Phoenix Miner 6.2c: Download, Setup and Commands (Guide)

9 minute read

PhoenixMiner: Setting for Binance Pool, Commission, Comparison with TeamRedMiner.

In this guide, you will learn how to configure and use Phoenix Miner version 6.2c and later for Ethereum mining

Download for Windows / Linux

Download latest releases Download from BitcoinTalk Download for Linux

What is PhoenixMiner

PhoenixMiner - is a Ethash (Dagger Hashimoto) cryptocurrency miner. First of all, these are Ethereum, Ethereum Classic, Callisto and other popular coins. The program works with both AMD and Nvidia video cards. According to the developers, it is the fastest Ethereum / Ethash miner with the lowest fees.

How to set up PhoenixMiner

Step 1 - Download the miner

Download PhoenixMiner, unzip it into a separate folder and find start.bat. PhoenixMiner download

Step 2 - Set up a batch file for Ethereum on Binance Pool

Open the file start.bat with Notepad ++ or any suitable text editor and edit the file start.bat. You must change the pool login (word after -wal). replace username1 with your pool login, or if there is no registration on the pool, then insert after the -wal address of your wallet.

Here is an example of a Phoenix Miner .bat file for the Binance Pool:

PhoenixMiner.exe -pool -wal username1 -worker worker_name -epsw x -asm 2 -dbg -1 -allpools 1 -mode 1

Step 3 - Run PhoenixMiner

Save this file and then double click start.bat to start mining. When the word “Accept” is displayed in the CMD window, it means that you have successfully submitted your solution to the pool. Further, mining statistics can be viewed on the pool. It will appear about 15 minutes after the start of mining.

Video Guide

PhoenixMiner example for Ethermine

STRATUM (pool address):
PORT: 4444
Username (-wal): 0xBB942274AB3C8285400519e7F0c343Fca2394908
Password: default

This is how the **PhoenixMiner batch file for ETH will look like on the Ethermine pool **

batch file ethermine

To set up a batch file for ETH, we need to enter 5 commands one by one into the .bat file:

batch file ethermine

  1. PhoenixMiner - the name of the program we are launching.
  2. - the address of the mining pool.
  3. 4444 - pool port.
  4. 0xBB942274AB3C8285400519e7F0c343Fca2394908 - the address of the wallet to which the mining is going.

This is how the finished Phoenix Miner batch file will look like:

PhoenixMiner.exe -pool -wal 0xBB942274AB3C8285400519e7F0c343Fca2394908

Pay attention to the syntax. In no case are extra spaces, symbols, line breaks allowed. If there are extra characters, then Phoenix Miner will not start.

PhoenixMiner setup for NiceHash

Here is a batch file for NiceHesh:

PhoenixMiner.exe -pool stratum+tcp:// -wal 16p3MvQB7Va2cAPBahvkBePxqQtwTd77sP -pass x

Each example has a word at the end of the .bat file pause. This will help keep the CMD window always open. Even if you made a mistake in the syntax. In this case, the CMD console will display an inscription what the error is.

PhoenixMiner setup for Ethereum Classic

Here is a batch file for Ether Classic:

PhoenixMiner.exe -pool -wal 0x7b9cc9270cF06889a4286221931D3a58e627F888 -worker Phoenix -pass x

And for the Nanopool:

PhoenixMiner.exe -pool -wal 0x7b9cc9270cF06889a4286221931D3a58e627F888 -worker Phoenix -pass x

Monitoring and profit

After the miner sends several solutions (in about 10-15 minutes of work), you can check the status of work and profit on the “Income” page in your account on the exchange or on the pool that you have chosen.

Algorithms and hashrate

Algorithm Coin P106-100 P104-8G 1070ti 1080ti 2080 RX580, 2048sp
ethash ETH 25 MH/s 37 MH/s 32 MH/s 46 MH/s 43 MH/s 30 MH/s
etchash ETC 25 MH/s 37 MH/s 32 MH/s 46 MH/s 43 MH/s 30 MH/s
ProgPOW BCI 10 MH/s 15 MH/s 15 MH/s 22 MH/s 27 MH/s 9.4 MH/s
Ubqhash UBIG 22.5 MH/s 39 MH/s 31.5 MH/s 52.5 MH/s 44.3 MH/s 32.2 MH/s

Comparison PhoenixMiner vs TeamRedMiner


If <> is specified, then instead of <> you need to substitute the value without symbols <>.

-pool <host:port> - Pool address (add to hostname ssl:// for SSL connection or http:// for solo mining).

PhoenixMiner.exe -pool ssl://

-wal <wallet> - Wallet (some pools require adding a login and / or worker).

Example with a wallet:
-wal 0xBB942274AB3C8285400519e7F0c343Fca2394908

Login example:
-wal username1

-pass <password> - Password (for most pools it is not required, use it x as a password if you are not sure that the pool has a password).

-worker <name> - The name of the worker (most pools accept it as the name of your farm or wallet, you can specify any).

If is specified, then instead of you need to substitute a number without symbols <>.

-proto <n> - Selects the type of stratum protocol for the ethash pool:

  1. miner-proxy - stratum specification for mining in proxy mode (for example, for the Coinotron pool)

  2. eth-proxy - (eg for ethermine pools, nanopool) - this is the default, works for most pools.

  3. qtminer (e.g. ethermine, ethpool)

  4. EthereumStratum/1.0.0 (for example for nicehash)

  5. EthereumStratum/2.0.0

PhoenixMiner blocked by chrome

Sometimes PhoenixMiner blocked by chrome. If you have upgraded the Google Chrome browser to version 91, you may have noticed that some file downloads don’t work anymore in the browser.

