Two (more) things.
If I cat /proc/cpuinfo, all 6 cores are the same (all 48 bogomips). I'm guessing this is known.
Someone mentioned armbianmonitor (I've since run across mentions of Pi-monitor and OPi-monitor). Where do you get this from? All I can find is the complete Armbian Built Tools code.
Searching for "benchmarks" at Debian.org, the first that caught my eye was hpcc or
HPCC).
It installs and runs fine via apt-get.
All of the floating point speeds measured on the default (out of the box, Debian) install seem to be bounded by 0.1 < x < 5 GFLOPs. The benchmarks don't seem to be indicating any problems.
I hadn't run hpcc on anything before. So, I ran it on my Ryzen 1600X system that is running this browser session. It has 10 BOINC jobs running in the background, which might have some affect.
But, the GFLOPs mentioned for this machine, are 0.5 < X < 10. This is just a little faster than the Rockchip did. :-)
If I cat /proc/cpuinfo, all 6 cores are the same (all 48 bogomips). I'm guessing this is known.
Someone mentioned armbianmonitor (I've since run across mentions of Pi-monitor and OPi-monitor). Where do you get this from? All I can find is the complete Armbian Built Tools code.
Searching for "benchmarks" at Debian.org, the first that caught my eye was hpcc or
HPCC).
It installs and runs fine via apt-get.
All of the floating point speeds measured on the default (out of the box, Debian) install seem to be bounded by 0.1 < x < 5 GFLOPs. The benchmarks don't seem to be indicating any problems.
I hadn't run hpcc on anything before. So, I ran it on my Ryzen 1600X system that is running this browser session. It has 10 BOINC jobs running in the background, which might have some affect.
But, the GFLOPs mentioned for this machine, are 0.5 < X < 10. This is just a little faster than the Rockchip did. :-)
