Pim-Snooping; Dhcp; Super Extendable Stacking; Ipv6 - Zte ZXR10 5900 Product Description

3.14.3

PIM-Snooping

PIM Snooping multicast protocol sense get multicast route port and user port by sensing
HELLO and JOIN/PRUNE message of multicast protocol, so that multicast data can be
forwarded and network traffic can be reduced.
3.15

DHCP

DHCP is used for centralized management of IP address and other detailed
configuration related information in the network to reduce the complexity of address
configuration management. The client and server need to be in the same Broadcast
Domain when using DHCP service in the network. ZXR10 59/52 series support DHCP
SERVER function to allow this method to be used for building a network. On the other
hand, where the DHCP server and the client are not in the same Broadcast Domain, the
process can also forward DHCP request from one broadcast domain to the other. That is
what is called DHCP Relay.
ZXR10 59/52 switch series implements its in-built DHCP SERVER function through
DHCP protocol to allocate and manage DHCP client-end dynamic addresses. In
additional it can provide corresponding service management interface for the DHCP
clients it also supports the transparent forwarding between DHCP client and DHCP
SERVER through DHCP RELAY AGENT extended options of DHCP protocol.
3.16

Super extendable stacking

SES (Super Extended Stacking) is a new generation of stacking technology. It can
integrate the resources of several switches; extend the whole exchange capacity and
port density to make several switches possess the characteristic of one Super Switch.
Compared with prior stacking technologies, SES is an essential extended stacking
technology. As an enhanced technology by using hardware and software together, a
Super Switch composed by SES stacking technology is in nature no longer several
isolated switch units, but a fully distributed system. This building-block structure enables
users to distribute investment and combine them according to their own needs. It gives
super strong scalability.
3.17

IPv6

IPv6, the new version of Internet Protocol, is raised due to the fast development of
Internet where the addresses IPv4 defined are exhausted and the inadequate address
space stops the future development of Internet. Therefore, to extend address space,
IPv6 is supposed to be used to redefine address space. IPv6 is designed for solving all
the problems IPv4 has, including the restriction to address number, security, automatic
configuration, extensibility and many other problems. It has become a worldwide
awareness that IPv6 replacing IPv4 will become the exclusive new generation
International Internet protocol.
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ZXR10 5900 5200 Product Description
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