Ravencoin Core Solo Mining: Full Node Setup for KawPow

Running your own Ravencoin node for solo mining is basically the only way to do this properly. Sure, you could point your GPU at some third-party solo pool, but then you’re trusting someone else’s infrastructure with your potential block. When you finally hit that RVN block after weeks of trying, you want your node to broadcast it to the network immediately.

I’ve been running a Ravencoin node for about seven months now. My RTX 3070 has found two blocks in that time — one at three weeks, another at four months. Both times, watching my own node confirm the block was honestly more satisfying than any pool payout.

This guide walks through the complete process: downloading Ravencoin Core, syncing the blockchain, configuring the node for mining, connecting your GPU miner, and troubleshooting the common issues that always seem to pop up. The setup takes maybe two hours if you have decent internet, then you’re mining to your own full node.

Why Run Your Own Node for Ravencoin Solo Mining

Here’s what the numbers say: Ravencoin’s network hashrate fluctuates between 5-8 TH/s most days. A single RTX 3080 does about 45 MH/s on KawPow. Quick math: that’s 0.00056% of network hashrate. Your expected time to find a block is roughly 62 days at current difficulty.

Running your own node means:

• Zero pool fees eating into your block reward (1000 RVN per block)
• No third-party downtime causing you to miss your lucky hash
• Complete control over transaction selection in your blocks
• You actually learn how KawPow mining works at the protocol level

The alternative is pointing at someone’s “solo pool” infrastructure. They charge 1-2% fees, their node might go down during your block find, and you’re basically pool mining with extra steps. When you’re already fighting 62-day expected block times, giving up control makes zero sense.

Worth noting: You need about 20 GB of disk space for the blockchain, and it grows maybe 1 GB per month. Any computer from the last five years handles this fine. My node runs on an old laptop with an i5-6500 and 8 GB RAM.

Step 1: Download and Install Ravencoin Core

Head to the official Ravencoin GitHub releases page. You want the latest version of Ravencoin Core — as of writing this, that’s 5.0.2, but check for newer releases.

Download the version for your operating system:

• Windows: ravencoin-5.0.2-win64-setup.exe
• Linux: ravencoin-5.0.2-x86_64-linux-gnu.tar.gz
• macOS: ravencoin-5.0.2-osx.dmg

Windows installation is straightforward — run the .exe, click through the installer, let it install to the default directory. Linux users extract the tar.gz and move the binaries to /usr/local/bin or run them from the extracted folder.

First launch takes a moment. The wallet creates a data directory at:

• Windows: C:UsersYourNameAppDataRoamingRaven
• Linux: ~/.raven
• macOS: ~/Library/Application Support/Raven

Don’t panic when it says “Synchronizing with network” and shows 0.00%. That’s normal. The blockchain sync is next, and it takes a while.

One thing I learned the hard way: Don’t close Ravencoin Core during the initial sync by clicking the X. It can corrupt the blockchain database, forcing you to restart the entire sync. Use File → Exit instead, or let it finish syncing before you close it the first time.

Step 2: Sync the Ravencoin Blockchain

The Ravencoin blockchain is currently around 18 GB. Sync time depends entirely on your internet speed and CPU.

On my setup with 100 Mbps internet and that i5-6500, the full sync took about 4 hours. A slower connection might need 8-12 hours. Faster systems with SSDs can do it in 2-3 hours.

While it’s syncing, you’ll see a progress bar at the bottom of Ravencoin Core. It shows both block height and percentage complete. The sync has two phases:

Phase 1: Downloading blocks — This is network-limited. Your node downloads blocks from peers and validates the basic structure. Goes pretty fast.

Phase 2: Verifying blocks — This is CPU-limited. Your node validates every transaction signature in every block. Takes longer. The progress bar slows down significantly here, especially in the final 10%.

You can speed up sync slightly by increasing the database cache. Close Ravencoin Core (File → Exit), then create or edit the configuration file. We’re doing this anyway for mining setup, so let’s do it now.

Navigate to your Ravencoin data directory and create a file named raven.conf if it doesn’t exist. Add this line:

dbcache=2026

This allocates 2 GB of RAM for the blockchain database cache. Default is 450 MB. If you have 16 GB+ of system RAM, you can go higher — dbcache=4096 for 4 GB. Restart Ravencoin Core and the sync continues faster.

