[Kernel] Rogue 1.4.3 "Rana" (Updated 11/20/11)

Presented By-

TDR

Bazar6

Steady Hawkin​

Install Instructions-


-Make a nandroid in your current recovery then proceed

-Download zip file from link below

-Place zip on Micro SDcard

-Reboot into existing recovery

-Choose install zip and select the Rogue Kernel

-Confirm file, wait for it to finish flashing, then reboot

-Enjoy the Rogue Glory!!!





Download's:




Kernel-




Rogue 1.4.3 Rana



or



Rogue 1.4.3 N Rana (Stock clocks for GPU and some other core clocks (sclk, hclk, vde)




Add On's-




Flash any of these after the kernel






USB WWAN




Charge Light Toggle








Source-


Can be found on Github- HERE





Thank You-

Yes, were working on an updated kernel and recovery for ICS

This link is for the modified updater-script. Just drop into the zip file to overwrite the current one.

All i have modified is the script to look for the 3.2.1 build.prop to install the 3.2 generic kernel - and changed the script to output 'found 3.2.1 - assuming generic 3.2'

Of course, I assume no liability - but three other users have used this and have had no problems. Just a great kernel with awesome features.

http://www.4shared.com/file/n-Yq_40d/updater-script.html

Be sure to hit thanks if i have helped you solve a problem

-Partial Changelog-​

1.4.3 Rana (Official Release)


+4G Xoom LoS fixed (synced patches from official Google/Moto source tree - Huge thank you to kcrudup!)
+Some other upstream patches
**Note: tun.ko module is now included with the kernel
**Possible issue: Xoom may lock up if suspended with USB OTG HDD connected

1.4.1 Electra (Official Release)


-No more support for Android 3.1
+Revamped installer, works on Android 3.2 and above (including Tiamat ROM 2.2.x)
+SIO (Simple I/O) I/O scheduler by default (CFQ and noop also available)
+SLQB (Queued Allocator) slab memory allocator
+Update modem driver from Qualcomm source
+Tegra framebuffer copy patch (via kcrudup)
*Configuration update with support for 4G Xooms (NOTE: there are reports of problems with some VZW Xooms)
*Fix tegra asm typo
*Fix typo in MDM6600 driver (thanks kcrudup)

1.3.1 Arcturus (Official Release)

+Rogue branding
+A bunch of upstream patches
+Handle corner case of non-US Android 3.2
+Added support for Android 3.2.2
+Even more upstream patches (thanks kcrudup and solarnz)
*Overhauled installation script (better detection of non-US Xooms, can force installation by toggling script asserts)
**Android 3.1 support is frozen and will be removed in future releases

-Special Instructions-​

This version of Rogue comes packed with a maximum CPU frequency of 1.7GHz and user adjustable voltages for each frequency. Use these features responsibly! Do not select "Set on boot" unless you are confident the settings you chose are stable! Always make backups!




How to use the voltage control:

The stock frequencies and voltages in a kernel are not optimal for everyone. Userspace voltage control lets you either 'undervolt' (to save power) or 'overvolt' (to try and stabilize) any given CPU frequency to meet your needs.


Undervolting-

The easiest way to adjust these voltages is by using the app "Pimp my Cpu", available either from the Market or xda ([APP] 24 June 2011 : Pimp My Cpu 3.0 (OC/UV kernel control tool) - xda-developers). This app will let you to set an undervolt amount for each possible frequency, as well as fill some of the basic overclocking roles of a tool like SetCPU or Droid Overclock.
Note: at this moment, the app "Voltage Control" is not compatible with Launchpad 1.2.0.


Overvolting-

Unfortunately, Pimp my Cpu does not do overvolting, so you need to execute a shell command to set an overvolt amount.
Say for example 1600MHz isn't quite stable, and you want to give it a little help. From either adb shell or Terminal Emulator, execute the following commands:


su
echo "0 -25 0 0 0 0 0 0 0 0 0 0 0" > /sys/devices/system/cpu/cpu0/cpufreq/UV_mV_table


The second line has a series of 13 numbers, mostly zeros. They represent the number of millivolts to subtract from the default voltage of each possible frequency, starting from the higest (1700MHz) to lowest (216MHz). So in the above example, we apply a negative 25 millivolt undervolt ( which transleted to a 25 millivolt overvolt) to the second fastest CPU frequency (1600MHz). Note that the minimum voltage is 770 millivolts and the maximum voltage is 1400 millivolts. If your new voltage exceeds these limits, it will not work.

Here is an example of bumping up 1500, just so you get how its done:

su
echo "0 0 -25 0 0 0 0 0 0 0 0 0 0" > /sys/devices/system/cpu/cpu0/cpufreq/UV_mV_table