Hi mikrotik guys any chance to see a newer and performing version of NV2? If yes is it possible to have some info about the time path?
Many of us are moving to other vendors but it is an hard and expensive way.
Thnak You in advance
Yes, you have true.
Currently, NV2 has a worse bandwidth than 802.11.
This is very uncomfortable compared to the competition.
If there is something in the pipe with ROS 7 you won’t see anything useable in the next 12 month!
I can’t understand why mikrotik don’t want to reveal us the future market strategy we need to have this info to plan the future development.
Please tell us If nv2 is no more supported 
Please tell us if nv3 is on the way and if it is close to be released 
Giuseppe
+1
I am very sad to say it, but Nv2 looks dead to me and there is no official timeline for any improvements. Maybe it’s time to move on from MikroTik to other, more flexible vendors…
The one and only responsible for this is MikroTik with their behavior - but if they don’t care, why should we stay with them?
It’s unbelievable no words from mikrotik
What about:
*) wireless - added initial support for “nstreme-plus”;
In the latest beta changelog
no reply from mikrotik why?
I will try to write on support. Then I write the result
Answer from support:
**Hello,
Recently we added Nstreme-plus, which is made more to work better with the new ARM-based AC wireless chipsets. In future, we might try to add some more features. But first, we need to know what are the missing features in the current Nstreme.
We are currently working to implement the NV2 performance when there are various CPE connected to one AP. If you have any complaint please let us know and it would be great if you could the issue describe as detailed as possible, so we could replicate the issue for fixing them.
Best regards,
Viesturs R.
\
If mikrotik don’t starts to share the new code we 'll have a side version that don’t meet all wisp requirments we need to do an hard work all togheter to reach the max performance in PtMP mode that is a complicated scenario
I have been using NV2 for years, as it is the only way to alleviate the “hidden node effect” when using Mikrotik WiFi. Unfortunately, from the original Omnitik until the NetMetal, each upgrade which was supposed to make NV2 better, made it worse, at least in my scenarios (town-area wlan). Extreme vulnerability to noise, low performance even with one station and good signal, non-sense timing (increasing the period past 2-3ms further decreases the performance without visibly affecting ping and auto works in a completely black box manner), network radius that cannot be adjusted below 10Km(!).
With the advent of AC gear even more problems were added, such as the absence of spectral scan and TX Power indication - and even poorer performance. A NetMetal with a good quality dual-chain 13dBi omni antenna gives same or poorer performance with the same clients than the old Omnitik 5!
At the same time, UBNT gear is not great by any measure, but at least works reasonably well and keeps getting better both in terms of hardware design (second radio dedicated for scanning, better RF filters) and management (much better RF reporting, auto tx power, etc). And of course, their TDD solution (Airmax) works. It is only missing the GPS sync, but what use is GPS sync on Mikrotik, if NV2 performance makes it unfit for any serious use? Not to mention Cambium, which totally rocks in both PtP and PtMP scenarios but sucks in terms of their retail distribution.
It is a pity to see a company which once was the undisputable leader in the -then- emerging WISP market, become the pariah, the last of the herd. Ok, we still love MkTik for its awesome, first-in-class kickass routers, but WiFi? No, thanks. Of course it requires some serious investment to thrive in this fast-moving field, but the huge success of UBNT (who, again, just works without offering anything exceptional) proves that there is much to be gained.
Today I did my first test with Ligowave… Performance is great, and price point to!
130MBit real TCP Troughput @20 MHz Channel
Hello Folks!
We have been using first nstreme and now nv2 for many years, our experience nv2 is rock solid. Nstreme was abandoned due to signal delays were going up and down now and then. nv2 uses some kind of tdma to tackle the hidden node problem and to avoid some other problems as well.
At least for us, customers experience wireless(5GHz-A/N/AC 20/40/80MHz mode ) up/download speeds about 90-100Mbit/s in our network where we use SXT and QRT5 devices, and 20-30Mbit/s in mikrotik legacy environment (5GHz-A 20MHz mode and some test using 40MHz but it was no difference to 20MHz). All network is using directional antennas and is well planned in the frequency domain and number of client devices per access point. It had been so for many years.
Bang for the buck regarding bandwidth is another interesting question, for 80MHz mode and only get out 100MBit/s is not the best. My AC 802.11 indoor nat router from dlink gives much more.
So there must be room for improvement in nv2 and nstreme.
You are mention Cambium, LigoWave and ubiquiti. There are also some other off course. How does they stand in comparison to mikrotik regarding performance/price ?
Cambium Medusa performance @30 MHz channel are unbelievable something around 500 Mb/s aggegate on AP (internal speedtest from cpes), prices are very high 6000 euro for the AP and 200 euro for the CPE. Ubiquiti AC gen2 hardware has the same costs of mikrotik doubling the performance and maybe the number of clients on the AP but here we have very small experience. Ubiquiti has a lot of wireless features like gps sync, rf filter, hot scan, ATPC, ecc
Hi,
here you can see an working TDMA with 802.11ac Hardware.
Good and stable Speeds, low latency,
Mimosa C5c, 20 Mhz
Hello Folks!
So far, we have very successfully using the classic R52 based devices, very stable since 2006/2007 till today but speeds to low compared with todays standards, max out 20-35Mbit/s in ptmp. All clients connected at 54Mbit/s all the time. Link quality is 95-100% all the time on all clients.
We tried using SXT, SEXTANT and QRT5 plus also DynaDish, trying to push speeds higher by using AC and N. I will not say links and networks in that segments are as stable as the R52 based. They are not connected like 54Mbit/s at all the time, they varies all the time, when there is not traffic some of the clients go down to 5Mbit/s whilst when traffic flows goes up to max 833Mbit/s. Yet tx/rx signal is -20 to -30 and s/n 60-70db, link quality is terrible at least if you look on the numbers.
With that said, they sill manage to pump data 100Mbit/s up and down using real life file transfers through the system.
And yes, we have had few customers complaining about “lag” and “delay” whilst playing games.
It is like they go down and sleep when no traffic, if you ping them, they respond as quickly as the r52 devices, but speed is lower at the start ans slowly goes up to 822Mbit/s.
Doing spectrum analysis show no clear channels all the time, no disturbance not radars and so on.
We have done everything, changed frequencies, moving antennas, changing routers and even cables in some cases, nothing really helped.
These complaints has never happened in the R52 based segments, rock solid all time the past ten years.
Yet wi will try upgrade more basestations and clients to support AC, because they definitely raise speed from 20-30Mbit/s to over 100Mbit/s.
What is AP Model?
A5-14 or A5c?
-30-20 dB of received signal is too much. The receiver surely has problems to disassembly the signal. Lower the tx rate to keep rx levels of all clients at AP receiver around -50 db.