Let the sync finish completely before moving to the next step. Mining to a node that’s not fully synced causes all kinds of weird issues — stale shares, rejected blocks, wasted GPU time.

Step 3: Configure Ravencoin Core for Solo Mining

Now we’re setting up the actual mining configuration. Close Ravencoin Core if it’s running.

Open your raven.conf file in the Ravencoin data directory. Here’s the configuration I use for solo mining:

# RPC server settings
server=1
rpcuser=ravenminer
rpcpassword=YourSecurePasswordHere
rpcallowip=127.0.0.1
rpcport=8766

# Mining settings
gen=0
prune=0

# Network settings
listen=1
maxconnections=50

# Performance
dbcache=2026

Let me break down what each setting does:

server=1 — Enables the RPC server so your mining software can connect to the node.

rpcuser and rpcpassword — Your miner authenticates with these credentials. Change “YourSecurePasswordHere” to something actually secure. I use a random 20-character string generated by a password manager.

rpcallowip=127.0.0.1 — Only allows connections from your local machine. If your mining rig is on a different computer than your node, change this to the rig’s IP address, like rpcallowip=192.168.1.100.

rpcport=8766 — Default RPC port for Ravencoin. Your miner connects here. Some mining software auto-detects this, others need it specified.

gen=0 — Disables the built-in CPU miner (which is useless anyway).

prune=0 — Keeps the full blockchain. You need this for solo mining. Pruned nodes can’t validate blocks properly.

listen=1 — Allows incoming connections from other nodes. Helps network health.

maxconnections=50 — Limits peer connections. Default is 125, but that’s overkill for solo mining. 50 is plenty.

Save raven.conf and restart Ravencoin Core. The title bar should now say “Ravencoin Core” with [testnet] NOT showing. If you see [testnet], something’s wrong with your configuration.

To verify the RPC server is running, open a command prompt (Windows) or terminal (Linux/macOS) and try:

curl --user ravenminer:YourPassword --data-binary '{"jsonrpc":"1.0","id":"test","method":"getblockcount","params":[]}' -H 'content-type:text/plain;' http://127.0.0.1:8766/

Replace “YourPassword” with your actual rpcpassword. If it returns a block height number, your RPC server is working. If you get connection errors, double-check your raven.conf syntax.

Step 4: Connect Your Mining Software to the Node

Time to connect your GPU. I’m using T-Rex miner here because it has the best KawPow performance for NVIDIA cards. If you’re running AMD, TeamRedMiner or GMiner work well.

First, make sure you have the latest version of your mining software. Old versions sometimes have issues with solo mining or getwork implementations.

Here’s my T-Rex configuration for connecting to a local Ravencoin node:

t-rex -a kawpow -o http://127.0.0.1:8766 -u ravenminer -p YourPassword --no-nvml

Breaking this down:

• -a kawpow — Specifies the KawPow algorithm
• -o http://127.0.0.1:8766 — Connects to your local node’s RPC port
• -u ravenminer -p YourPassword — RPC credentials from raven.conf
• –no-nvml — Disables NVIDIA Management Library (optional, reduces CPU usage slightly)

If your node is on a different computer, replace 127.0.0.1 with your node’s IP address. Also make sure you updated rpcallowip in raven.conf to match that IP.

Start the miner. You should see it connect and begin submitting shares. In solo mining, these aren’t really “shares” — they’re potential block solutions. T-Rex shows “Accepted” for solutions that meet the minimum difficulty, but only one in millions will actually meet network difficulty and become a valid block.

Your Ravencoin Core window won’t show much activity. That’s normal. The node processes work requests silently in the background. You might see occasional messages in debug.log about new blocks being received or orphaned chains, but no constant stream of share acceptances like you’d see in pool mining.

Worth noting: Some miners prefer using getwork mode over stratum for solo mining. T-Rex auto-detects this, but if you’re using older mining software, you might need to specify it explicitly.

Monitoring Your Solo Mining Node

Ravencoin Core doesn’t have a built-in hashrate monitor for external miners. Your mining software shows your local hashrate, but for network statistics and block probability, you need additional tools.

The Ravencoin blockchain explorer at ravencoin.network lets you check:

• Current network hashrate (usually 5-8 TH/s)
• Block time (60 seconds target, but varies)
• Current difficulty
• Recent blocks found

For actual solo mining probability, I built a calculator specifically for this. Check the Ravencoin solo mining calculator to input your hashrate and see realistic block find times. It accounts for network difficulty variance and shows probability distributions, not just average times.

