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1、 内部公开Internal Use Only请关注红色字体的配置，及蓝色字体的注释。olleh!hostname ZXSS10B - SBC的主机名，即ACR中Origin-Host AVP，会体现到CDR中的tNodeAddress。目前最大长度为32。!measure set md5-key 0123456789abcdef!sbcworking-role SIGNAL-PORTAL-ELEMENT!sbcsystemlog disablenat-traversal enable rtcp enablemedia-release disablesignal-encrypt-switch d
2、isableuser-ipport-index disabledns-client-notify disabledns-weight0-schedule disabledns-ignore-nscount enabledns-server enum-cache disabledns-server select-local-server disablemedia-elapse disablemedia-elapse-time 60license-alarm-threshold 80cpu-alarm 100media-resource-check-cycle 10batch-sync devic
3、emedia-elapse-protocol h248 disablemedia-elapse-protocol mgcp disablemedia-elapse-protocol sip disablemedia-elapse-protocol h323 disablebackup h323-session enablechange-priority-dynamic enablevnet-ip 1.1.1.1 255.255.255.0!sbcsystemlicense 1 -要申请Rf计费功能的licenselicense 9CA7365FB8E6DDE4FFC1F4D5D093AECCD
4、DE6DBD5FEE4FBEEDEE6DDE6E5EDDDE1ECE6EBE6DDE5DDE6D9E6DDE2A8C0DDF2DDE6C8CEDDE4CDE6DDD0ADE6D7E6C496A8F6DDD4DDE6DDE5F7E3DDE6DDE6DBF6D2E6DDE6DDFDDEE6DDE6DDE5F7license DF9A602DFBDB9ED9BCFCB7E893AEEDF19EDB98E8BDDB8ED39CDB9DD39EDB9ED8B4$activate license 1!sbcsystempacket-dump disk quota 2000packet-dump media
5、 max-call 1packet-dump timer ftp-client-interval 60packet-dump ftp client disablepacket-dump ftp client remote-ip-address ipv4 0.0.0.0 remote-port 21packet-dump ftp client remote-user username user password user!sbcbillingrf-attributedomain - SBC的域名ccf 1 - CG主机编号，该编号在ccf-policy、ccf pool中被引用，在本配置实例中c
6、cf 1为主用的CG。host-name - CG主机名，要和CG约定好，配置Diameter链路、Diameter路由时也要用到。domain-name - CG域名，要和CG约定好，配置Diameter链路时也要用到。$ccf 2 -在本配置实例中ccf 2为备用的CG。host-name domain-name $ccf-pool 1ccf-id 1 weight 100 priority 1 - 优先级值越小，优先级越高。ccf-id 2 weight 100 priority 2 - ccf 1为主用，ccf 1的优先级值要比ccf 2小。host-name -用于和ccf-poli
7、cy中关联的CCF主机名做匹配，本配置实例中ccf-policy关联的是ccf 1。-该ccf-pool的倒换倒回模式使用默认配置，即自动倒换、手动倒回。$ccf-policy 1 - 1号计费策略配置ccf-id 1 - 该1号计费策略关联了ccf 1，之后会用ccf1主机名作为入参，与各ccf-pool中的host-name做匹配，如果匹配上，就在这个ccf-pool中选择可用的CCF主机来发送ACR。trigger invite-point all - 呼叫流程的计费触发点（在什么场景下出话单，要根据局方具体要求设置） trigger register-point all - 注册流程的
8、计费触发点（在什么场景下出话单，要根据局方具体要求设置）trigger message-point all - message流程的计费触发点（在什么场景下出话单，要根据局方具体要求设置）trigger subscribe-point all - 订阅流程的计费触发点（在什么场景下出话单，要根据局方具体要求设置）trigger notify-point all - notify流程的计费触发点（在什么场景下出话单，要根据局方具体要求设置）trigger publish-point all - publish流程的计费触发点（在什么场景下出话单，要根据局方具体要求设置）trigger sessi
9、on-point interim-all -对reinvite、update出Interim ACR；中间话单定时器超时出Interim ACR$ccf-policy 50 - 50号计费策略配置ccf-id 1trigger invite-point all trigger register-point all trigger subscribe-point all node-functionality-code 200 - 该计费策略应用于A-SBC网元，node-functionality-code AVP值为200。A-SBC、ATCF的node-functionality-code值
10、在3GPP中未定义，需要和CG协商好。如果不配置，默认值为7，表示ISBC网元，1号计费策略就是用于ISBC网元的。$ccf-policy 51ccf-id 1trigger invite-point all trigger register-point all trigger subscribe-point all node-functionality-code 1 - 该计费策略应用于P-CSCF网元，node-functionality-code AVP值为1。$ccf-policy 52ccf-id 1trigger invite-point all trigger register-
11、point all trigger subscribe-point all node-functionality-code 15 - 该计费策略应用于ATCF网元，node-functionality-code AVP值为15。A-SBC、ATCF的node-functionality-code值在3GPP中未定义，需要和CG协商好。$ccf-policy-id 1 - 全局计费策略编号为1。各启用Rf计费的信令分组上可分别配置某条计费策略。如果信令分组上没有配置计费策略，就默认使用这里配置的全局计费策略。!sbcfirewall!sbcfirewallfirewall bwg-list di
12、sableblack-list session-timer 600gray-list session-timer 120gray-list global-rate 1500white-list base-rate 2000white-list global-rate 3500notify-rate-limit 0gray-list commit-message-rate 24rate-limit telnet 800rate-limit ssh 1600!sbcmedia-portalmedia-location localmedia-resource 1ip-address ipv4 10.
