Today many products that have
additional Mikrotik Router switch chipset components. This chipset is connected
to multiple ethernet ports, which in turn can make some of the works more like
a port switch, where the client can use the underlying IP in the same segment. Ethernet connected and the number
of switches chipset on each product is different. To find out, should be viewed
in detail the device data sheet. This condition can affect the future use and
how to configure each device.
For example, the product Cloud
Router Switch (CRS) series. The product is a product of the switch can also be
configured as a router. All ethernet and SFP (if any) connected on a switch the
same chipset. So if you want to really function as a switch, a configuration
that can be done is to direct all ether1 ethernet to use as the master port.
There are several products
RouterBoard where ether1 regarded as WAN interfaces so
it can not switch. There
are also devices that are divided into several groups in a single router
interface, such as RB2011 product series. The device has a 10 port ethernet
switch chipset and 2, wherein the switch models, divided into two groups of
switches, ie group1: ether1-ether5 and group 2: ether6-ether10. That way, if we
want RB2011 device is only used should a switch, could not be immediately
directed all ethernet using ether1 as master-port.
Master-ethernet port can only be
used within the same group switch. For example, ether6 could not use ether1 as
master-port, because it was a different group of switches. Likewise with
ether7-ether10.
So what's the solution?
The solution is to do switching
configuration in each group advance. Group 1, ether2-ether5 directed
master-port to ether1. Group2 namely ether7-ether10 directed his master-port to
ether6.
The next step is to configure the
master-Bridging for each port on the switch group. Namely ether1 and ether6
combined use of mechanisms Bridge.
This concept can also be applied
to devices that have a wireless interface, such as CRS125-24G-1S-2HnD-IN,
RB2011-2HnD, and so forth. Switch chipset is only connected to the ethernet
interface, not for wireless. So if you want a wireless IP used one segment with
ethernet, then the solution is to add a wireless interface on a bridge made
earlier.
With so RB2011 been functioning
should an ordinary switch. Either wired or wireless LAN client will use the
same network segment.
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