Quick math: At 45 MH/s on a 3070 with network hashrate at 6 TH/s, you have roughly a 1.6% chance of finding a block per day. That’s a 50% chance within 43 days, 90% chance within 144 days. But variance means you might hit in a week or go six months dry.

If you want deeper statistics about solo mining success rates across different hashrates, the statistical analysis guide covers this in detail. Spoiler: GPU solo mining requires either significant hashrate or infinite patience.

One thing I check weekly: My node’s peer count. In Ravencoin Core, go to Help → Debug Window → Peers tab. You should see 30-50 connections. If it’s under 10, your node might not be broadcasting blocks properly. Check your firewall settings — Ravencoin uses port 8767 for P2P connections.

Optimizing Your GPU for KawPow Mining

KawPow is memory-intensive. Unlike RandomX (CPU-bound) or Kaspa’s kHeavyHash (core-bound), KawPow performance depends heavily on memory clock speed.

Here’s my RTX 3070 settings for maximum KawPow efficiency:

• Core Clock: -200 MHz
• Memory Clock: +1200 MHz
• Power Limit: 60%
• Fan Speed: 70% (auto curve)

This drops power consumption from 220W to about 130W while losing only 2-3 MH/s. Efficiency goes from 0.2 MH/J to 0.34 MH/J. Over weeks of mining, that’s significant electricity savings with minimal hashrate loss.

Every GPU is different. Start conservative and increase memory clock in +100 MHz increments until you see instability (crashes, rejected shares, artifacts on screen). Then back off 50 MHz for stability margin.

For AMD cards, KawPow responds well to memory undervolting. RX 5700 XT users report best results at 1750 MHz memory with 900 mV core voltage, pulling 130W for 28 MH/s.

If electricity costs are a concern (and they should be), check the electricity cost optimization guide. The efficiency gains from proper tuning add up surprisingly fast when you’re mining 24/7.

Troubleshooting Common Node Setup Issues

Miner connects but shows 0 H/s — Usually means Ravencoin Core isn’t fully synced. Wait for 100% blockchain sync before mining. Also verify your rpcuser and rpcpassword match exactly in both raven.conf and your miner command.

High stale rate or rejected shares — Check your node’s peer count. Under 10 peers means poor network connectivity. Also verify your system time is accurate — Ravencoin nodes reject blocks with timestamps more than 2 hours off.

“Failed to connect to RPC server” errors — Your firewall might be blocking port 8766. On Windows, add an exception for Ravencoin Core in Windows Firewall. Linux users check iptables rules. If mining from a different computer, make sure rpcallowip includes that machine’s IP.

Blockchain sync stuck at 99% — The final verification phase is CPU-intensive and slow. It’s not stuck, just processing. A single bad block can force re-validation of recent blocks. Let it finish. If it’s genuinely stuck for 12+ hours, check debug.log for errors. Occasionally corrupted blocks require reindexing.

Node crashes or freezes — Usually RAM-related. Reduce dbcache to 1024 or 512 if you have limited RAM. Also check available disk space — the node needs at least 5 GB free for database operations.

One issue I ran into personally: My node kept losing peers every few hours. Turns out my router was dropping idle TCP connections after 30 minutes. I added “keepalive=1” to raven.conf, which sends periodic pings to maintain connections. Problem solved.

Understanding Your Block Find Probability

Let’s be honest about the math here. Solo mining Ravencoin with a single GPU is a long-term game.

Current RVN price: $0.005653. Block reward: 1000 RVN. Network hashrate: 6 TH/s (varies).

A single RTX 3080 at 45 MH/s represents 0.00075% of network hashrate. Expected time between blocks: 61 days. But that’s just the average. The actual probability distribution is geometric — you have the same chance of finding a block today as you did yesterday, regardless of how long you’ve been mining.

Here’s what that means in practice:

• 10% chance of finding a block within 6 days
• 50% chance within 43 days
• 90% chance within 139 days
• 5% chance of going 180+ days without finding a block

If you run three RTX 3070s at 135 MH/s combined, those times reduce by 3x. But you’re still looking at roughly 20 days expected time per block.