13、43.30.60 port 20000 29999$media-resource 2ip-address ipv4 10.43.30.60 port 40000 49999$!sbcsignal-portaltcp 1 - 事先和CG确定好使用TCP还是SCTP承载。conn-name sbc-cg_1local-addr ipv4 10.43.42.61 port 3868 - 本端（SBC）IP地址、端口号（如果是SBC双机主备，本端IP地址建议使用本机的实地址）remote-addr ipv4 10.43.38.116 port 3868 - 对端（CG）IP地址、端口号local-ro
14、le client - SBC为客户端$tcp 2 - 本配置实例中，tcp 1 、tcp 2都是用于SBC与主用CG（ccf 1）之间的，注意端口号不同。conn-name sbc-cg_2local-addr ipv4 10.43.42.61 port 3869 - 本端（SBC）IP地址、端口号（如果是SBC双机主备，本端IP地址建议使用本机的实地址）remote-addr ipv4 10.43.38.116 port 3869 - 对端（CG）IP地址、端口号local-role client$tcp 3 - 本配置实例中，tcp 3 、tcp 4都是用于SBC与备用CG（ccf 2）
15、之间的，注意端口号不同。conn-name sbc-cg1_1local-addr ipv4 10.43.42.61 port 3868 - 本端（SBC）IP地址、端口号（如果是SBC双机主备，本端IP地址建议使用本机的实地址）remote-addr ipv4 10.43.38.216 port 3868 - 对端（CG）IP地址、端口号local-role client - SBC为客户端$tcp 4conn-name sbc-cg1_2local-addr ipv4 10.43.42.61 port 3869 - 本端（SBC）IP地址、端口号（如果是SBC双机主备，本端IP地址建议使用
16、本机的实地址）remote-addr ipv4 10.43.38.216 port 3869 - 对端（CG）IP地址、端口号local-role client$!sbcsystemactivate tcp 1 - 激活1号TCP链路activate tcp 2 - 激活2号TCP链路activate tcp 3 - 激活3号TCP链路activate tcp 4 - 激活4号TCP链路!sbcsignal-portalcredible-sccas-profile 4atu-sti sip:$!sbcsignal-portalatcf-profile 4atcf-anchor-atgw-esr
17、vcc enableatcf-msc-midcall-switch disableatcf-msc-alerting-switch disableatcf-msc-prealerting-switch disablecredible-sccas-profile 4atcf-stn-sr tel:+12345678$!sbcsignal-portal$!sbcsignal-portal功能测试时，与CG之间可只配置1条Diameter链路、1条Diameter路由。性能测试或商用环境中，要配置多条Diameter链路，也就要配置多条Diameter路由，还会用到Diameter路由组。diame
18、terapplication-type rf session-ratio 90 transaction-ratio 90 -Rf应用可占用的Diameter数据区比率，可使用默认配置。 link 1 - 1号Diameter链路配置local-host ZXSS10B - SBC主机名，要和CG约定好，在CG上配置Diameter链路也要用到。local-realm - SBC域名，要和CG约定好，在CG上配置Diameter链路也要用到。remote-host - CG主机名。remote-realm - CG域名。transport tcp 1 - 关联1号TCP链路link-check
19、enable interval-time 10 retry-times 3 -Diameter链路检测配置，可使用默认配置。$link 2 - 2号Diameter链路配置local-host ZXSS10Blocal-realm remote-host remote-realm transport tcp 2 - 关联2号TCP链路$link 3 - 3号Diameter链路配置local-host ZXSS10Blocal-realm remote-host remote-realm transport tcp 3 - 关联3号TCP链路。$link 4 - 4号Diameter链路配置l
20、ocal-host ZXSS10Blocal-realm remote-host remote-realm transport tcp 4 - 关联4号TCP链路。$route-group 1property load-balance - route-group 1其下各条route间为负荷分担route-group 2property load-balance - route-group 2其下各条route间为负荷分担$route 1 - Diameter路由配置link-id 1 -关联1号Diameter链路route-group-id 1 - 把route 1加到route-grou
21、p 1中local-action relay - 表示路由出局nexthop-uri - 目的URI为主用CG主机名application-id rf $route 2 link-id 2 -关联2号Diameter链路route-group-id 1 - 把route 2加到route-group 1中local-action relaynexthop-uri - 目的URI为主用CG主机名application-id rf $route 3 link-id 3 -关联3号Diameter链路route-group-id 2 - 把route 3加到route-group 2中local-a
