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If you have custom kernel just flash the magisk zip. This is the easiest method, but is also insecure I would strongly recommend to root your device in order to disable thermal throttling. I tested on the following: 6 Allview E4 - MT6753, with kingroot 2 Landvo L700 - MT6592, with magisk 1 Samsung Galaxy Alpha - Exynos 5430, with magisk+TWRP However, since most of the new smart phones have non-removable battery, I fear it will be difficult to find phones with non-removable batteries. I would recommend at least 1.5 GB of RAM, and based on my experience, Samsung devices would be the best option to choose from since the community is bigger (TWRP and custom ROMs) in comparison to Mediatek devices. I am suing this filter to have a selection of phone to choose from. Fewer cores could have an advantage for more headroom, in respect to higher end cores.

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However, if you do manage to buy quads for almost nothing, it would make sense to have a small inexpensive android farm. In case of non standard battery, as a rule of thumb, better solder between pins who have a voltage of 3.7-4.2 V if finding the pins is too difficult.Ħ.1 Device selection I personally prefer using at least octa cores, since quad cores I assume can consume as much as a octa core. The soldering for power should be done for Pin 1 & Pin 2 (not recommend it since it is too close and can short out) or Pin 1 and Pin 3 (recommend it since they are far apart, also better use hot glue).

Basically Pin 1 is positive, Pin 2 & 3 are negative, and pin 4 is for temperature sensor, so not need it. The other 1, 2 or 3 middle pins I found them irrelevant, you can search on the internetĤth picture is showing pin configuration on a typically Samsung 4 pin battery.

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Since no batteries are involved, on the back of the phones I soldered the “red” to the plus and “black” to the minus.

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The 3D schematics he will add them a bit later and I’ll update the tutorial here Basically it feeds the desired non-standard voltage (in my case 3.8V) but it has the option to “fast charge” at 5V (which I did not test, since if you need 5V there are a bunch of options to buy from) A friend of mine had to 3D print it and solder all the circuitry. The most important/difficult piece of the hadware is the USB hub. For the other Allview androids this method is not working, although at 5V I was getting messages of … over current, since I did not “salvaged” the battery circuit.

For almost an year I’ve been using 2 octo core Landvo smartphones with USB 5V by using the “salvaged” battery circuit. Initially I used another TDK Lambda with 12V & 12.5A (much cheaper version LS150-12) together with a cheap buck converter which reduce the voltage to 3.8V.įor ideal results, all batteries used in the smartphones should have a nearly identical voltage which should be around the 3.8V. This open frame power supply gives 30A at 3.3V +/- 20%, which means 3.96V max, above the 3.8V requested by the “battery” My setup is based on a TDK-Lambda HWS-150A-3/A 3.96 V/DC 30 A which I bought for under 100 euros. The idea is to have a regulated power supply with enough Amps to feed as many octo-core android you can get your hands on

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