The profitability math compared to pool mining is interesting. In pool mining, you’d earn about 16 RVN per day with a 3070. In solo mining, you find a 1000 RVN block every 62 days on average. Same long-term payout, but solo mining has massive variance.

For a realistic comparison of solo mining across different coins, check the profitability comparison guide. Ravencoin actually has some of the best solo mining odds for GPU miners, better than Ethereum Classic or Firo in terms of reasonable block times.

Worth noting: If you’re also considering CPU mining, Monero solo mining is mathematically more accessible. A Ryzen 9 7950X finds XMR blocks more reliably than a single GPU finds RVN blocks, though Monero’s lower block reward changes the profit equation.

Alternative: Dual Mining While Solo Mining Ravencoin

KawPow uses mostly memory bandwidth, leaving GPU cores relatively idle. Some miners run dual mining setups where they mine Ravencoin on the memory bus while mining a core-intensive coin like Kaspa simultaneously.

This is technically possible but complicated. You need mining software that supports dual mining (like BzMiner), and your profitability depends heavily on both coins’ prices and difficulties. More importantly for solo mining: Your effective hashrate on both coins drops significantly, making block finds even less likely.

I tried this for a month. My RTX 3070 did 38 MH/s RVN + 180 MH/s Kaspa in dual mode, versus 45 MH/s RVN-only. The math didn’t work out — the 15% hashrate loss extended my expected Ravencoin block time from 62 to 73 days, and Kaspa solo mining at 180 MH/s is basically hopeless (network is over 300 PH/s).

If you want to explore this anyway, the dual mining setup guide covers the configuration. Just know you’re trading solo mining probability for slightly higher pool earnings on the second coin.

When to Consider Alternative KawPow Coins for Solo Mining

Ravencoin is the largest KawPow coin, but not the only one. Neoxa runs the same algorithm with much lower network hashrate (around 150 GH/s versus Ravencoin’s 6000 GH/s). That’s 40x easier difficulty.

Quick math: A 3070 at 45 MH/s finds Neoxa blocks every 1.5 days on average. Much better odds. The tradeoff is that Neoxa’s price is significantly lower and liquidity is limited. You’re finding blocks more often but they’re worth less and harder to sell.

Same concept applies to other ASIC-resistant KawPow coins. The Neoxa solo mining guide covers node setup if you want to compare. The process is nearly identical to Ravencoin — different port numbers and conf file location, but same general structure.

Personally, I stick with Ravencoin for solo mining. The network is stable, the coin has real usage through asset tokenization, and liquidity is good enough that I can actually sell blocks when I find them. Smaller coins might have better odds but worse economics.

Electricity Cost Reality Check

Let’s talk about the part most solo mining guides skip: power bills.

An RTX 3070 running 24/7 at 130W uses 93.6 kWh per month. At $0.12/kWh (US average), that’s $11.23 monthly. At $0.20/kWh (parts of Europe), it’s $18.72.

In 62 days of solo mining, you spend $22.46 in electricity (at $0.12/kWh) for a 1000 RVN block. At current RVN price of $0.005653, that’s break-even around $0.022 per RVN. Below that price, you’re mining at a loss even when you find blocks.

Compare this to pool mining the same period: You’d earn roughly 920 RVN (after 2% pool fees) and pay the same $22.46 in electricity. Similar economics, but pool mining gives you steady payouts instead of gambling on variance.

The honest assessment: Solo mining Ravencoin with a single GPU only makes financial sense if:

• Your electricity is under $0.10/kWh
• You’re holding RVN long-term and believe price will increase
• You value the learning experience over immediate profit
• You’re okay with potentially going months without income

If electricity is expensive where you live, seriously consider whether solo mining makes sense. The bear market strategy guide discusses when it’s smarter to stop mining entirely and just buy coins instead.

Long-Term Node Maintenance

Running a Ravencoin node isn’t completely hands-off. Here’s what actually requires maintenance:

Core updates — Ravencoin releases new wallet versions every few months. Critical updates (usually for hard forks) are mandatory. Check the official Twitter or Discord every month or so. Missing a hard fork means your node follows the wrong chain and your mining is wasted.

Blockchain growth — The blockchain grows about 1 GB per month. Not much, but over a year that’s 12 GB. Monitor your disk space. If you’re under 10 GB free, the node can slow down significantly.

