kbd>|</kbd> nat <kbd>|</kbd> distribution <kbd>|</kbd> custom } <ref>Chapter: Configuring SDM Templates
  
−
<nowiki>https://www.cisco.com/c/en/us/td/docs/switches/lan/catalyst9500/software/release/17-6/configuration_guide/sys_mgmt/b_176_sys_mgmt_9500_cg/configuring_sdm_templates.html</nowiki></ref>====
+
https://www.cisco.com/c/en/us/td/docs/switches/lan/catalyst9500/software/release/17-6/configuration_guide/sys_mgmt/b_176_sys_mgmt_9500_cg/configuring_sdm_templates.html</ref>====
  
 
* 9500H は MAC アドレステーブルや ARP などがデフォルトの Core テンプレートで少ないため、Distribution に変更するケースがあります
 
* 9500H は MAC アドレステーブルや ARP などがデフォルトの Core テンプレートで少ないため、Distribution に変更するケースがあります
91行目: 91行目:
 
* コマンド投入時、次回の再起動時に有効になる旨のメッセージが表示されます
 
* コマンド投入時、次回の再起動時に有効になる旨のメッセージが表示されます
 
* ただ、これは起動時に発動するコマンドのため、reload が必要とは違う気がします
 
* ただ、これは起動時に発動するコマンドのため、reload が必要とは違う気がします
 +
 +
== Juniper ==
 +
 +
=== MX204 ===
 +
 +
==== set chassis fpc <fpc_num> pic <pic_num> port <port_num> speed <speed> <ref>Port Speed on MX204 Overview<nowiki/>https://www.juniper.net/documentation/us/en/software/junos/interfaces-ethernet/topics/topic-map/port-speed-configuration.html#concept-mx204
 +
 +
To change the default speed, you must select a port
 +
 +
and configure a different port speed on it
 +
 +
and '''reset both the PICs for the configuration to take effect.'''
 +
 +
For example, select 40GE or 100GE on PIC0 and 10GE on PIC1.
 +
 +
For this configuration to take effect, you must reset both PICs.</ref> ====
 +
 +
* シャーシ全体の再起動 + Junos 起動は必要ないけど、両方の PIC = 全ポートが reset されるため要注意
  
 
== Arista ==
 
== Arista ==
96行目: 114行目:
 
=== 7050X3 ===
 
=== 7050X3 ===
  
−
==== service routing protocols model { ribd | multi-agent } <ref>localhost(config)#service routing protocols model multi-agent
+
==== service routing protocols model { ribd | multi-agent } <ref><syntaxhighlight lang="diff">
−
 
+
localhost(config)#service routing protocols model multi-agent  
 
! Change will take effect only after switch reboot
 
! Change will take effect only after switch reboot
−
 
+
localhost(config)#
−
localhost(config)#</ref> ====
+
</syntaxhighlight></ref> ====
  
 
* 2022/09 現在は ribd がデフォルト
 
* 2022/09 現在は ribd がデフォルト
110行目: 128行目:
 
==== hardware access-list mechanism tcam <ref>Support for Private VLAN
 
==== hardware access-list mechanism tcam <ref>Support for Private VLAN
  
−
<nowiki>https://www.arista.com/en/um-eos/eos-virtual-lans-vlans?searchword=reload</nowiki>
+
https://www.arista.com/en/um-eos/eos-virtual-lans-vlans?searchword=reload
  
 
On DCS-7280R, DCS-7280R2, DCS-7500R, DCS-7500R2, DCS-7020R
 
On DCS-7280R, DCS-7280R2, DCS-7500R, DCS-7500R2, DCS-7020R
122行目: 140行目:
 
==== system resource-usage nat-pool-addr-count <ref>system resource-usage
 
==== system resource-usage nat-pool-addr-count <ref>system resource-usage
  
−
<nowiki>https://documentation.a10networks.com/ACOS/271x/271-P6/ACOS_2_7_1-P6/html/ax-cli-reference-Responsive%20HTML5/ax-cli-reference/ax-cli-globalcfg-cmds/system_resource-usage.htm?rhsearch=system%20resource-usage%20nat-pool-addr-count&rhsyns=%20</nowiki>
+
https://documentation.a10networks.com/ACOS/271x/271-P6/ACOS_2_7_1-P6/html/ax-cli-reference-Responsive%20HTML5/ax-cli-reference/ax-cli-globalcfg-cmds/system_resource-usage.htm?rhsearch=system%20resource-usage%20nat-pool-addr-count&rhsyns=%20
  
 
nat-pool-addr-count --- Total IP source NAT pools
 
nat-pool-addr-count --- Total IP source NAT pools
129行目: 147行目:
  
