Solo Mining Neoxa: GPU Setup Guide for ASIC-Resistant KawPow

Look, I’m gonna be honest with you right from the start — solo mining Neoxa isn’t for everyone. But if you’re into GPU mining and want to try catching blocks on an ASIC-resistant chain, this KawPow fork is actually pretty interesting. I’ve been running my RTX 3060 on it for a few months now, and while I haven’t hit a block yet, the whole experience taught me a ton about GPU mining that I wish I knew earlier.

Here’s the thing: Neoxa uses KawPow, which is basically the same algorithm as Ravencoin. That means if you’ve ever mined RVN, you already know half of what you need. The difference? Neoxa’s network hashrate is way lower, which means your odds of actually finding a block solo are significantly better than trying to solo mine Ravencoin.

But before you get too excited, we need to talk about electricity costs. My dad almost killed me when he saw our power bill jump.

What Makes Solo Mining Neoxa Different from Pool Mining

When you mine in a pool, you get small, predictable payments. Maybe 0.5 NEOX here, 1.2 NEOX there, every single day. It’s steady income.

Solo mining Neoxa? You get absolutely nothing for weeks or months. Then boom — you hit a block and get the entire block reward plus transaction fees. Right now, that’s 12,500 NEOX per block.

The math is pretty simple: either you find blocks and make way more than pool mining, or you find nothing and waste electricity. There’s no middle ground. That’s why I call it the mining lottery, and honestly, that’s what makes it exciting.

What I wish I knew earlier: Your actual odds depend entirely on your hashrate compared to the network. With a single RTX 3060 getting around 25 MH/s on KawPow, I’m competing against a total network hashrate that fluctuates between 200-400 GH/s. Do the math and… yeah, it’s a long shot. But that’s exactly why the community is so hype when someone actually lands a block.

Understanding Neoxa’s KawPow Algorithm for GPU Mining

KawPow is a memory-intensive algorithm designed to resist ASICs. Basically, it needs fast GDDR6 memory, which GPUs have and ASICs struggle to implement efficiently. This is why Neoxa specifically chose it — they want to keep mining decentralized and accessible to regular people with gaming GPUs.

The algorithm is a fork of ProgPoW (which itself was a proposed Ethereum algorithm before ETH went proof-of-stake). It uses random code sequence changes in each block to make ASIC development insanely expensive. For us GPU miners, that’s perfect.

Here’s what KawPow demands from your hardware:

• At least 4GB VRAM (though 6GB+ is way better for stability)
• Fast memory bandwidth — GDDR6 performs significantly better than GDDR5
• Decent core clock speeds, but memory clock matters more
• Efficient cooling because this algorithm runs HOT

AMD cards and NVIDIA cards perform pretty differently on KawPow. AMD tends to be slightly more power-efficient, but NVIDIA cards are easier to optimize in my experience. I’ve tried both, and honestly, both work fine if you tune them correctly.

One thing that surprised me: KawPow is actually less VRAM-intensive than some other algorithms. Unlike Ethereum’s old DAG that kept growing, KawPow stays relatively stable. My 3060 with 12GB VRAM barely uses half of that.

Best GPUs for Solo Mining Neoxa — My Honest Rankings

Not all GPUs are created equal for KawPow mining. Some are power hogs that’ll destroy your electricity budget, others are weak but efficient. After testing a bunch (and borrowing my friend’s cards), here’s my actual ranking.

My Top Pick: NVIDIA RTX 3060 Ti

This is genuinely my favorite card for KawPow. When I borrowed one from my friend Alex for a month, I was getting consistent 31 MH/s at 115W with proper tuning. That’s 3.7 MH/s per watt, which is honestly pretty solid.

Budget Champion: AMD RX 6600

Look, I can’t afford fancy high-end cards. The RX 6600 is what I actually run most of the time because my electricity budget is basically zero. My dad set a strict limit after the first month’s bill came in.

High Hashrate Beast: RTX 3090

Honestly, unless you’re running a serious multi-GPU rig, the 3090 is overkill for solo mining Neoxa. Yes, it’s fast. Yes, it improves your block odds. But that power draw? Brutal.

AMD Option: RX 6800 XT

If you’re Team Red, this is your best bet. I haven’t personally owned one, but my mining Discord buddies swear by it for KawPow chains.

Stay Away From: Older GTX 1060/1070 Cards

Sure, you can find GTX 1060s for cheap. They’ll mine KawPow. But the hashrate is terrible (12-15 MH/s) and they still use 100W+. The efficiency is so bad that you’re basically mining at a loss unless electricity is free. Don’t make my mistake — I tried this first and wasted two weeks before realizing the math didn’t work.

