[CM7/MIUI MOD For Galaxy S]Glitch 20111008更新|FuguMod 20111008更新|Platypus 20111008更新

发布:Soffer

8 Oct

1.本文提供内核只适用于运行CM7/MIUI的Galaxy S(i9000).

2.建议更换内核前,备份通讯录,短信,通话记录,邮箱等数据,个别内核刷完会丢失以上数据.

3.更换内核出现各种灵异现象的同学,建议更换内核前恢复模式刷入内核清理脚本(不会清除用户设置及程序数据).
      下载地址:http://115.com/file/cloo68fg
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      脚本作者说明:
      Since many users have complained about phone instability after flashing another kernel, I decided to make a Recovery Script to clean everything may cause instability.
      As we know also zach made something like this, but his script deletes only init.d config files while many problems are generated by cache and dalvik-cache waste files.
      So here I am with the Ultimate Kernel Cleaning Script.
      With this new 2.0 I've included some features taken from the awsome modded CWM made by Vorbeth, so thank him
      The Ultimate Cleaning Script has become famous in a few days thanks to its simple usage and semplicity!

      HOW TO:
      - Place the zip file in your internal SDCARD
      - Flash it as a normal package from ClockworkMOD recovery
      - Flash any kernel
      - Reboot

      Everytime you need to change/re-flash a kernel, just apply this before.
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4.各内核超/降频电压参考值.
      1.G内核超/降频参考值:
      The frequency/voltage & informative UV settings table is as follow for latest kernel :
      Note that these UV settings will be unstable on many devices. It's only informative.
      1700 MHz - GPU@ 243 MHz - 1.500v / -> Most phones will fail here. -25 to -50mV may help to stabilize. Much stabler as unique frequency for benchmarks.
      1600 MHz - GPU@ 229 MHz - 1.500V / -> That's high and many devices will fail on this frequency. Find working UV for you if any.
      1500 MHz - GPU@ 250 MHz - 1.500V / -25mV
      1440 MHz - GPU@ 240 MHz - 1.475V / -50mV
      1400 MHz - GPU@ 233 MHz - 1.450V / -50mV
      1300 MHz - GPU@ 217 MHz - 1.400V / -50mV
      1200 MHz - GPU@ 200 MHz - 1.350V / -50mV
      1000 MHz - GPU@ 200 MHz - 1.250V / -50mV - If you have stability issues, try to let this one by default.
      800 MHz - GPU@ 200 MHz - 1.200V / -75mV
      400 MHz - GPU@ 200 MHz - 1.050V / -100mV
      200 MHz - GPU@ 200 MHz - 0.950V / -150mV
      100 MHz - GPU@ 100 MHz - 0.950V / -200mV - (can be very different between two devices)
      GPU frequency is linked to bus speed
      More volts is not always equal to more stability. Try to add more UV (less volts) if the frequency you're trying to achieve is unstable.
      Considering all phones will respond differently to OC/UV, to tweak the values to suit your device will be required.

      2.F内核超/降频参考值:
      100 @ -250
      200 @ -250 (just to be safe -225)
      400 @ -250 (uuu so many troubles with this one -150 max)
      600 @ not used/listed (its in the stock kernel/custom ones too(platypus) but even the ROM doesnt allow to set it. In the pimp my cpu whilst setting min/max = instant freeze)
      800 @ -75
      1000@ -75 (alone I was able to go -150 but as soon as I added 800Mhz it froze, so -75 -75 seems to work )

      3.P内核超/降频参考值:
      Note that these UV settings will be unstable on many devices. It's only informative.
      1600 MHz - 1.500v / -> That's high and many devices will fail on this frequency. Find working UV for you if any.
      1500 MHz - 1.500v / -> That's high and many devices will fail on this frequency. Find working UV for you if any.
      1440 MHz - 1.475v / -75mv
      1400 MHz - 1.450v / -75mv
      1300 MHz - 1.400v / -75mv
      1200 MHz - 1.350v / -75mv
      1000 MHz - 1.250v / -50mv - If you have stability issues, try to let this one by default.
      800 MHz - 1.200v / -75mv
      400 MHz - 1.050v / -100mv
      200 MHz - 0.950v / -150mv
      100 MHz - 0.950v / -200mv - (can be very different between two devices)
      More volts is not always equal to more stability. Try to add more UV (less volts) if the frequency you're trying to achieve is unstable.
      Considering all phones will respond differently to OC/UV, to tweak the values to suit your device will be required.
      By default, no overclock/undervolt is applied. You'll need to use one of the tools below to adjust the frequencies and voltages.
      Note : Never ever use SetCPU with this kernel. You could encounter many stability problems like random reboots or bootloops.
5.配合下面几个软件调压,没有固定标准,自己超频不重启死机,降压节电不卡顿,FC即可.
      1.Pimp My CPU (recommended if you're using MIUI)
      下载地址:http://115.com/file/dn99ub28
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      使用方法:
      Touch an item to set a lower voltage for the selected frequency (directly applied)
      Long touch an item to set the selected frequency as max frequency or min frequency (directly applied)
      Press Menu button to :
      "Stress Cpu" : stress the cpu with opengles and physics.
      "Save Profile" : your current configuration will be saved to sdcard ( "/sdcard/PimpMyCpu/device/*" ) or overwrite a previous saved configuration.
      "Load Profile" : restore a previous saved configuration.
      "Delete Profile" : delete a previously saved configuration.
      "Reset" : restore original values (saved when you installed the application) AND remove "Save as boot" setting.
      "Save as boot" : Values are saved after reboot (should only be used if you have some stable settings).
      "Remove boot" : Remove the "Save as boot" option, phone should reboot with default settings.
      "About" : a link to this thread !
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      2.Voltage Control
      下载地址:http://115.com/file/dn9gpfrp
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      使用方法:
      Generally idea is simple: make changes to one tab and hit apply. If any changes have been made apply/discard buttons appear on bottom.
      The first tab, "General" allows to change Scheduler,Governor/min and max frequencies.
      Make changes and click apply
      So, you want to pick a maximum/minimum frequency?
      Just chose from slider and hit apply.
      Governor/scheduler can be choosen by picking from the list, then hitting apply.

