Here’s a quick step-by-step guide for newbies on how to mine Kaspa coin on Nanopool
To mine Kaspa coin all you need is a PC/Mining RIG with a GPU (Nvidia/AMD) of 4GB memory, you can mine even with a GPU of 2GB, but it wouldn't worth the effort. You'll also need a miner and a Kaspa coin address to receive your mining reward. Check the list below and make sure your hardware/software meets the requirements:
|PC/Mining Rig with at least 4GB of GPU memory each||The GPU should have at least 4GB of RAM or it wouldn't worth the effort and you'd need to pay for your electricity bill more than you make|
|Installed Windows/Linux OS||Make sure your Windows version is at least 7 and the OS, whether it's Windows or Linux is 64 bit|
|Minimum 4GB of system RAM||You don't need much of system RAM, however you should have 4GB minimum|
|Stable internet connection||Your internet speed doesn't need to be super fast, but it's crucial that the internet connection is constant (get off Wi-Fi if possible)|
|Valid email address||It's not necessary to use your email, however, if you want to receive alerts form the pool when your miner goes offline, you'll need one|
|Mining software (Miner)||We will be using Nanominer for Nvidia and AMD GPUs|
|Kaspa wallet address||To receive your rewards from the pool you'll need to obtain a Kaspa address.|
Unfortunately, we don't give any recommendations on what hardware to buy or which one is more profitable (search the mining forums to choose a hardware), therefore we’re going to assume you’re already running Windows/Linux on your RIG and the hardware you have meets the requirements.
Step 1: Get Your GPU Drivers Installed
Double check the drivers are installed in advance or if you installed them previously you can skip this step.
- For Nvidia drivers, click here and enter your GPU info then click “Start Search”. Download the current driver version from the results.
- For AMD GPUs, go here and choose "Support & Drivers". Enter your GPU info and click "Display results" then click the download button for your current driver.
Once downloaded, install the drivers like you normally would (next, next, OK, etc.) and reboot your RIG. You see your GPU’s are recognized correctly if you go into Device Manager (search in Windows search bar) and if you don’t see any warning marks on your GPU’s you're good to go to the next step.
Step 2: Obtain Kaspa Wallet Address
You can get a Kaspa address through Kaspa Web Wallet, or at an exchange. If you already have Kaspa address, just jump down to the next step. Remember, some exchanges don't allow deposits from pools or don't allow very small deposits, so double check with the site before mining directly to an exchange address, whereas setting up a local wallet requires to wait a while for the blockchain to download.
Bear in mind, storing your funds at an exchange/web-wallet is always associated with a risk
Step 3: Apply some Tweaks to Windows before mining
First of you don't want your miner to be interrupt while mining if your RIG goes to sleep. You don't want to your RIG to be automatically rebutted either, which may occur if Windows updates.
Go to your Windows Power Settings and set it to Never sleep
Head to Control Panel/Administrative Tools/ Services. Scroll down to Windows Update and turn it off
If you're running Windows Defender/Antivirus make sure to add an exception to it so that it doesn't flag your miner as a virus
Step 4: Download and Set up a Miner
There are various of miners out there to choose from that are not covered here as we are doing to use our own miner called Nanominer in which our team put a lot of time and effort to make it simple to use and efficient to mine, so you should not have any trouble with it.
Depending on your OS, download Nanominer for Windows or Linux
Extract the miner to any folder you like and navigate to it
Locate and edit "config.ini" file with any notepad app
- Fill the following into the file:
[heavyhash] wallet=kaspa:... coin=KAS
Then set your Kaspa address next to the "wallet" line which is pretty much enough to start mining. The next steps are not necessary but if you have more than one RIG, it would be much more convenient if you set a different name for each so that you'll be able to track them on the pool individually. You are also advised to set your email address in if you want to receive alerts form the pool when your worker (RIG) goes offline. You email will also be your password to access the settings. If you don't want to receive the alerts, you can just use a passphrase instead. As it's not mandatory, feel free to jump down to the next step.
Add "rigName =" line under the wallet to indicate your RIG name
Add "email =" line to indicate your email/passphrase
NOTE: Nanominer will connect to the pool's default server, and It might be not the best choice for you as there's latency and you want the server you connect to to be as closer to your location as possible. Therefore, by adding the follower parameter at the bottom of your Nanominer's config.ini file, you can be sure that Nanominer will pick the server that has the lowest ping time from your location and your network latency will not affect your mining as the pool and the miner will communicate at the highest speed possible.
"sortPools=true" this will enable automatic pool's servers sorting based on their ping speed
Full configuration example:
[heavyhash] wallet=kaspa:qz6ewy95qe6hnuvv4skm0w682872f6nwu03rk3wddetme6jwees8yz80qh8jp coin=KAS rigName=Rig002 email@example.com sortPools=true
Once everything is filled, save and close the file.
Step 5: Start the Miner
Start the miner by running the nanominer.exe file. Nanominer will start, run the commands to set those environment variables, initialize each of your GPU’s, build the DAG file on each of your GPU’s and start hashing away. After a while, you'll be able to find your account on the pool.
Step 6: Find your Account on Nanopool
Remember there's no registration on the pool. You just need to start mining and your account will automatically show up. However, allow some time as our system needs about 30 minutes to add your account to the pool's database since your miner submitted it's first share. So please, be patient and come back to Nanopool in a while, there's Address filed on the right top in which you need to fill your Kaspa address in. Once filled, hit enter, you'll be redirected to your Nanopool account page.
Congrats! You have joined Nanopool. Spend some time to familiarize yourself with the pool and its features; you'll like the interface.
Step 7: Make sure Your Mining goes Smoothly
Let your RIG to mine for at least 6 hours (or even 12) then come back to check your account statistic on the pool. You just need to compare your 6-hour Average hashrate (Nanopool estimates avg hashrate by shares sent from you rigs) with the Last Reported hashrate (it's what your miner tells to the pool your hashrate is) and the values need to be close (the closer the better), however, allow 10% discrepancy. And if your 6-hour Average hashrate is lower by more than 10% than the Reported one, then there must be an issue and you should contact our team to figure it out.
Step 8: Predict your Profitability
There's a number of major factors your income depends on and the most obvious, easily identifiable and broad numbers that affect your mining profit are:
|1. Difficulty increase||The more users join the network to mine Kaspa, the harder it's to find a block.|
|2. Pool luck factor||Cryptocurrency mining is extremely luck based in its nature and when the pool finds fewer blocks than it should with its hashrate on average, it's unlucky, but when it finds more blocks, the pool is lucky. And since our pool's payout scheme is PPLNS (you get paid after the pool finds a block), your estimated reward may decrease in both cases, if the difficulty increases and the pool gets unlucky.|
|3. Hashrate constancy||Your reward is also affected by your hashrate constancy. The more your hashrate fluctuates (network/hardware issues) the less your reward may be.|
Keep in mind, none of mining calculators are able to properly forecast the future, as they don't simply take into account all possible variables, as a result this is almost near impossible to accurately predict uncertain inputs.