Great tip and resources here you should consider adding this info to the R7000 tips sticky slidermike. I'm curious to see if there's any wan improvements from offloading 1 or both bands to the second cpu.
Kong,
thank you very much for letting us know.
No I was unaware but did assume there was some base settings.
It is still nice to be able to fine tune or adjust the settings yourself. As long as you realize its a trial & error process.
<Kong> wrote:
Hmmmm, you guys do know, that the smp affinity stuff has been implemented in dd-wrt since we started providing public builds?
It is enabled, disabled depending how you configure the router, e.g. when enabling samba. And we do more then just assigning cpus.
rp1p,
thank you for the suggestion. I have added this to the tip/tricks sticky. _________________ Router currently owned:
Netgear R7800 - Router
Netgear R7000 - AP mode
No not really.
At the time the other forum user posted the scripts he used, that was how he was happily running his r7000.
Feel free to add or change how you assign things.
The worst thing you can do is mess up the config & that can be reset to defaults easy enough. No real harm to the router. _________________ Router currently owned:
Netgear R7800 - Router
Netgear R7000 - AP mode
Has anyone tried to underclock the router, for example at 800 MHz?
Why underclock when it runs fine at stock speeds? _________________ Segment 1 XR700 10Gb LAN, 1Gb WAN ISP BS
Wired AP 1 Unifi Wifi 6 LR US 1Gb LAN
Wired AP 2 Unifi Wifi 6 LR US 1Gb LAN
Wired AP 3 Unifi Wifi 6 LR US 1Gb LAN
Syslog Services Asustor 7110T NAS 10GB
NetGear XS716T 10GB Switch
download1.dd-wrt.com/dd-wrtv2/downloads/betas/ (Brain Slayer)
YAMon https://usage-monitoring.com/index.php
Good question!
I have only a downlink of about 8 Mbits.
I use the router as VPN client and only one radio (2,4 GHz) is in use. So the router idles more or less, the cpu load is quite low.
But the stock power supply is HUGE (3,5 amps and triple the volume of the supply of the E4200). I am struggling with the waf (women acceptance factor) and want to use a smaller power supply (maybe 12V; 1,5 amps).
So in short: I am interested in reducing the current consumption Freaky, I know!