22、ction relaynexthop-uri - 目的URI为备用CG主机名application-id rf$route 4 link-id 4 -关联4号Diameter链路route-group-id 2 - 把route 4加到route-group 2中local-action relaynexthop-uri - 目的URI为备用CG主机名application-id rf$在配置实例中，为主用CG，为备用CG，SBC与这两台CG之间分别有两条Diameter链路，SBC到某一CG的两条Diameter链路为负荷分担。!sbcsignal-portalbandwidth!sbcsi
23、gnal-portalroute-analyser 50first-analyser-list 1analyser-list 1item defaultroute-select signal-group 50 pool 2$!sbcsignal-portalroute-analyser 51first-analyser-list 1analyser-list 1item defaultroute-select signal-group 50 pool 1$!sbcsignal-portalroute-analyser 52first-analyser-list 1analyser-list 1
24、item defaultroute-select signal-group 51 pool 2$!sbcsignal-portalroute-analyser 53first-analyser-list 1analyser-list 1item defaultroute-select signal-group 51 pool 1$!sbcsignal-portalroute-analyser 54first-analyser-list 1analyser-list 1item defaultroute-select signal-group 52 pool 1$!sbcsignal-porta
25、lroute-analyser 56first-analyser-list 1analyser-list 1item 1match sip-method register$item defaultcontinue analyser-list 2$analyser-list 2item defaultroute-select signal-group 52 pool 2$!sbcsignal-portalroute-analyser 55first-analyser-list 1analyser-list 1item defaultroute-select signal-group 52 poo
26、l 2$!sbcsignal-portalroute-analyser 4first-analyser-list 1analyser-list 1item defaultroute-select signal-group 5 pool 2 signal-nexthop 5$!sbcsignal-portalroute-analyser 5first-analyser-list 1analyser-list 1item defaultroute-select signal-group 5 pool 1 signal-nexthop 4$!sbcsignal-portalsignal-nextho
27、p 5ip-address ipv4 10.43.30.149remote-address ipv4 10.43.30.0 prefix-length 24!sbcsignal-portalsignal-nexthop 50ip-address ipv4 128.0.0.50isinner trueremote-address ipv4 128.0.0.50 prefix-length 32!sbcsignal-portalsignal-nexthop 51ip-address ipv4 128.0.0.51isinner trueremote-address ipv4 128.0.0.51
28、prefix-length 32!sbcsignal-portalsignal-nexthop 52ip-address ipv4 128.0.0.52isinner trueremote-address ipv4 128.0.0.52 prefix-length 32!sbcsignal-portalsignal-nexthop 53ip-address ipv4 128.0.0.53isinner trueremote-address ipv4 128.0.0.53 prefix-length 32!sbcsignal-portalsignal-nexthop 54ip-address i
29、pv4 128.0.0.54isinner trueremote-address ipv4 128.0.0.54 prefix-length 32!sbcsignal-portalsignal-nexthop 6ip-address ipv4 10.43.30.22remote-address ipv4 10.43.30.22 prefix-length 32!sbcsignal-portalsignal-nexthop 4ip-address ipv4 10.43.30.130remote-address ipv4 10.43.30.0 prefix-length 24!sbcsignal-
30、portaluser-location 1media-groupmedia 1 media-location local media-resource 1$!sbcsignal-portalsignal-group 50run-mode sip a-sbcccf-policy-id 50 -该信令分组使用50号计费策略。add-pcv enable -边界网元上添加PCV头部开关要打开，默认是打开的rf enable -该信令分组启用了Rf计费（注意，如果是多网元合一，只能在其中一个信令分组上启用Rf计费。A-SBC、P-CSCF、ATCF合一，通常在P-CSCF上启用Rf计费。）pool 1
31、user-location 1route-analyser ingress 50link sip 1 local ipv4 10.43.42.60 port udp 5060$pool 2nexthop-failover-rule 1signal-nexthop 51route-analyser ingress 51link sip 1 local ipv4 128.0.0.50 port udp 9999 nexthop port udp 9999$media-groupmedia 1 media-location local media-resource 2$!sbcsignal-port