Setting Up Your GPU for Solo Mining Neoxa: Step-by-Step

Okay, here’s where we get into the actual setup process. This is what I wish someone had explained to me when I started, because I spent three days troubleshooting stupid mistakes that could’ve been avoided in five minutes.

Step 1: Download the Neoxa Wallet and Sync the Blockchain

First, you need the official Neoxa Core wallet from their GitHub or website. This wallet runs a full node, which means it downloads the entire blockchain. For Neoxa, that’s currently around 4-5 GB — not huge, but it takes time to sync.

Download it, install it, and let it sync completely. This might take a few hours depending on your internet speed. Don’t skip this step. You can’t solo mine without a fully synced node.

Once synced, create a new receiving address. This is where your block rewards will go if you’re lucky enough to hit one. Write this address down somewhere safe — you’ll need it for your miner configuration.

Step 2: Configure Your Neoxa Wallet for Solo Mining

Here’s where most beginners mess up. By default, the Neoxa wallet doesn’t accept incoming mining connections. You need to enable the RPC server.

Navigate to your Neoxa data directory. On Windows, that’s usually something like C:UsersYourNameAppDataRoamingNeoxa. Create a file called neoxa.conf (if it doesn’t exist already).

Add these lines:

• server=1
• rpcuser=neoxaminer
• rpcpassword=YOUR_SECURE_PASSWORD_HERE
• rpcallowip=127.0.0.1
• rpcport=8566

Change that password to something actually secure. Not “password123” like I originally used (yeah, I know).

Save the file, close your wallet completely, and restart it. Your node is now ready to accept mining connections from your GPU miner.

Step 3: Download and Configure Your Mining Software

For KawPow, you have several miner options. I’ve tested most of them, and here’s my honest take:

T-Rex Miner (NVIDIA only): This is what I use most of the time. It’s closed-source and has a 1% dev fee, but it’s super stable and gets the best hashrate on my RTX 3060. The interface is clean, and it has great overclocking features built-in.

TeamRedMiner (AMD only): If you’re running AMD cards, this is your best bet. Also has a dev fee, but the performance on AMD is unmatched. Similar features to T-Rex.

lolMiner (AMD and NVIDIA): Works on both, which is convenient if you’re mixing cards. Slightly lower hashrate than the specialized miners, but the difference is only 1-2%.

For this guide, I’ll show you T-Rex setup because that’s what I know best. Similar to what I covered in my SRBMiner solo mining guide, configuration is pretty straightforward once you know the syntax.

Download T-Rex Miner from their GitHub. Extract it to a folder. Create a new text file and save it as mine_neoxa_solo.bat (or .sh if you’re on Linux).

Your batch file should look like this:

t-rex.exe -a kawpow -o http://127.0.0.1:8566 -u neoxaminer -p YOUR_SECURE_PASSWORD –no-watchdog –coin neox –wallet YOUR_NEOXA_ADDRESS

Replace YOUR_SECURE_PASSWORD with whatever you put in neoxa.conf. Replace YOUR_NEOXA_ADDRESS with your wallet address from step 1.

Save it, double-click it, and boom — you should see T-Rex start up and connect to your local node. If you see “Share accepted!” messages… congratulations, you’re not solo mining. If you see hashrate and connection confirmations but no shares, you’re doing it right.

Step 4: Optimize Your GPU Settings

Running your GPU at stock settings is basically throwing money away on electricity. KawPow responds really well to overclocking memory and undervolting the core.

I use MSI Afterburner for this. Here are my RTX 3060 settings that work great:

• Power Limit: 70%
• Core Clock: -200 MHz
• Memory Clock: +1200 MHz
• Fan Speed: 70% (adjust based on your temps)

These settings drop my power consumption from 170W to about 95W while actually increasing hashrate from 23 MH/s to 25.5 MH/s. That’s what I call a win-win.

For AMD cards, the settings are different, but the principle is the same: reduce core voltage, increase memory clock, monitor temperatures.

Don’t just copy my settings blindly. Every GPU is different due to the silicon lottery. Start conservative, test for stability, then push further gradually. If your miner crashes or you see invalid shares, back off a bit.

Calculating Your Real Odds of Finding a Neoxa Block Solo

Alright, time for the math that might crush your dreams. But hey, at least I’m being honest with you.

Neoxa’s network hashrate fluctuates, but let’s say it’s averaging 300 GH/s right now. Block time is 60 seconds, so that’s 1,440 blocks per day.

If you’re running a single RTX 3060 at 25 MH/s, your percentage of the network is:

25 MH/s ÷ 300,000 MH/s = 0.0000833 or 0.00833%

Your expected blocks per day: 1,440 blocks × 0.00833% = 0.12 blocks per day

In other words, you’d expect to find one block roughly every 8.3 days on average. That’s actually not terrible compared to trying to solo mine Kaspa with a GPU where you’re looking at months.

