 So on the left we have the CPU utilization and you can see the load on each core and you can see as it migrates between the Cortex-A7 and the Cortex-A15. On the right we have an energy and a relative energy graph basically this is 100% when all the Cortex-A15s are running at their maximum load okay and then it shows you relative to that high point how much energy you're using at any given moment okay. The benchmark basically steps through several common activities on a tablet and shows you how the CPUs behave as it is executing those activities right so in this case it's a complex graphics and this is to force the A15s to the high mark so you can see the maximum kind of mark 100% then it does several other activities so video playback is done of course in a video decoder so in this case the CPU is very lightly loaded. Map navigation mostly done in the graphics process so you can see now and then you'll have a little bit of activity as it pans around okay next you see web browsing and now you'll see as it loads pages you'll see it jump to the A15 to do the page load and then back to the A7 as it idles. And then again we have this complex graphics which is again just about showing you the maximum high watermark of the of the tablet. And 100% You can see relative you know what's doing things like this you can see it's using much much less than that high amount you know. And it just continues through these activities generally we just have this running all day there you go that's a demonstration from samsung okay any further questions the uh the tablet is really configured just to run that demonstration so it has a very very limited set of uh additional activities it will do um you can see yeah so it's uh about two gigabytes it's it's 380 oh that's internal storage yeah that's your storage yeah that's not your running uh there's your RAM so yeah yeah it's basically two gigs of RAM yeah that's pretty pretty standard yeah again this isn't a production system