Best Mining Pool for Bitaxe in 2026: Solo vs Pool Compared

The best mining pool for Bitaxe depends on how you want to get paid. Solo CKPool and AtlasPool offer classic solo mining. Public Pool offers fee-free solo and PPLNS modes, while OCEAN uses its pooled TIDES system. Compare their fees, connection requirements, security options, and support for self-hosting before changing AxeOS.

Why Pool Choice Matters for Bitaxe

A single Bitaxe has a tiny share of Bitcoin’s total hashrate. Pool selection does not improve the probability of any individual hash finding a block. It changes the payout method, fee, connection path, and level of trust placed in the operator.

On September 25, 2026, Bitcoin difficulty was about 132.76 trillion. At that difficulty, a miner running at 1 TH/s has an expected block interval of roughly 18,000 years.

That figure is a statistical average, not a countdown. A block could arrive on the next hash, but most small solo miners will never find one.

A pooled service divides block revenue among contributing miners. A solo pool pays only the worker that submits a valid block. Bitaxe connects through AxeOS, which stores the endpoint, port, protocol, username, and fallback pool.

For one Bitaxe, solo mining trades frequent small credits for a remote chance of receiving nearly an entire block reward.

Solo vs Pool Mining: The Economics

Solo mining has high variance. The expected interval falls when hashrate rises and increases when network difficulty rises. Switching between well-functioning solo pools does not change that underlying probability.

Three factors have the greatest effect on usable mining time:

• the combined hashrate of your devices;
• current Bitcoin difficulty;
• downtime caused by Wi-Fi failures, rejected shares, or repeated reconnects.

Solo CKPool, AtlasPool, and Public Pool’s solo endpoint pay only when your worker finds a valid block. OCEAN and Public Pool’s PPLNS endpoint distribute rewards according to contributed work.

Pool mining changes the timing and size of payments, not the expected value of the hashes themselves. Fees, rejected work, and payout rules can still change what reaches your wallet.

Estimate monthly energy use with watts × 24 × 30 ÷ 1000. The result is monthly consumption in kWh. Multiply it by your electricity rate and compare it with your expected mining revenue.

The broader probability and cost model appears in our solo mining versus pool mining guide.

How to Compare Bitaxe Mining Pools

Compare each service using the same criteria. A zero fee has little value if the connection drops frequently. A large server network also has little value if its starting share difficulty exceeds your device’s capacity.

1. Fee and payout model. Check whether the service uses solo, PPLNS, TIDES, or another method.
2. Protocol security. Match the endpoint with the correct SV1, SV2, or TLS setting.
3. Minimum difficulty. Confirm that your measured hashrate meets the endpoint’s stated requirement.
4. Infrastructure. Review endpoint location, failover behavior, and reconnect frequency.
5. Control. Decide whether you need a hosted service, your own pool server, or local block-template creation.

A public source-code repository makes inspection possible. It does not prove that a hosted server runs the same revision.

Historical blocks show that a service has submitted valid blocks before. They do not predict its future luck or your chance of finding the next block.

Solo CKPool

Solo CKPool suits miners who want a simple solo service without registration. It charges 2% of a found block’s reward.

The standard SV1 endpoint is stratum.ckpool.org:3333. Compatible miners can use Stratum V2 on port 3336.

The main hostname selects a low-latency connection and can fail over when an endpoint becomes unavailable. Manual endpoints cover the US West, US East, Germany, Singapore, and Australia.

Solo CKPool starts at share difficulty 10,000. A low-hashrate worker may take time to appear in its statistics. These display shares do not affect the worker’s chance of finding a full block.

CKPool works as either a primary or fallback entry in AxeOS. Enter the Bitcoin payout address as the username. A worker suffix can follow the address after a period.

OCEAN and DATUM

OCEAN differs from the three solo services. It uses the pooled TIDES reward system and divides each found block according to recorded work.

OCEAN describes its system as non-custodial. When possible, it places miner payouts directly in the generation transaction instead of holding a pooled balance for a later withdrawal.

The standard fee is 2%. Miners who create their own blocks through DATUM receive a reduced 1% fee.

DATUM is separate from Stratum V2. It lets a miner build block templates with a local Bitcoin node and send work through a DATUM Gateway. The documented setup requires a synchronized node, gateway software, and network access between the gateway and miners.

Without DATUM, a Bitaxe can connect to OCEAN’s hosted service at mine.ocean.xyz:3334. OCEAN then supplies the block template.

DATUM reduces dependence on the pool by moving block-template construction to the miner’s own node.

AxeOS also supports Stratum V2. SV2 and DATUM solve different problems, so selecting SV2 does not create a local DATUM setup.