 
To place a change to l4-session-count into effect, a reboot is required. A reload will not place this change into effect. For changes to any of the other system resources, a reload is required but a reboot is not required.</ref> ====
 
To place a change to l4-session-count into effect, a reboot is required. A reload will not place this change into effect. For changes to any of the other system resources, a reload is required but a reboot is not required.</ref> ====
−
CGN 用 NAT プールアドレス
+
 
 +
* CGN 用 NAT プールアドレス
  
 
=== Thunder 3040S CFW ===
 
=== Thunder 3040S CFW ===
135行目: 154行目:
 
==== system resource-usage nat-pool-addr-count <ref>system resource-usage
 
==== system resource-usage nat-pool-addr-count <ref>system resource-usage
  
−
<nowiki>https://documentation.a10networks.com/ACOS/414x/ACOS_4_1_4-GR1-P1/html/cli-reference-Responsive%20HTML5/cli-reference/cli-globalcfg-cmds/system_resource-usage.htm?rhsearch=system%20resource-usage&rhsyns=%20</nowiki>
+
https://documentation.a10networks.com/ACOS/414x/ACOS_4_1_4-GR1-P1/html/cli-reference-Responsive%20HTML5/cli-reference/cli-globalcfg-cmds/system_resource-usage.htm?rhsearch=system%20resource-usage&rhsyns=%20
  
 
nat-pool-addr-count num --- Total number of NAT pool addresses available for configuration in the system. The range is platform specific.
 
nat-pool-addr-count num --- Total number of NAT pool addresses available for configuration in the system. The range is platform specific.
153行目: 172行目:
 
==== cgnv6 resource-usage lsn-nat-addr-count <ref>cgnv6 resource-usage
 
==== cgnv6 resource-usage lsn-nat-addr-count <ref>cgnv6 resource-usage
  
−
<nowiki>https://documentation.a10networks.com/ACOS/414x/ACOS_4_1_4-GR1-P11/html/cliv6-Responsive%20HTML5/cliv6/cliv6_cgn_aka_lsn_cmds/cgnv6_resource-usage.htm?rhsearch=cgnv6%20resource-usage%20lsn-nat-addr-count&rhsyns=%20</nowiki></ref> <ref>#cgnv6 resource-usage lsn-nat-addr-count 2048
+
https://documentation.a10networks.com/ACOS/414x/ACOS_4_1_4-GR1-P11/html/cliv6-Responsive%20HTML5/cliv6/cliv6_cgn_aka_lsn_cmds/cgnv6_resource-usage.htm?rhsearch=cgnv6%20resource-usage%20lsn-nat-addr-count&rhsyns=%20</ref> <ref><syntaxhighlight lang="diff">
−
 
+
(config)#cgnv6 resource-usage lsn-nat-addr-count 2048
−
Changes will come into effect next time you reload the Software.</ref> ====
+
Changes will come into effect next time you reload the Software.
 +
</syntaxhighlight></ref> ====
  
 
* こちらはコマンドリファレンスに reload 必須との記載が無いが、コマンドを打つと reload が必要と出てくる
 
* こちらはコマンドリファレンスに reload 必須との記載が無いが、コマンドを打つと reload が必要と出てくる

2022年9月20日 (火) 17:01時点における版

Cisco

ISR4000 / ASR1000

license boot level <License_Level> [1]

  • Universal イメージの IOS / IOS-XE はコマンドでライセンス レベルを変更可能

ISR4000 : platform hardware throughput level { 2500000 | 5000000} [2]

ISR4000 : platform hardware throughput level boost [3]

ASR1000 : platform hardware throughput level [4]

  • デフォルトは双方向で合計 2.5Gbps のスループット
  • 最大双方向で 20Gbps のスループットを設定可能
  • CSR1000V は再起動が不要と記載あり

Catalyst 6500 Sup720

mls cef maximum-routes [5]