But here’s the brutal truth: “on average” means nothing in solo mining. You could hit a block tomorrow. You could hit three blocks in one week. Or you could go six months without finding anything. That’s how probability works, and it’s why managing your expectations is so important.

I’ve been running my 3060 for about four months now. According to the math, I “should have” found roughly 15 blocks. Reality? Zero blocks. Nada. That’s just bad luck, and it happens. If I keep running for another four months, I might find 30 blocks and average out. Or I might find zero again.

This is why some people run multiple GPUs to improve odds. A rig with 200 MH/s has 8x better odds than my single card setup. But then you’re talking serious electricity costs and upfront investment.

For comparison, check out my solo mining probability chart to see how Neoxa stacks up against other coins. Spoiler: it’s actually one of the better options for GPU solo mining in 2026.

Alternative Mining Software for Neoxa Solo Mining

While T-Rex is my go-to, there are definitely other options worth considering depending on your specific setup.

BzMiner for Multi-GPU Rigs

If you’re running multiple GPUs (lucky you), BzMiner has excellent multi-GPU management. It supports both AMD and NVIDIA in the same rig, which is convenient if you’re mixing cards. The dev fee is 1% for most algorithms including KawPow.

I tested it briefly when I temporarily had access to two cards, and the per-card tuning features were really solid. You can set different overclocks for each GPU, which is super helpful when you’re mixing card models.

NBMiner for NVIDIA Users

Another NVIDIA-focused miner that performs well on KawPow. I covered the setup process in my NBMiner configuration guide, and honestly, it’s very similar to T-Rex in terms of hashrate. The interface is slightly less polished in my opinion, but it’s a solid alternative if T-Rex isn’t working for you.

What About Mining Through Public-Pool.io?

Technically, you can use Public-Pool.io’s solo mining service for Neoxa. They support tons of coins and handle all the node infrastructure for you. The trade-off? You’re not truly solo mining since you’re connecting to their server, and they take a small fee if you find a block.

I tried this for a week when my wallet kept crashing (turns out my SSD was dying). It worked fine, but I prefer running my own node. You get that extra satisfaction knowing you found the block completely independently.

Electricity Costs Reality Check: Will You Actually Profit?

Okay, real talk time. This is the part where I potentially talk you out of solo mining Neoxa, but you need to hear it.

My RTX 3060 uses about 95W when optimized. Running 24/7, that’s 2.28 kWh per day. My electricity cost is $0.12 per kWh (I finally got my dad to tell me). So my daily electricity cost is $0.27.

With my expected block rate of one block every 8.3 days, I’m spending about $2.24 in electricity per block. The block reward is 12,500 NEOX, which at current prices is… basically impossible to predict because Neoxa is a small-cap coin with volatile pricing.

When I started, NEOX was trading at around $0.0003. That made each block worth $3.75 — barely profitable after electricity. Since then, it’s fluctuated between $0.0002 and $0.0005. At the lower end, you’re mining at a loss. At the higher end, you’re making decent money.

And that’s IF you hit blocks on schedule. Remember my zero blocks in four months? Yeah, I’ve spent about $32 in electricity and earned exactly $0 so far. That’s the harsh reality of solo mining.

Don’t make my mistake: Calculate your specific electricity costs before you start. If you’re paying $0.20+ per kWh, solo mining Neoxa with a single GPU probably doesn’t make financial sense. You’d be better off buying NEOX directly or targeting coins with better odds for low hashrate miners.

Similar to what I discussed in my bear market strategy article, sometimes the best move is to mine through tough periods hoping for future price appreciation. But you need to be honest about whether you can afford that gamble.

Monitoring Your Solo Mining Performance

Once you’re running, you need to actually monitor what’s happening. Unlike pool mining where you can check your dashboard for stats, solo mining requires looking at different things.

What to Check in Your Miner Software

T-Rex and other miners display your hashrate in real-time. You should see relatively stable numbers — if your hashrate is jumping around wildly, something’s wrong with your overclock or drivers.

Also watch your temperature. For KawPow, I try to keep my GPU under 65°C. Anything above 70°C and I increase fan speed or reduce clocks slightly. Heat degrades performance and shortens your card’s lifespan.

Checking Your Neoxa Node

Your wallet shows the current block height. Cross-reference this with a Neoxa block explorer to make sure you’re actually synced. If your local block height is lower than the explorer, you’re not fully synced and won’t find valid blocks.

In the console (Tools → Debug Console in the wallet), you can type getmininginfo to see your mining status. This confirms your node is properly receiving work from your miner.