      You can always discard changes before applying if you want start from loaded settings.

      The "Advanced" tab has sliders to control undervolting settings and green/red icons, representing enabled/disabled state.
      (green = enabled, red = disabled)
      Pick your settings and hit apply, or discard and start over.

      Profile support:
      If you want to save as boot or as profile, you need to make adjustments and on "General" or "Advanced" tab and then apply them where applicable.
      To save as boot -> press menu key, then select "Save as boot settings".
      To save as profile -> press menu key, then select "Save profile".
      Boot settings are automatically loaded on every device boot.
      Profile settings can be loaded by pressing menu -> "Load profile"

      Both "boot" and "profile" settings can be deleted from menu.
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      3.CPU大师
      下载地址:http://115.com/file/aqaarn8n

      4.巫毒调色:
      Voodoo+音效控制器+3.0.3+汉化版
   这里就不给出具体参数了,个人喜好罢了.
6.内核更新地址.
      1.Glitch内核20111008更新
      20110922版:
      -CM7i9k-Glitch-DEV-LL-20110922_2301.ZIP
      -CM7i9k-Glitch-DEV-ML-20110922_2300.ZIP
      -CM7i9k-Glitch-DEV-HL-20110922_2259.ZIP

      内核格式说明:CM7i9k-Glitch-DEV-HL-2011XXXX_XXXX.ZIP
      其中HL为:High leakage,ML为:Medium leakage,LL为:Low leakage.
      具体三个版本的不同作者给出如下解释:
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      What are the differences between High, Medium and Low leakage ?

      All produced chips aren't equal, and some will be "better shaped" than others, using power more efficiently and heating less. This new concept I added in V11 tends to cover most chips, depending on their quality.
      The idea is to modify some internal voltage values of the SoC to help a good CPU in a poor environment (GPU/controller/memory) to shine. Of course it won't do miracles if your CPU is poor to begin with, but it's a very rare case.

      Low leakage chips are the best on the paper, needing less volts and heating less than others.
      High leakage represents the majority of produced chips in our SGS.

      I found with beta testers that even if a chip looks poor at OC/UV at first, it'll generally have much potential still. I was able to get a 1.2GHz no UV max stable GS to 1.5GHz -50mV rock solid, and even able to push 1.7GHz for benchmarking and other tests using this new concept.

      Of course this is all new and it'll take some time and heavy testing to find best settings for most devices, but I think it's a very interesting thing, and I hope I'll be able to find a way to change modes on-the-fly, making this function a must in the future especially in OC/UV kernels.

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      2.FuguMod内核20111008更新
      20111007版
      -CM7_FuguMod_20111007_r1760v_update.zip
      20110928版
      -CM7_FuguMod_20110928_r1692v_update.zip
      -CM7_FuguMod_20110928_r1689v_update.zip
      20110927版
      -CM7_FuguMod_20110927_r1679v_update.zip

      内核格式说明:
      CM7_FuguMod_xxxxxxxx_xxxxn_update.zip
      with N ,normal stock CM7 colors
      CM7_FuguMod_xxxxxxxx_xxxxv_update.zip
      with V,with the latest available voodoo color included
      3.Platypus内核20111008更新
      20110927版
      -CM7_SGS_20110927_NEO_17-voodoo-col_BLN.zip
      20110922版
      -CM7_SGS_20110922_BLN-test01.zip
      -CM7_SGS_20110922_BLN-test03.zip
      20110919版
      -CM7_SGS_20110919_NEO_17-stock-color.zip
      -CM7_SGS_20110919_NEO_17-voodoo-col.zip

      内核格式说明:
      -CM7_SGS_2011xxxx_NEO_xx-stock-color.zip 标准色调
      -CM7_SGS_2011xxxx_NEO_x-voodoo-col.zip 巫毒可调色
      NEO不能刷优化脚本,如个别内核需要刷优化脚本将会与该内核一起给出.