Peer list maintenance — Occasionally peers.dat gets corrupted or filled with dead nodes. If your peer count stays low (under 8) despite being online for days, delete peers.dat from your Ravencoin data directory and restart the node. It rebuilds from seed nodes.

Log file cleanup — debug.log can grow to several GB if you leave logging enabled. I rotate mine monthly by renaming debug.log to debug-2026-01.log, then restarting the node to create a fresh log.

One thing I wish I’d known earlier: Back up your wallet.dat file immediately after first launch. This contains your private keys. If you find a block and then lose wallet.dat due to disk failure, those 1000 RVN are gone forever. I keep three copies: local backup, USB drive, and encrypted cloud storage.

Comparing Ravencoin Solo Mining to Other GPU Coins

How does Ravencoin stack up against other GPU-mineable coins for solo mining?

Ravencoin (KawPow): 45 MH/s = ~62 day block time. Block worth 1000 RVN (~$22-25 depending on price).

Ethereum Classic (Etchash): 60 MH/s = ~120 day block time. Block worth 2.56 ETC (~$60-70). Longer wait, bigger reward.

Firo (FiroPow): 22 MH/s = ~180 day block time. Block worth 2.5 FIRO (~$5-7). Not worth solo mining honestly.

Ergo (Autolykos2): 90 MH/s = ~45 day block time. Block worth 51 ERG (~$100-130). Better odds than RVN but requires twice the GPU power for similar block times.

Ravencoin sits in a sweet spot: reasonable block times with decent block value. Not the absolute best for solo mining, but definitely practical. For more algorithmic variety, coins like Vertcoin (Verthash) or Firo (FiroPow) offer similar node setup processes if you want to experiment.

Frequently Asked Questions

Can I mine to an exchange address instead of running a full node?

No, not for true solo mining. You need your own node to construct block templates. What you can do is run your own node and set the block reward to pay out to an exchange address, but that’s risky — if the exchange doesn’t recognize your deposit or flags it as unusual activity, you might lose access to your funds. Always mine to a wallet you control, then transfer to exchanges when you want to sell.

How much RAM does a Ravencoin node need?

4 GB minimum, 8 GB recommended. The node itself uses about 500 MB, but with dbcache=2026 (recommended for sync speed), you’re allocating 2 GB for the database cache. Add your OS overhead and other programs, and 8 GB total system RAM is comfortable. I run mine on a laptop with 8 GB and it’s fine.

Is solo mining Ravencoin profitable compared to pool mining?

Mathematically, they’re equivalent over the long term — same expected value. Solo mining eliminates 1-2% pool fees but introduces massive variance. You might find two blocks in a week or go three months with nothing. Pool mining gives steady daily payouts but you pay fees. Profitability is identical if you can handle the variance. Psychologically, most people prefer pool mining’s consistency.

What happens if I find a block while my node is still syncing?

Your miner wastes the work. An unsynced node doesn’t know the current blockchain state, so any block solution it creates will be invalid (wrong previous block hash). Always wait for 100% sync before starting your miner. There’s no shortcut here — mining to a partially synced node is just burning electricity.

Can I run multiple miners on different rigs connecting to one node?

Yes, absolutely. That’s actually the recommended setup if you have multiple GPUs. Run one full node on a dedicated computer (even an old laptop), then point all your mining rigs at that node’s IP address. Just make sure to update rpcallowip in raven.conf to include all rig IP addresses. This reduces bandwidth and disk space requirements since you only sync one blockchain copy.

Final Thoughts on Running Your Own Mining Node

Setting up a node for Ravencoin solo mining takes maybe two hours total if you follow the steps carefully. The technical knowledge you gain is honestly worth more than the block rewards — you learn how blockchain P2P networks function, how miners interact with nodes, how block templates are constructed, all the stuff that stays abstract when you’re just pool mining.

The probability math is what it is. A single 3070 finds blocks every 2-3 months on average. That’s the reality. If you can’t handle potentially going six months without income, solo mining isn’t for you. Pool mine instead and sleep better.

But if you’re here because you want to understand mining at a deeper level, not just optimize profit, running your own node changes how you think about cryptocurrency. Every block you find feels like you actually contributed to the network instead of just renting hashrate to a pool.

The setup guide here gets you running. The calculator shows your realistic odds. The rest is variance, patience, and honestly a bit of luck. That’s solo