Nop.. only 60Ghz.
Soon they will release an LHG60, with the same form factor of the LHG with a 60Ghz radio. Im not sure if they are using the same chip
Today I opened the WAP60G.
It seems that 802.11ac Wave2 2x2 MIMO already has been prepared on the PCB in terms of missing amplifiers and antennas/connectors (labeled CH0 and CH1) for the 5GHz band.
Have a look at the pictures below.
So it could be possible, that we would get a future RB-LHG60G5HPacD
add another router (i.e. HexPoE) to each site to maintain the redundancy functionality and PoE
add additional cabling
needs more space and on the mast
Having 5GHz and 60GHz within ONE device would create lots of possiblities for redundancy, because routing & STP metrics could be derived from wireless conditions (WDS influences STP costs for example).
I.e. the Traffic could be routed/switched over to the 5GHz link, BEFORE any traffic is lost on the 60GHz link.
I’d really love such combined 60GHz/5G Hz device, because it allows to really go for the max. distance of 60GHz and have the safety of 5GHz when the whether is bad.
This is one of the stupidest answers you wrote.
60GHz is problematic on rain/snow as you probably know. 5GHz backup is not option, it is needed.
Maybe would be better to listen to the customers who actually buy your equipment then to make conclusions by yourself? Maybe to ask your customers what they think about it?
WirelessRudy in some forum topic wrote how should it work. 5GHz should be off by default and fire up only when main 60G is down because of instability. This could be done by scripts but it would be better by design.
We won’t 5G spectrum flooded when 60G is standard operation mode but we definitely need backup when if fails.
Paying, mounting and managing two devices on user roof is just ridiculous.
Let me clarify, you are willing to pay double to have a built-in 5GHz backup and twice the size?
In that case, you will have to wait for the “pro” model.
I wonder, Mikrotik. Have you considered adding some heating option to the LHG-60? It has been done for LED traffic
lights. That would avoid (or at least mitigate) the problem of snow sticking to the antenna.
It could even made automatic. It could trigger by temperature and signal drops consistent with snow/hail.
Snow and rain does not affect link that much. There will be some added attention but link will still stay up. 5GHz backup in most cases is unnecessary.
even not if we go to the Limit of 60 Ghz Range, look at Ignite…
Take a look to the Sector and to the Client Device…
That is the way we need, but with functions of ROS!
We have these links running during Latvian autumn and winter, with lots of snow. I can’t speak for Ignite, we are telling you experience with MikroTik 60GHz products now.