Discord and Community Resources

Honestly, the Neoxa Discord community has been incredibly helpful. When I couldn’t figure out why my miner kept disconnecting (turned out to be a firewall issue), someone walked me through the fix in like 10 minutes. Here’s the thing: crypto mining communities are usually pretty welcoming if you ask decent questions and show you’ve tried to solve the problem yourself first.

Comparing Neoxa to Other GPU-Mineable Coins

I’ve tried solo mining several different GPU coins at this point, so let me give you some honest comparisons.

Neoxa vs Ravencoin

Both use KawPow, so the mining process is identical. The difference? Ravencoin’s network hashrate is measured in TH/s (terahash), not GH/s. Your odds of solo mining RVN are basically zero unless you have a massive farm. Neoxa’s lower hashrate makes it way more accessible for small-time solo miners. Easy choice here.

Neoxa vs Firo

I covered solo mining Firo in another article. Firo uses FiroPow (another KawPow variant) and has similar network hashrates to Neoxa. Your choice between them should probably be based on which project you believe in more, because the mining experience is nearly identical.

Neoxa vs Vertcoin

Vertcoin uses Verthash, which is completely different from KawPow. I wrote about solo mining Vertcoin too. Verthash is extremely VRAM-intensive (needs 4-8 GB allocated just for the DAG), so it favors cards with lots of memory. KawPow is less demanding. If you’re running older GPUs with 4GB VRAM, Neoxa is probably the better choice.

Neoxa vs Ergo

Ergo (Autolykos v2) is another popular GPU solo mining target, but its network hashrate is significantly higher than Neoxa’s. You’re looking at much longer expected block times. For a single-GPU miner, Neoxa gives you better odds of actually experiencing a block reward.

Should You Actually Solo Mine Neoxa? My Honest Take

After running this for months and spending way too much time optimizing, here’s my brutally honest assessment.

Solo mine Neoxa if:

• You have cheap or free electricity (under $0.10/kWh ideally)
• You’re mining for fun and learning, not just profit
• You can afford to potentially earn nothing for months
• You already own a decent GPU and aren’t buying one specifically for this
• You believe in the Neoxa project and want to support network security

Don’t solo mine Neoxa if:

• Your electricity costs are high ($0.15+/kWh)
• You need consistent income to justify the mining operation
• You’d be buying a GPU specifically to mine — the ROI doesn’t support it
• You’re expecting guaranteed profits

Personally? I’m still mining it, but mainly because I find the whole process interesting and educational. The block reward would be cool, but I’ve accepted that might never happen. What I have gotten is a deep understanding of GPU mining, overclocking, and blockchain technology that you just can’t get from watching YouTube videos.

If you want to optimize your chances, consider solo mining multiple coins simultaneously with different GPUs or switching between coins based on difficulty. That way you’re not putting all your eggs in one basket.

Frequently Asked Questions About Solo Mining Neoxa

Can I solo mine Neoxa with a laptop GPU?

Technically yes, but I really wouldn’t recommend it. Laptop GPUs have weaker cooling systems and will throttle hard under 24/7 mining load. You’ll get terrible hashrates and risk overheating your laptop. Plus, the electricity you’ll use costs more than any potential rewards. If you want to experiment, maybe run it for an hour just to see how it works, but don’t leave it running.

How long until I find my first Neoxa block?

Depends entirely on your hashrate and luck. With a single RTX 3060 (25 MH/s), the expected time is around 8-10 days at current network difficulty. But that’s just an average — you could hit one tomorrow or go months without finding anything. Check my probability chart for detailed calculations. The randomness is what makes solo mining both frustrating and exciting.

Is it better to solo mine Neoxa or join a pool?

Pool mining gives you steady, predictable income — you’ll earn small amounts of NEOX every single day. Solo mining gives you nothing most days, then occasionally a huge 12,500 NEOX block reward. Over time, the math theoretically works out the same (minus pool fees), but the variance is completely different. Pool mining is better if you need consistent income. Solo mining is better if you can handle variance and want the excitement of hitting full blocks. I prefer solo because the lottery aspect is more fun for me, even though I haven’t won yet.

Can I mine Neoxa and another coin at the same time on the same GPU?

No, your GPU can only work on one algorithm at a time. You could set up a system to switch between coins (like mining Neoxa for 12 hours, then switching to Firo for 12 hours), but you can’t literally mine both simultaneously on one card. Some people do this to diversify their solo mining chances across multiple projects. I covered this strategy in my multi-coin solo mining article.

What happens if I find a block but my wallet is closed?

If your wallet/node is closed, your miner can’t submit the solved block to the network. You’ll see an error in your miner and basically lose that block — someone else will find it seconds later. This is why you need to keep your Neoxa Core wallet running 24/7 while mining. I learned this the hard way when my PC auto-updated and restarted overnight. Now I have auto-updates disabled and my mining rig runs on a separate machine from my gaming PC.