Catalyst 2960 / 3750 / 3560

3750 : sdm prefer { access | default | dual-ipv4-and-ipv6 { default | routing | vlan } | indirect-ipv4-and-ipv6-routing | routing | vlan } [6]

PBR はデフォルトで TCAM が割り当てられていないため、routing テンプレートに変更 ＋ 再起動が必要

Catalyst 3850 / 3650 / 9000

license boot level <license_level> [7]

  • Universal イメージの IOS / IOS-XE はコマンドでライセンス レベルを変更可能

9500 : sdm prefer { core | nat | distribution | custom } [8]

  • 9500H は MAC アドレステーブルや ARP などがデフォルトの Core テンプレートで少ないため、Distribution に変更するケースがあります

Nexus 9300

max-metric router-lsa external-lsa include-stub on-startup summary-lsa

  • コマンド投入時、次回の再起動時に有効になる旨のメッセージが表示されます
  • ただ、これは起動時に発動するコマンドのため、reload が必要とは違う気がします

Juniper

MX204

set chassis fpc <fpc_num> pic <pic_num> port <port_num> speed <speed> [9]

  • シャーシ全体の再起動 + Junos 起動は必要ないけど、両方の PIC = 全ポートが reset されるため要注意

Arista

7050X3

service routing protocols model { ribd | multi-agent } [10]

  • 2022/09 現在は ribd がデフォルト
  • 最近は multi-agent を使うのが主流
  • EVPN などでは multi-agent を使用する必要がある

DCS-7280R, DCS-7280R2, DCS-7500R, DCS-7500R2, DCS-7020R

hardware access-list mechanism tcam [11]

A10

Thunder 3030S CGN

system resource-usage nat-pool-addr-count [12]

  • CGN 用 NAT プールアドレス

Thunder 3040S CFW

system resource-usage nat-pool-addr-count [13]

cgnv6 resource-usage lsn-nat-addr-count [14] [15]

