Posts Tagged ‘Android miner

Last month we have tested the freshly released Scala (XLA) mobile phone miner for Android smartphones and were pretty impressed by what we saw. Probably the best, though definetly not the only smartphone-based crypto mining software out there, although the DefyX algorithm used by the project can also be mined with computer CPUs at a much higher hashrate. A Smartphone crypto miner such as the one being developed by XLA is giving much better power efficiency for the hashrate it produces, even if the hashrate itself is not that high. This is definitely nice, but would’ve been even nicer if the project was only from smartphones with mining done only on them similar to what MIB Coin (MIB) does, because now most miners will just go for CPU mining Scala anyway.

Back to the XLA Mobile Miner, there has been some improvement to the software in terms of features since the initial release with the latest version 1.3 focusing on significant performance improvement apparently. With the first version (on the left) using Huawei Mate 30 Pro smartphone to test we got around 50 H/s as hashrate utilizing 4 out of the 8 available cores. Repeating the test on the same device with the latest version 1.3 (on the right) has shown significant boost in hashrate up to about 170-180 H/s again with 8 out of 8 cores used. As with the first release going for all 8 cores to be used for mining very quickly rises the temperate of the mobile processor above 65 degrees Celsius which is not considered very safe for a smartphone. This is specifically for the high-end Huawei Mate 30 Pro, performance can vary and the usability of the number of available CPU cores can vary from device to device. If you decide to give the miner a go feel free to post your performance result and the model of the device in the comments below.

To download and try the latest Scala Mobile Miner v1.3 for Android-based smartphones…

We have found another interesting mobile-oriented crypto project called MIB Coin (MIB) where everything is done with a smartphone including mining of MIB coins, so we had to give it a try.
MIB stands for Mobile Integrated Blockchain, a mobile blockchain where coins can be mined with a regular Android or iOS-based smartphone via a dedicated application. The project comes form Asia with apparently strong interest in Korea and China, and it seems that not that much interest from the rest of the world for the moment. The MIB coin is traded on Probit, a Korean exchange, as well as CoinBene, a Chinese one with a daily volume of less than 2 BTC at the moment and total market capitalization of about 50. According to CoinMarketCap at the moment for writing this MIB Coin (MIB) is ranked at 1113th place in terms of Market capitalization. The interesting thing here is that the mining can only be done on smartphone, unlike most other similar projects that may have a more efficient mobile miner, but can also be mined on CPU or even GPU with much higher speed, for MIB Coin there are only Android and Apple iPhone miners available.

We have downloaded and tried the MIB Miner Android application, there is one also for Apple iOS smartphones with both not available on the official Application Stores, you need to download and install manually from the official MIB website. On the left of the image above you can see the regular MIB Miner and on the right the MIB Miner Controller application designed for smartphone mining farms apparently. The miner itself requires you to register and generate a wallet address for mining, the mining part of the software is pretty basic and user friendly, no advanced options available. You only select the pool (the default one does not seem to work apparently, but there is a list to choose from) and the load that the miner will have on the smartphone. It seems that the miner may not be very demanding and can be used on battery without performance loss, though it stops mining if the app loses focus, so you must use your phone for mining exclusively.

You will also need to install a Wallet app and not just the mining one, as although the miner can generate a wallet for you, you do not have control for sending or even monitoring the amount of mined coins. Having everything in a single app might’ve been easier for the user in our opinion. We are not sure how things are regarding any monitoring or fail-safe on the hardware status of the smartphone you use for mining such as temperature monitoring to prevent overheating that will stop mining immediately for instance. So far the best we have seen i terms of a mobile mining software is the one from Scala (XLA) and it would be great if other projects can look into the mining software this crypto project has.

For more information you can check out the official MIB Coin (MIB) website…

The Scala (XLA) project, formerly know as Torque (XTC), and Stellite (XTL) prior to that, may have some controversy surrounding it along the way, but we are not going to be talking about that. The project has just released their Scala Mobile Miner v1.0.0 intended for Android smartphone owners to mine XLA on their devices and we just wanted to give it a go and see how it works, but more of that in a moment. Scala (XLA) uses the s called DefyX algorithm for mining. DefyX is a customized hybrid algorithm combining RandomX, Kangaroo12 and Yescrypt with the memory requirements optimized to fit more energy-efficient CPU and ARM architectures according to the developers. Apart from Android smartphones that can just now be used to mine Scala (XLA) coins, you could use a normal computer processor to mine with significantly higher hashrate for quite some time already.

Let us take a look at the Scala Mobile Miner software that you need to download directly as an APK for the moment and manually install as it is not yet available on the Google Play store. We like the fact that the apps starts with a warning message noting the important things regarding the battery and CPU having a high load on your smartphone. Then at the Settings screen there are the options for how many of the CPU cores to use and what temperatures to maintain as safe for both the processor and the battery. Then all you have to do is choose a mining pool and set your worker or wallet for the pool in order to start mining.

Now as far as mining is concerned you should not expect too much from a smartphone, even if it is top of the line Android smartphone. We have tested with Huawei Mate 30 Pro and got around 50 H/s as hashrate with 4 out of the 8 CPU cores active. If running with full 8 cores the CPU thermal threshold of 65 degrees Celsius is reached immediately, not to mention that you still would want to be able to use your phone while the miner is running on the background. With 4/8 CPU cores for mining it is possible, not draining that much battery and keeping reasonable operating temperatures for both the processor and battery.

So in short we like the Scala Mobile Miner, it is well made and works fine maintaining the safety and usability of your device. As far as performance is concerned, well there is more to be desired, especially if you compare the hashrate of just around 50 H/s to a high-end desktop CPU such as Intel Core i7 6850K or AMD Ryzen 3900X like we did and you can see the results below:

Intel Core i7 6850K (6C/12T):
– XLArig 5.0.1 – 2100 H/s
– SRBMiner-Multi 0.4.0 – 4650 H/s

AMD Ryzen 3900X (12C/24T):
– SRBMiner-Multi 0.4.0 – 11970 H/s

The latest official XLArig 5.0.1, based on XMRig, is not the best performing miner at the moment with support for the DefyX algorithm used by Scala (XLA). You should opt out for the latest SRBMiner-Multi 0.4.0 significantly better hashrate for mining Scala (XLA) using the DefyX proof of work algorithm. Do note that the DefyX algorithm has been used for a while already by the Scala project and prior to that XLA coins were mined using CryptoNight algorithm, so it is both not a new project and not a new algorithm. If you are looking for crypto exchanges where to trade the mined XLA coins, you can go to Trade Ogre, Crex.


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