LAG（Link Aggregation Group）只能配置在（）端口上？

A .  Layer 3 routing between the Access and Aggregation layers facilities the ability to span VLANsacross multiple access switches， which is a requirement for many server virtualization andclustering technologies. B .  “East-west” server-to-server traffic can travel between aggregation modules by way of the core，but backup and replication traffic typically remains within an aggregation module. C .  Load balancing， firewall service， and other network service are commonly integrated by the useof service modules that are inserted in the aggregation switched. D .  Virtualization tools allow a cost effective approach for redundancy in the network design byusing two or four VDCs from the same physical switch.

A . Configuration changes made on the port-channel interface apply to all physical ports assigned to the portchannel interface. B . Configuration changes made on a physical port that is a member of a port-channel interface apply to the port-channel interface. C . Configuration changes are not permitted with Port Aggregation Protocol； instead， the standardized Link Aggregation Control Protocol should be used if configuration changes are required. D . The physical port must first be disassociated from the port-channel interface before any configuration changes can be made.

A . tcpip B . linkAgg C . failover D . etherchannel

A . edge devices B . aggregation switches C . core devices D . access-area switche

A . LAG保护支持1+1和1：1保护 B . LAG保护的协议是LACP协议 C . MC-LAG保护需要启LACP协议才能使用

A . 非负载分担场景下，每个LAG组只能配置两个成员形成1+1保护 B . 负载分担场景下，每个LAG组配置的成员需大于2个 C . 端口down、单板离线、单板上关键芯片故障可作为LAG保护的倒换条件

A . 48 B . 64 C . 128 D . 256

A . LAG通过捆绑多个物理端口为一个逻辑端口增加链路带宽 B . LAG按照端口是否启用协议可分为静态和动态方式 C . LAG协议报文中带有VLAN标记 D . LAG可以提高端口级别保护

A . 正确 B . 错误

A . 手工方式 负载分担 B . 手工方式 非负载分担 C . 静态方式 负载分担 D . 静态方式 非负载分担

A . Deleting unusable addresses through the creation of many subnets. B . Combining routes to multiple networks into one supernet. C . Reclaiming unused space by means of changing the subnet size. D . Calculating the available host addresses in the AS.

A . tcpip B . linkAgg C . failover D . etherchannel

A . 正确 B . 错误

A . 目前中兴LAG保护不支持单板间保护 B . LAG主备保护方式正常情况下只有主端口有流量 C . LAG静态保护不启用LACP协议 D . LAG负载分担模式下，最多支持8个端口的聚合

A . TE1 B . TE2 C . TA D . NT1 E . NT2

A . 10xGE B . 1x10GE C . 1xSTM-16 D . 1xSTM-64

A.The load sharing protection mode can be classified into return mode and non-return mode. B.Master/slave LAG protection mode can be classified into return mode and non-return mode. C.The LAG aggregation mode of ZTE equipment can be classified into dynamic mode and static mode. D.Currently, the 6300 equipment does not support master/slave LAG at NNI side.

是 否

A．主备LAG B．1：N LAG C．负荷分担LAG D．通道 LAG

A、Leveraged equity rights B、Real estate investment trusts （REITs） C、Real estate limited partnerships （RELPs）