Navigation Home Bitcoin faucet list Dogecoin faucet list Litecoin faucet list Faucet Black List Contact Us .For round about 20$ this device is really cheap and it also doesn't consume that much energy.For me as a hobby miner, this was a real good way to start with a more efficient way of ASIC mining.This tutorial shows, how to use the stick under Linux.About the stick The LKETC ASIC miner The Stick itself is a rebrand of the Zeus ASIC miner.That being said, this information is important later, when we start to mine because we have to bypass the mining software that it has to handle this USB ASIC miner as a Zeus miner.Another really good reason to use this device is a starting device for mining is the very low power consumption.The stick needs between 1 and 3 watts.This is almost nothing and also way more efficient than doing mining with your CPU or your GPU.Through my first runs, the stick is working with stable 144kh/s.The switch on the side of the stick should boost it up to 220kH/s but it's seems that this switch has no effect.

Anyway, for 20$ this is a good way to play a little bit and get into ASIC mining. Requirements But before we setup the stick to get it working under Linux, we should join a pool.In a pool multiple users / machines are mining at the same time and sharing the outcome.Mining alone is possible as well, but you have almost 0 chance to mine effectively on your own, because before you solve a whole block on your own, another miner already has done it and your work was useless.ethereum case studySo you should definitely go with a pool.bitcoin casino free faucetMy recommendations for scrypt mining pools are the following: LTCRabbit: If you want to mine for Litecoin as a payout, you can go with LTCRabbit.bitcoin czy to bezpieczne

With LTCRabbit you mine for the most valueable scrypt coin, but you get payed out with Litecoin.If you want to start with LTCRabbit, go to their page and make yourself an account.You will need you username as well as your password later to start mining.CleverMining: If you want Bitcoin as a payout for your mining instead, than you should go with CleverMining.cambio bitcoin chfThis pools works the same as LTCRabbit, but you get payed out in Bitcoins.bitcoin difficulty change dateYou don't need to register at this pool, but you need a Bitcoin wallet with a valid address where you can receive payments.ethereum hashrate cpuYour Bitcoin wallet address is you username here as well.Now that you are a member of a pool, you need a piece of hardware which talks to the stick and is transmitting the results to the pool of course.

The good news is, you can even use a Raspberry Pi for that!The power output of a Raspberry Pi USB port is enough to keep the stick under full load.You can also let your Raspberry Pi mine itself at the same time with it's CPU!Check out my other post here to do so!Of course using a Raspberry Pi is just an example.You can basically use any other Linux PC, too (or Windows / MAC).Note: This tutorial does not cover the usage of this stick with a Windows based system.However, you can use the windows software which is stored on the stick (the stick is a USB storage as well) to mine at the pools.Setup cgminer Note: The following steps assume, that you use Ubuntu, Debian or Raspbian to build the mining software.First we have to build the cgminer mining software to get the ASIC miner running.To do so, we have to get several development libraries in the first place.You can install all of them with the following command: This could take some time of course.Now that you're system has all the libraries which are required to get the cgminer successfully built, we can check out the cgminer source code.

The following source code is a fork of the original cgminer (created by the user wreck), but with the capability to talk with the ASIC Miner stick from LKETC: The time this download needs depends on your internet connection.But normally this should be done within seconds.Now we have to configure the miner for the build.The command configure checks against all needed libraries and creates a make file.This make file contains informations about the architecture and other stuff that is needed for the miner to be built on your system.We also say configure to enable the so needed Zeus and scrypt compatibility: This could now take some time, depending on your CPU speed.On a Raspberry this is done within a minute.A powerful CPU should do this in seconds.Now that we gathered all informations we need to compile the source code for your CPU, we can do the final step and build the cgminer: The -j nproc switch detects the number of cores which your CPU actually has.This speeds up the build process significantly.

This process should finish without errors.This means we're ready to start mining!Start mining After the make process is finished the executable cgminer binary is in the same directory as the source code.If you haven't already connected your LKETC ASIC miner stick with your PC / Raspberry, than you should do this now.With the following command you start mining with the ASIC miner on LTCRabbit: For CleverMining the following line start the mining process: Some notes to the options used with cgminer: -o: Is the pool server.While LTCRabbit has only one single server worldwide, CleverMining offers multiple server at multiple locations.-u: You have to use your username here.While you have to create an account at LTCRabbit, you have to use your Bitcoin wallet address for CleverMining.For CleverMining you don't need to register.-p: Your password you have set while created you account at the choosen pool.For CleverMining you can set here whatever you want.--zeus-chips: If your device you gonna use has more than one chip you would have to increase this number.

This is mostly not necessary.--zeus-clock: Here you set the clock speed of the ASIC miner.For our stick this is 200.I've tried many other clock speeds, but 200 seems like the most stable experience.If you want, you can play with this value a little bit.But also keep the heat of the stick in sight!You may need an additional fan.-S: Sadly, cgminer is unable to find the USB ASIC miner by it's own.With this switch we tell the cgminer how he actually can talk to or with the ASIC miner stick.If you have several other USB devices connected to your Raspberry or your PC, you may have to set this to ttyUSB1, 2, 3 and so on.As I said earlier I use this stick with a Raspberry Pi.I got a stable kHash of 144.My Intel i5 CPU, which is clocked at 3 GHz, only makes 64 kHashes.So this little stick is pretty powerful in scrypt mining!Conclusion This cheap 20$ stick is a good way to start with mining.It's way more efficient than using your GPU or your CPU.Even if your GPU would be able to get way more hashes (most modern GPUs are generating mHashes), this stick only consumes 1-3 watts which will be way under the power a GPU needs.