A、RIPV1是无类路由,RIPV2使用VLSM B、RIPV2是默认的,RIPV1必须配置 C、RIPV2可以识别子网,RIPV1是有类路由协议 D、RIPV1可以识别子网,RIPV2则是使用跳数和路径开销的综合值
A、RIPV1是无类路由,RIPV2使用VLSM B、RIPV2是默认的,RIPV1必须配置 C、RIPV2可以识别子网,RIPV1是有类路由协议 D、RIPV1可以识别子网,RIPV2则是使用跳数和路径开销的综合值
A、RIPv2比 RIPv1占用更少的路由器内存 B、RIPv2可支持比RIPv1更大型(有更多路由器)的网络 C、RIPv2可支持不连续网络,但RIPv1并不支持 D、RIPv2支持无类路由,而RIPv1只支持有类路由
A、RIPv1路由器上学习到的路由目的网段一定是自然分类网段 B、RIPv2路由器上学习到的路由目的网段一定是变长掩码的子网地址 C、RIPv1和RIPv2都可以学习到自然分类网段的路由 D、RIPv1和RIPv2都可以学习到非自然分类网段的路由,比如目的网段为10.10.200.0/22的路由
A、Branch-Router2 is configured to send both RIPv1 and RIPv2 updates. B、Gateway-Router is configured to only receive RIPv2 updates. C、Gateway-router is configured to receive only RIPv1 updates. D、Branch-Router1 is configured to only send RIPv1 updates
A、Branch-Router2 is configured to send both RIPv1 and RIPv2 updates. B、Gateway-Router is configured to only receive RIPv2 updates. C、Gateway-router is configured to receive only RIPv1 updates. D、Branch-Router1 is configured to only send RIPv1 updates