  • こちらはコマンドリファレンスに reload 必須との記載が無いが、コマンドを打つと reload が必要と出てくる


リファレンス

  1. ↑ Chapter: License Verification https://www.cisco.com/c/en/us/td/docs/routers/asr1000/install/guide/1001HX_1002HX/b_ASR1001HX-1002HX_HIG/b_ASR1001HX-1002HX_HIG_chapter_0110.html license boot level <License_Level>
  2. ↑ Performance https://www.cisco.com/c/en/us/td/docs/routers/access/4400/software/configuration/guide/isr4400swcfg/bm_isr_4400_sw_config_guide_chapter_0101.html#concept_3F15D3B0CBA64CA9BADC3C84FE0C63FB To configure the throughput level, perform the following steps and to upgrade the throughput level use the platform hardware throughput level { 2500000 | 5000000} command. In the user EXEC configuration mode, enter the enable command. Enter configure terminal command to enter the global configuration mode. To upgrade the throughput level, enter the platform hardware throughput level{2500000|5000000} command. To exit global configuration mode, enter exit. To save the configuration, enter the copy running-config startup-config command. To reload the router enter reload. A reload is required to activate the throughput level.
  3. ↑ platform hardware throughput level boost https://www.cisco.com/c/en/us/td/docs/routers/access/4400/software/configuration/guide/isr4400swcfg/bm_isr_4400_sw_config_guide_chapter_0101.html#concept_x2p_pkj_ndb Save the configuration and reload the device to enable Boost performance license. After the reload, the Boost Performance is activated as shown in this example.
  4. ↑ スループット レベルの設定 https://www.cisco.com/c/ja_jp/td/docs/routers/asr1000/install/guide/1001-x/asr1hig-book/asr1hig-book_chapter_0101.html#con_1060881 Cisco ASR 1001-X ルータの組み込みエンベデッド サービス プロセッサは、ソフトウェア ライセンスに応じて、2.5 Gbps（デフォルト）、5 Gbps、10 Gbps、および 20 Gbps のスループットをサポートします。 ソフトウェア アクティベーションによるパフォーマンス アップグレード ライセンスを適用してから、ルータをリロードすることによって、ESP のスループットを 2.5 Gbps（デフォルト）から 5 Gbps にアップグレードできます。ESP のスループットは、任意のライセンス レベルから別のライセンス レベルにアップグレードできます。 ESP の現在のスループットレベルを決定するには、show platform hardware throughput level コマンドを実行します。 次に、20 Gbps パフォーマンス アップグレード ライセンスの適用とルータのリロード後の このコマンドの出力例を示します。
  5. ↑ CAT 6500 and 7600 Series Routers and Switches TCAM Allocation Adjustment Procedures https://www.cisco.com/c/en/us/support/docs/switches/catalyst-6500-series-switches/117712-problemsolution-cat6500-00.html#anc3 You can enter the mls cef maximum-routes ip <number in thousands> command in order to adjust the number of routing entries that are allocated to the IPv4. This does not increase the overall size of the FIB TCAM, but it reduces the number of routing entries that are allocated to the IPv6 in order to increase the amount of TCAM space for the IPv4.
  6. ↑ Chapter: Configuring SDM Templates https://www.cisco.com/c/en/us/td/docs/switches/lan/catalyst3750x_3560x/software/release/15-0_2_se/configuration/guide/3750x_cg/swsdm.html
  7. ↑ Configuring Base and Add-On Licenses https://www.cisco.com/c/en/us/td/docs/switches/lan/catalyst9300/software/release/17-6/configuration_guide/sys_mgmt/b_176_sys_mgmt_9300_cg/licenses.html#Cisco_Task.dita_f126c327-a647-4235-b1a2-930771e49f9d license boot level <license_level>
  8. ↑ Chapter: Configuring SDM Templates https://www.cisco.com/c/en/us/td/docs/switches/lan/catalyst9500/software/release/17-6/configuration_guide/sys_mgmt/b_176_sys_mgmt_9500_cg/configuring_sdm_templates.html
  9. ↑ Port Speed on MX204 Overviewhttps://www.juniper.net/documentation/us/en/software/junos/interfaces-ethernet/topics/topic-map/port-speed-configuration.html#concept-mx204 To change the default speed, you must select a port and configure a different port speed on it and reset both the PICs for the configuration to take effect. For example, select 40GE or 100GE on PIC0 and 10GE on PIC1. For this configuration to take effect, you must reset both PICs.
  10. ↑ 
    localhost(config)#service routing protocols model multi-agent 
! Change will take effect only after switch reboot
localhost(config)#
  11. ↑ Support for Private VLAN https://www.arista.com/en/um-eos/eos-virtual-lans-vlans?searchword=reload On DCS-7280R, DCS-7280R2, DCS-7500R, DCS-7500R2, DCS-7020R Private VLAN and Algomatch features are mutually exclusive. Disable algomatch with the hardware access-list mechanism tcam command . Note that this requires a reload of the system to take effect.
  12. ↑ system resource-usage https://documentation.a10networks.com/ACOS/271x/271-P6/ACOS_2_7_1-P6/html/ax-cli-reference-Responsive%20HTML5/ax-cli-reference/ax-cli-globalcfg-cmds/system_resource-usage.htm?rhsearch=system%20resource-usage%20nat-pool-addr-count&rhsyns=%20 nat-pool-addr-count --- Total IP source NAT pools Reload or Reboot Required To place a change to l4-session-count into effect, a reboot is required. A reload will not place this change into effect. For changes to any of the other system resources, a reload is required but a reboot is not required.
  13. ↑ system resource-usage https://documentation.a10networks.com/ACOS/414x/ACOS_4_1_4-GR1-P1/html/cli-reference-Responsive%20HTML5/cli-reference/cli-globalcfg-cmds/system_resource-usage.htm?rhsearch=system%20resource-usage&rhsyns=%20 nat-pool-addr-count num --- Total number of NAT pool addresses available for configuration in the system. The range is platform specific. Usage To place a change to l4-session-count into effect, a reboot is required. A reload will not place this change into effect. For changes to any of the other system resources, a reload is required but a reboot is not required.
  14. ↑ cgnv6 resource-usage https://documentation.a10networks.com/ACOS/414x/ACOS_4_1_4-GR1-P11/html/cliv6-Responsive%20HTML5/cliv6/cliv6_cgn_aka_lsn_cmds/cgnv6_resource-usage.htm?rhsearch=cgnv6%20resource-usage%20lsn-nat-addr-count&rhsyns=%20
  15. ↑ 
    (config)#cgnv6 resource-usage lsn-nat-addr-count 2048
Changes will come into effect next time you reload the Software.
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