Phoronix: Ubuntu 12.04 ARM Performance Becomes Very Compelling
Last week I delivered benchmarks showing how Ubuntu 12.04 is ARM-ing up for better performance with ARM-based hardware and detailed some of the plans Canonical has for this architecture going forward. While those benchmarks last week illustrated some significant performance improvements with the Ubuntu 12.04 stack -- in large part due to the switch to hard floating-point support -- the gains are not over. In fact, there are already some striking improvements if using the Texas Instruments OMAP4460 SoC as found on the PandaBoard ES.
This is awesome. I'd like to see how Kubuntu and Ubuntu compare in terms of performance though.
I was wondering how the pandaboard all in all compared to a moderately modern laptop. In this case a first generation i5 (480M):
Yes, I know that they are not meant to be in the same performance class. I wanted to see it anyway.
Also, the benchmarks are not ideal since I was surfing / working while running it.
Last edited by ChrisXY; 02-03-2012 at 03:46 PM.
it would also be better if someone did a FULL TegraŽ 3 Quad-core CPU test with both thisUbuntu 12.04 and the latest and greatestThe Linaro Kernel Tree https://wiki.linaro.org/WorkingGroups/Kernel/KernelTree, sure it would still loose compared to the i5 and even the i3 due to having a slower ram and subsystem on board right now if nothing else all being equal, but it is the best until A15 etc or at least a faster 1.6/8 gig dual A9 comes along, and Tegra3 prime does have NEON on board unlike the Tegra2 and is a current key device for linaro.
i thoughtMichael was supposed to get a quad TegraŽ 3 prime in the post to test already, what happened there, didnt you follow it up
Last edited by popper; 02-03-2012 at 05:26 PM.
Well it's not about "losing".. It was obvious it would be much slower. But I wanted to see it in perspective.
I think comparing it with a CULV would be maybe "fairer" on the x86 side...
Yes, looks like Ubuntu performance is becoming less broken on ARM thanks to the latest updates But there are still some tests where Ubuntu powered Pandaboard ES (OMAP4460, dual ARM Cortex-A9 1.2GHz) is significantly falling behind Gentoo powered Origenboard (Exynos4210, dual ARM Cortex-A9 1.2GHz).
This link contains the results from the initial OMAP4460 benchmark article combined with the current results and also with the results from Exynos4210 (which had been posted in the initial article discussion thread). The latest and greatest OMAP4460 results are highlighted in order to make the comparison easier.
i do find it a little odd though that the Exynos4210 didn't do even better as apparently its got an lp DDR3 interface at a top speed up to 6.4GB/s memory bandwidth, whereas the OMAP4460 has the older lpDDR2 interface lower than that, and it seems clear slower ram speed is what's really holding these initial SOC back more than anything
still, given TI worked closely with ARM as the Advanced Lead Partner on the Cortex-A15’s development i guess their OMAP 5 A15 MPCore OMAP5432 – 2-channel DDR3 @532 MHz is just around the corner with a Higher bandwidth memory interface with up to 8.5 GB/s
Last edited by popper; 02-06-2012 at 01:48 PM.
We've been using Ubuntu on the Beaglebone for our Ninja Block ( http://www.kickstarter.com/projects/...d-with-the-web).
We've found the performance of Ubuntu equal if not better than Angstrom Linux on the same hardware. The board runs as faster as my 3 year old laptop (insanely fast).
Ubuntu beats Angstrom hands down on the number of packages available for the distro.
We added our board to this test... http://openbenchmarking.org/result/1...BY-1201286BY42. It was an original Panda (EA3) with a similar hardfp build from the first week of February. While some of the benchies are predictably 20% slower than the ES, it is interesting to note that some actually performed better. We will try and figure out why that is...
Looking at cpufreq-info, we were running at 1 Ghz 99.84% of the time. It throttled down to 300Mhz for something but omap4temp stayed well within range.