Binary patched kernels for Pipo models

[krucifix85]

How do i check this?

Download BetterBatteryStats And let it run for a few hours (you'll need to plug power in, open the app, then remove power to set it up). Let it gather stats over night then under the partial wakelocks tab, you should see what's keeping your tab up.

[giouncino]

1.5 modified kernels

Here are the most used modified kernels suitable for RileyRom 1.5:

kernel_1.5_cpu1704h_1325mV_gpu600h STOCK_ddr720_Claro.zip
kernel_1.5_cpu1704h_gpu600_ddr720_target_2.1.zip
kernel_1.5_cpu1704h_gpu600h_ddr720_VERY_LOW_voltages.zip

Enjoy

[dmr]

Here are the most used modified kernels suitable for RileyRom 1.5:

[ATTACH]4390[/ATTACH]
[ATTACH]4391[/ATTACH]
[ATTACH]4392[/ATTACH]

Enjoy

Hi!
Can you describe advantages of each, please.
I want to know, because i never used patched kernels.
Thanks.

[giouncino]

Hi!
Can you describe advantages of each, please.
I want to know, because i never used patched kernels.
Thanks.

everything is written on previous page, I can summarized as follows:

Low_voltages: Ram set to [email protected] CPU [email protected] Uses very low voltages (at least -100mV for every freq) wit respect to stock kernel, improved battery duration and better performance wrt stock. Stable on very few tablets (on mine is perfectly working).

target_2.1: RAM set to [email protected] CPU [email protected] Uses lower voltages wrt stock but slghtly higher than "low_voltages" one. Same performances of "low_voltages" kernel. Stable on most of M6pro.

1704@1325_Claro: set to [email protected] CPU [email protected]. Uses the SAME voltages for the CPU as stock kernels with a little increase to get it stable at 1704Mhz. Voltage is reduced only for RAM. I assume that battery duration is equal with the stock kernel. Performances are the same of the other 2 modified kernels. Stable virtually on any m6pro. I generated this kernel for very unlucky CPU.

[dmr]

everything is written on previous page, I can summarized as follows:

Low_voltages: Ram set to [email protected] CPU [email protected] Uses very low voltages (at least -100mV for every freq) wit respect to stock kernel, improved battery duration and better performance wrt stock. Stable on very few tablets (on mine is perfectly working).

target_2.1: RAM set to [email protected] CPU [email protected] Uses lower voltages wrt stock but slghtly higher than "low_voltages" one. Same performances of "low_voltages" kernel. Stable on most of M6pro.

1704@1325_Claro: set to [email protected] CPU [email protected]. Uses the SAME voltages for the CPU as stock kernels with a little increase to get it stable at 1704Mhz. Voltage is reduced only for RAM. I assume that battery duration is equal with the stock kernel. Performances are the same of the other 2 modified kernels. Stable virtually on any m6pro. I generated this kernel for very unlucky CPU.

Nice.
Can you recommend any special software for stability test ?
Thanks.

[herrjemineh]

there are plenty..

u can use cfbench as stability test, because it is fu**ing your cpu to the knees,
same with antutu stability test

[claro966]

R: Binary patched kernels for Pipo models

Great!
Flashed the mod kernel Claro on RR 1.5 and sincerly runs smooth!
Thank you Giouncino

Let me use it for some time but really all seems ok!

Inviato dal mio ZP980 utilizzando Tapatalk

[giouncino]

Great!
Flashed the mod kernel Claro on RR 1.5 and sincerly runs smooth!
Thank you Giouncino

Let me use it for some time but really all seems ok!

Inviato dal mio ZP980 utilizzando Tapatalk

I'm happy to hear this!

[giouncino]

overclocked kernels for RileyROM 1.6 - PIPO M6pro

here are the patched files for M6pro RileyRom 1.6 / 1.6.x

kernel_1.6_cpu1704h_1325mV_gpu600h STOCK_ddr720_Claro_test1.zip
kernel_1.6_cpu1704h_gpu600_ddr720_TARGET_v2.1.zip
kernel_1.6_cpu1704h_gpu600h STOCK_ddr720_VERY_LOW.zip

[claro966]

here are the patched files for M6pro RileyRom 1.6 / 1.6.x

[ATTACH]4576[/ATTACH]
[ATTACH]4577[/ATTACH]
[ATTACH]4578[/ATTACH]

Thank you so much!!!

[ninjakura]

Re: Binary patched kernels for Pipo models

here are the patched files for M6pro RileyRom 1.6 / 1.6.x

[ATTACH]4576[/ATTACH]
[ATTACH]4577[/ATTACH]
[ATTACH]4578[/ATTACH]

Not working well with 3g version.

Performance wise = superb.
3g connection = bad

Sent from my M6pro using Tapatalk

[giouncino]

Not working well with 3g version.

Performance wise = superb.
3g connection = bad

Sent from my M6pro using Tapatalk

I have 3G version. (kernel tested on 7 pipo m6pro 3G)
What you say is not completely true.

After a set of power off/on 3G works well as before...
I still don't know which is the cause of this strange behaviour. Because I changed voltages only for CPU and RAM...3G is driven by a completely different board soldered on the motherboard.
I tested also stock voltages with RAM without success.

I'm still working to understand what is wrong with 3G though.

[ninjakura]

Re: Binary patched kernels for Pipo models

I have 3G version. (kernel tested on 7 pipo m6pro 3G)
What you say is not completely true.

After a set of power off/on 3G works well as before...
I still don't know which is the cause of this strange behaviour. Because I changed voltages only for CPU and RAM...3G is driven by a completely different board soldered on the motherboard.
I tested also stock voltages with RAM without success.

I'm still working to understand what is wrong with 3G though.

For me, it seems like fluctuating between 3g/2g. Not happened when I use RRom 1.6.

Sent from my M6pro using Tapatalk

[giouncino]

I intend a set of power off on of the COMPLETE tablet.
Try it for a couple of day if you have the opportunity, just to give me a more complete feedback.

[ninjakura]

Re: Binary patched kernels for Pipo models

I intend a set of power off on of the COMPLETE tablet.
Try it for a couple of day if you have the opportunity, just to give me a more complete feedback.

I guess my problem is as same as in your #333 post. Unstable connection.

Dilemma.

Stock kernel is good for 3g but performance wise ia a bit laggy.

Your kernel has that 3g problem but performance wise is superb!

Really hoping a very new discovery by you. :-p

Sent from my ZP990 using Tapatalk