megabites in gigabite

online respectively. The preset transfer registers is 32K, and the received registers is 64K.If you need to speed up TCP transmission, you can turn these two values up a bit, but the downside is that too much value can cause the system core to take up too much memory.If our machine will service hundreds of or thousands of of the network online, then these two options are best maintained by default, otherwise it will cause system core memory is low.But if we are using a

is supported how to configure S9300 to support cross-board redirection in the INBOUND direction, and redirection can be performed based on a specific stream to redirect the output direction of the message, it can be output to the CPU, other ports, or other IP addresses. The redirection configuration is as follows: Configure ACL rules: [Quidway] acl number 3000 [S9300-acl-adv-3000] rule 0 permit ip source 192.168.1.1 0 configure classifier: [Quidway] traffic classifier 3000 [QUIDWAY-classifier-3

values, but the disadvantage is that a large value will cause the system core to occupy too much memory.If our machines serve hundreds or thousands of networks online at the same time, we recommend that you maintain the default values for these two options. Otherwise, the system's core memory is insufficient.However, if we use a gigabite network, increasing these two values will significantly improve the efficiency.The size of the transfer and receip

value can cause the system core to take up too much memory.If our machine will service hundreds of or thousands of of the network online, then these two options are best maintained by default, otherwise it will cause system core memory is low.But if we are using a gigabite network, the two-value tuning assembly has a significant performance boost.The registers size of the transmit and receive can be adjusted separately,For example, assuming that our

GIGABITETHERNET0/0/6 port link-t ype Access # interface GIGABITETHERNET0/0/7 port link-type access port default VLAN 2 # interface Gigabitether NET0/0/8 port link-type access port default VLAN 2 # interface GIGABITETHERNET0/0/9 port link-type acces s port default VLAN 2 # interface GIGABITETHERNET0/0/10 port link-type access port default VLAN 2 # inte Rface GIGABITETHERNET0/0/11 port link-type access port default VLAN 2 # interface GIGABITETHERNET0/0/12 Port Link-type Access port default VLAN