Behold, the once and still king of numbers, Nexus S. The following winning spots have been achieved by our very own forum manager Simms22 and are achieved by combining a Samsung Nexus S device with the latest version of CyanogenMod 7 and the kernel currently known as Trinity 1.544Ghz. What this kernel has done in combination with CyanogenMod 7 is bump the effectiveness of the Nexus S, a phone that, mind you, only has a single core, up to benchmarks that are beyond even the greatest dual-core scores of today. This is big business, and if I do say so myself, chip manufacturers need to put their game faces on and start steppin.
Let’s talk for a moment, for the folks who never took the time to figure out all this deep modifying junk or are just brand new to Android and all that, about what Trinity14 aka Trinity 1.544Ghz (as it exists today) is, exactly. It’s a kernel, aka the central component of your Android mobile operating system. What your kernel does is act as the lowest down base boss of your system’s resources and effectively tells your phone where to distribute its money. If a kernel is the brain of the body that is your Android device, the ROM is the guts and the skin. The kernel tells your car that it needs to go forward, while your ROM tells it how to steer and not crash.
Nexus S x CyanogenMod 7 ROM x Trinity Kernel
Now what we’ve got here is Trinity working with CyanogenMod 7, by far the most famous and well updated and distributed ROM for Android in the world. It’s so popular that it recently hit the 200,000 installed devices mark. The Nexus S in question here has both the newest version of Trinity and the newest version of CyanogenMod 7 running hot. This is not the first time we’ve seen Trinity push the Nexus S to the next level. The first of two posts in the past show the Nexus S overclocked to 1.3Ghz showing a score of 3508 overall with 8897 in CPU, this is already a massive jump from the 1Ghz stock it basically starts with.
Then the second time, as recently as May 18th (today is the 30th), we see the LG G2x, a phone we also very much love, but know to be a dual-core processor having powerhouse on its own, scoring 4570 overall with 12009 in CPU in Quadrant – this is with the G2x overclocked to 1.5Ghz.
Then today we’ve got two updates. The first shows the Nexus S to be scoring a new high with 5592 overall (with a 7858 in CPU).
Finally we see that score beaten once more, again by our hero Simms22, this time up to 5680 total and CPU up to 8290! Insane! Again, dual-core processor manufacturers, step up your game!
BONUS: Smartbench 2011’s contenders don’t even stand a chance.
UPDATE: Nexus S still climbing!
[via Android Community Forums]
HOLY SH!T !!!
This is making me re-guestimate my assumptions of what the GSII is going to be capable of post mod/clock. I was guessing 7-8k.
But I’m starting to think double digits would be in order?
indeed
What about the battery with a 1,5ghz oc ?
haha. not the best. i use a trinity 11ghz UV kernel for my daily driver.
This is big business, and if I do say so myself, chip manufacturers need to put their game faces on and start steppin.evden eve nakliyat
mantolama izolasyon
devlet hastaneleri
gelir vergisi
sorgulama
şifalı Bitkiler
zemin ve yerkaplamaları
kimya
makina
plastik
banka rehberi
kredi
harita
nakliyat
evden eve Nakliye
Bad-Accessoires
aluminyum
mobilya
toilet seat
banyo dolapları
dunya harita
yemek tarifi
sorgula sorgulama
prefabrik
kabin
toyota çıkma parça
Wow…its ashame that I didn’t Use my GalaS up to its potential before upgrading to SgII…
hummingbird cpu still owns….imagine what exynos could do…@.@
fleg
fleg
overclocked nexus s beats normally clocked dual-core chip in a benchmark not optimized for dual-cores. great news!!
overclocked nexus s beats normally clocked dual-core chip in a benchmark not optimized for dual-cores. great news!!
Are you teacher
I have nexus s rooted+cyanogen 7+trinity kernel. In quadrant i have 3100+ score with stock CPU 1gh i am happy. In the last time I decided to underclock my phone for saving battery life, at 800 i obtain a 2710+ quadrant score.
Sorry for my bad english.