Public Pool

Public Pool fits miners who want a hosted zero-fee endpoint or a self-hosted pool connected to their own Bitcoin node.

Its hosted service advertises no pool fees. It publishes separate solo and PPLNS connections, including SV1, TLS, and SV2 endpoints. A DATUM endpoint is also listed.

Self-hosting requires a Public Pool server and access to a Bitcoin node through RPC and ZMQ. The miner still sends its Bitcoin address as the username.

The hosted and self-hosted paths provide different levels of control. On the hosted service, the operator runs the pool infrastructure. A local installation uses the operator’s open-source software with your server and node.

Older reviews may describe Public Pool as MIT-licensed. The current repository contains the GPL-3.0 license. Check that repository before distributing a modified version.

AtlasPool

AtlasPool targets solo miners who need one hostname and geographically distributed routing. It advertises more than 100 edge points of presence and nine pool endpoints.

A miner connects to solo.atlaspool.io. BGP anycast routes the connection through a nearby point of presence and then to an available AtlasPool endpoint.

The standard SV1 connection is solo.atlaspool.io:3333. TLS uses solo.atlaspool.io:4333. AtlasPool charges 1.5% of a block found by the miner.

Its standard port starts at difficulty 2,000 and requires at least 400 GH/s. AtlasPool describes this as suitable for a Bitaxe Supra or faster device. Check the hashrate shown in AxeOS instead of assuming that every Bitaxe model qualifies.

A device below the stated requirement may connect but fail to submit shares often enough for useful dashboard statistics. AtlasPool explicitly says NerdMiner-class devices will not appear there.

Pool Comparison and Verdict

The right choice follows from the payout model and the amount of infrastructure you want to operate.

Solo CKPool offers a documented solo service with regional endpoints and a long public block record. OCEAN suits miners who want pooled rewards or local template construction through DATUM.

Public Pool offers the widest mix of hosted and self-hosted modes without an advertised pool fee. AtlasPool is worth testing when route quality or regional latency causes repeated reconnects.

For several Bitaxe units, a primary and fallback pool is simpler than splitting limited hashrate among four services. You can also compare current mining pool data before changing endpoints.

A pool changes the fee, payout path, connection route, and trust model. It does not make an individual hash more likely to solve a block.

How to Set Up a Pool in AxeOS

Prepare the official endpoint, port, protocol, and payout address before editing the configuration. AxeOS labels may differ slightly between firmware releases.

1. Open http://bitaxe.local or the device’s local IP address, then open the pool settings.
2. Select a pool slot and choose SV1 or SV2 to match the published endpoint.
3. Enter the hostname without a path. Put the port in its separate field.
4. Use your Bitcoin address as the username. Add .worker-name only when the pool supports worker suffixes.
5. Use x as the password unless the pool documents another value. Save and wait for the miner to reconnect.

AxeOS supports three SV1 TLS modes: disabled, enabled, and enabled with certificate verification. Use TLS only with the pool’s TLS port.

For SV2, enter the pool’s authority public key when it publishes one. Current AxeOS also exposes an option that rejects connections unless that key verifies the server certificate.

After saving, check the logs for a successful connection, authorization, and accepted shares. Then search for the payout address on the pool dashboard.

Configure a second slot as fallback. It keeps the miner working when the primary endpoint becomes unavailable.

Troubleshooting Bitaxe Pool Connections

Start by comparing every AxeOS field with the pool’s official connection page. Then inspect rejected shares and reconnect frequency.

An empty dashboard does not always mean the pool discarded work. A low-hashrate device may need time to submit a share above the pool’s display difficulty.

A rising rejected-share count needs investigation. If the device repeatedly moves to fallback, test another official endpoint and compare the logs.

Security Checklist Before Mining

Trace the payout address from AxeOS to the pool dashboard before leaving the miner unattended. Encryption protects traffic in transit, but it does not prove that every pool payout rule matches your expectations.

• Confirm the Bitcoin address in every primary and fallback pool slot.
• Use TLS with certificate verification when both AxeOS and the endpoint support it.
• Supply the published authority key when configuring authenticated Stratum V2.
• Keep Bitcoin RPC private when running Public Pool or a DATUM Gateway.
• Install self-hosted software from its official repository and review the selected release.

AxeOS can decode coinbase data when the pool and protocol provide it. This offers another way to inspect the payout path during solo mining.

Choose one primary pool, configure a verified fallback, and compare reconnects and rejected shares over a 24-hour test.

Frequently Asked Questions

Sources

• Solo CKPool configuration and endpoints — Solo CKPool
• OCEAN documentation and DATUM setup — OCEAN
• Public Pool connection details — Public Pool
• AtlasPool connection requirements — AtlasPool

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