32、alsignal-group 51run-mode sip p-cscfccf-policy-id 51add-pcv disablerf disablepool 1visited-network-id signal-nexthop 50route-analyser ingress 52link sip 1 local ipv4 128.0.0.51 port udp 9999 nexthop port udp 9999$pool 2host-name a+p+signal-nexthop 53route-analyser ingress 53link sip 1 local ipv4 128
33、.0.0.52 port udp 9999 nexthop port udp 9999$!sbcsignal-portalsignal-group 52run-mode sip atcfccf-policy-id 52atcf-profile-id 4add-pcv disablerf disablepool 1signal-nexthop 52route-analyser ingress 55atcf-switch-srvcc enableatcf-switch-midcall enableatcf-switch-alerting enableatcf-switch-prealerting
34、enablelink sip 1 local ipv4 128.0.0.53 port udp 9999 nexthop port udp 9999$pool 2nexthop-failover-rule 4signal-nexthop 5route-analyser ingress 5556atcf-switch-srvcc enableatcf-switch-midcall enableatcf-switch-alerting enableatcf-switch-prealerting enablelink sip 1 local ipv4 10.43.42.60 port udp 950
35、0 nexthop port udp 9500$media-groupmedia 1 media-location local media-resource 2$pool 3nexthop-failover-rule 4signal-nexthop 6route-analyser ingress 56atcf-switch-srvcc enableatcf-switch-midcall enableatcf-switch-alerting enableatcf-switch-prealerting enablenexthop-type msclink sip 1 local ipv4 10.4
36、3.42.60 port udp 9550 nexthop port udp 9550$media-groupmedia 1 media-location local media-resource 2$!sbcsignal-portalsignal-group 5run-mode sip i-sbcrf enable -该信令分组启用了Rf计费，没有关联计费策略，那么就使用全局计费策略1。pool 1signal-nexthop 4route-analyser ingress 4trusted truelink sip 1 local ipv4 10.43.42.60 port udp 808
37、0 nexthop port udp 8080$media-groupmedia 1 media-location local media-resource 1$pool 2signal-nexthop 5route-analyser ingress 5trusted truelink sip 1 local ipv4 10.43.42.60 port udp 9090 nexthop port udp 9090$media-groupmedia 1 media-location local media-resource 2$!sbcsystemactivate signal-group 50
38、activate signal-group 51activate signal-group 52activate signal-group 5!exitollehrouter disableforking-six disable!username who password U9Zwr5uxbqgufvQe4j7G3w=!user-authentication-type local!answer-remote manual!snmp-server contact 800-830-1118snmp-server location ZTE Plaza, Hi-Tech Road South, Hi-
39、Tech Industrial Park, Nanshan District, Shenzhen, P.R.Chinasnmp-server packetSize 1400snmp-server engine-id 830900020300010289d64401snmp-server view DefaultView system included snmp-server view AllView internet included !ntp poll-interval 6!logging onlogging buffer 200logging mode fullcyclelogging c
40、onsole notificationslogging level notificationsagent-environmentagent-environment threshold middle-temperature 55 high-temperature 70agent-environment time 60!line console idle-timeout 120line console absolute-timeout 1440line telnet idle-timeout 120line telnet absolute-timeout 1440!radius auto-change off!banner incoming * Welcome to ZXSS10 B200 Broadband Gateway of ZTE Corporation *!lfap disablelfap max-send-fun-s