The AL21400 chipset is powerful. You can actually keep it. Perhaps there’s a new hardware revision available with higher clock and/or less power.
passive cooling: keep it.
ports: I like the SFP+, but would it possible to add a RJ45 port with “Multi-Gig” 1/2.5/5 Gbit/s capabilities with support of 802.3at/802.3bt or passive PoE for powering it?
Wireless LAN: Well, Reinis is currently working on MU-MIMO support. If he adds Uplink MU-MIMO aswell we have the first step done for IEEE 802.11ax support.
antennas: 8x for 5 GHz, 4x for 2,4 GHz, as this makes sense with MU-MIMO
802.11ax + Tri-Radio support: You can either use 1x 5GHz with all your 8 antennas or alternatively split 5 GHz in two parts so you can use lower frequencies with 4 antennas on 5 GHz block A and the other 4 antennas on 5 GHz block B.
OFDMA is great but needs time to implement. So support it in a future release
make it more about proper implementation of existing features that needs to be fixed in hardware:
SFP+ slot that’s not picky and supports SFP/SFP+/passive DAC/GPON modules without any issues
Switch chip that supports at least 8 ports at 0.01/0.1/1/2.5/5Gbit/s with hardware VLAN filtering and other features you would expect from $300+ router
Extra miniPCI-E x1 slot for modems,LoRA,etc.
USB ports, CPU have quite a few of them, so let’s have some available to user
metal (alu) case, that spreads the heat from cpu and SFP+ cage. For $300+ I’d expect metal case with proper heat dissipation design, not some overheating cheap plastic box
802.11ax would be nice, but based on current state of WAVE2/MU-MIMO, ax will be realistically fully working on Mikrotik somewhere around year 2021/2022, even if hardware is available today…
One could dream: all features actually working on a first day of sale
As a software developer I would rather prefer continuous delivery of new features. Let Mikrotik focus on rock-solid basic feature sets and enabling step by step more sophisticated features.
And please, bring back the variants with touch LCD displays (yes, I actually use the LCD).
I avoid upgrading all my 3011s just because there is nothing newer with LCD.
this is tempting features, espeically with the new LTE6 mpic-e
I am looking for a RB4011s sick performance, but with a built in 4G/5G modem. This would be awesome to do a selfbuilt SD-wan solution with dynamic ipsec tunnels…
+1 for LTE /mini pci-e slot with simcard support!
Then I could build my own “sdwan” solution out of just one single high performance box.
a new 64bit ARM with lower heat output would be my #1 requested feature, closely followed by a better switch chipset e.g. Marvell Linkstreet series (the Realtek’s suck)
Agreed. There is room between the RB4011iGS+RM and the CCR2004-1G-12S+2XS for a router with a small number of 10G interfaces. Something like a CCR version of the CRS305.
Yes, the RB1100:s are strange, no SFP/Combo:s at all but -48V supply. And RB2011 is just old.
However, I can see understand why the RB4011 has such a dumb switch-chip. Is not supposed to be used as a switch, only as a port-expander. But then the device is somewhat unsuitable for SoHo-usage.
The CCR1009-7G-1C-1S+ is very versatile so I hope that remains in some form.
Obviously Mikrotik is placing RB4011 in SoHo segment … variant with WiFi is listed under wireless for home and office and in such environment it’s customary to live with all-in-one device (some people try to use CRS line of devices as all-in-one and get bitten by their shitty routing performance). But then it seems MT doesn’t consider VLANs to be SoHo feature as the built-in switch chip is just fine as long as one doesn’t use VLANs.