at ~13% of the full load, or 50% of one (out of four) core(s), tested using iperf.
it's x86, use the regular x86_64 builds.
Fan isn't very loud, it's about the size of a 8 port desktop switch, 1U high though,
which is pretty much the same as any regular 4+1 port home router, antennas excluded.
Hi if some one has a Cyberoam CR 25wiNG could they make a quick recording of the fans pleas. All so what power brick does it use. I can find one on ebay for £30 but it has no PSU with it.
no idea, 2.5A is ok, the rest (voltage, DC plug size) who knows ...
It was bought (cheap) to do the discovery, see it it could be used for openwrt, which it was,
mission accomplished, move(ed) on
I have an AMD 5650G running on my router, already have additional routers on the shelf,
a Roqos RC10 and Trustwave TS-25, didn't need a 4th (should really sell the TS-25 too).
BTW op I think you should stick to the 200 down from VM that's what I am on and go for the rt3200. I am onley looking at the x86 router because I have about 8 or 10 routers as back ups. lol I am running a r7800 as my mane router and a r6260 as a dumb AP. I picked the r7800 up off ebay for £20
Those 4-port x86_64 routers/ UTM appliances behave just like your classic router, in pretty much every way - just that they usually don't have integrated WLAN. luci is present as normal, the four ethernet ports aren't on a switch, but individually accessible and can be bridged, bonded or used for VLANs, sysupgrade works as usual - and they aren't less stable either (11:13:30 up 30 days, 8:12, load average: 0.00, 0.00, 0.00 - and the uptime is only that 'short', because I can't keep myself from doing sysupgrades).
two of them will work as a router (lan & wan, ignore markings on the chassi, openwrt does), the additional two openwrt doesn't really know what to do with, so they'll remain unconfigured until you decide to make use of them.
...and in the most simple configuration, you can just add them to the lan bridge - so you end up with 3+1 ports (3*lan+1*wan), but any other configuration goes.
Never seen a recommendation for a 1A (which would be the case for 5W) power supply for the RPi, which would indicate it could draw more power, and you still need an additional USB-ethernet adapter, which adds a couple mA.
But you're correct, I was thinking of 12V, not 5V, for the RPi, so it should use about 50% of the CR25.