But first, here’s a brief explanation of why this happens, assuming you know the file you’re trying to download is safe. Google Chrome and other web browsers will try and identify possibly malicious files. One minor flaw in this concept is that most web browsers often will flag unknown files as malicious. This is commonly known as heuristics, which is a fancy word for guessing.

But here comes a problem, files considered as unsafe by Chrome might however be “clean.” It can be frustrating when Chrome keeps blocking a download that you know it is from a trusted source.

See: How to Stop Chrome from Blocking Downloads

mining rig



  • Using newer AMD RX470/480/570/580 kernels even on older drivers (from Linux driver 19.10). If you want to revert to the older kernels on these drivers, use the new command line parameter -clabi 1
  • Added a workaround for the SSL pools with self-signed or expired SSL certificate: you can use the new command-line parameter -weakssl (for the pool specified by -pool), or -weakssl2 (for the pool specified by -pool2), or the new WEAKSSL: 1 option for the pools in epools.txt. Note that this option must be specified independently for each pool: if you use -weakssl on the command line (or in config.txt), it won’t affect the pools specified in epools.txt. Instead you need to add WEAKSSL: 1 for each desired pool in epools.txt
  • Fixed a crash with Nvidia cards on some older drivers (e.g. 460.79, and 460.89). If PhoenixMiner crashes or exits while showing “Initializing NVML…” try the new command line parameter -nvmalt
  • Other small fixes.


  • Fixed an issue with expired SSL certificate that led to certificate verify failed errors when connecting to some pools (notably Ethermine) when using SSL connections.
  • Now the miner will send SSL SNI host name which may be needed by some pools for SSL certificate validation. To go back to the old behavior (no SNI host name), use the new command-line parameter -nosni
  • Other small fixes.


  • Implemented partial unlocking of Nvidia LHR cards. By default they are detected automatically, and unlocked with the default unlock intensity (520). If you want to try higher (or lower) LHR unlock intensity, use the new -lhr command line parameter. For example -lhr 580 will try more aggressive unlocking than the default 520 unlock intensity. This parameter may (and should) be specified for each GPU separately as some GPUs can support higher unlocked speeds.
  • If an Nvidia LHR card locks up because of high -lhr (the default 520 will work with most cards), the card will be unlocked again, and the -lhr value will be lowered if necessary.
  • Added support for new AMD Windows drivers up to latest driver version 22.2.3.
  • Added support for new AMD Linux drivers up to latest driver version 21.50.
  • Multiple other small fixes and improvements.


  • Added support for the latest AMD Linux drivers 21.40.1. There are some bugs in these drivers, particularly the clocks and voltages can’t be set properly with older cards (RX4x0/RX5x0/Vega/RadeonVII);
  • Validated support for the latest AMD Windows drivers up to 21.11.2;
  • Fixed issues with AMD RX6700XT cards with the latest AMD and Linux drivers;
  • Fixed issues with AMD Vega and Radeon VII cards on latest Windows and Linux drivers;
  • Fixed crash with very old Nvidia drivers (3xx.x);
  • Other fixes and small improvements


  • Show the GPU vendor name in the list of GPUs to make it easier to identify the GPUs.


The updated list of known issues (driver incompatibilities, etc.) and workarounds:

  • AMD Linux driver 21.40.1 has a bug preventing proper setting of clocks and voltages on older cards (RX4x0/RX5x0/Vega/RadeonVII). Given that these drivers are also usually slower than the older drivers for these cards, we recommend using Linux drivers 20.30 for anything older than RX6000 series.
  • If you are using Linux drivers 21.40.1 with Radeon VII cards, you need to add the option -fpwm 1 in order to have proper fan control.
  • AMD Linux drivers 21.40.1 has finally removed the requirement of PCIe atomics but there are problems when you try to mix Polaris (RX4x0/5x0) cards and Vega or newer cards on the same rig.
  • Some Nvidia cards will report a lot of stale shares under Windows 11. Using the same driver version under Windows 10 resolves the issue.


  • Fixed a crash on Linux when mining on RDNA2 AMD cards (RX6x00) with older drivers
  • Removed error messages when mining on fanless Nvidia cards


  • Implemented optimized kernels for AMD RX6600XT cards;
  • Added support for the latest AMD Windows drivers (21.10.2, 21.10.1, 21.9.2, and 21.9.1). Note that any AMD cards older than Polaris (RX470/480/570/580/590) won’t work with the latest AMD drivers;
  • Added support for the latest AMD Linux drivers 21.30;
  • The latest AMD drivers (21.9.1 and later for Windows, and 21.30 and later for Linux) dropped support for the older kernels, so we changed the kernels for AMD Polaris cards to support these new drivers. There is a very small speed improvement (less than 0.1% on average) with the new kernels and the new drivers on Polaris cards;
  • Other fixes and small improvements.


  • Implemented new “turbo” kernels (-clkernel 3) for AMD Polaris cards that can work with the current DAG sizes over 4 GB. Note that -clkernel 3 uses double the VRAM and will provide slightly faster hashrate with slightly higher power consumption. You can use the -rvram command-line parameter to specify how much VRAM to be left unused;
  • Increased the maximum supported DAG epoch to 600 (i.e. until about Sep 2023);
  • Implemented full hardware control for AMD RX6900/6800/6700 cards under Linux. Note that with these cards under Linux you need to specify relative core voltage: e.g. -cclock -50 will set the core voltage to be 50 mV under the default value;
  • Added ROCr kernels for Vega, Radeon VII and Navi cards. With these kernels you will be able to run these cards with Linux drivers 20.45 and later but the performance will be lower than with the older PAL drivers and kernels. We recommend using AMD Linux driver 20.30 for all cards except RX6900/6800/6700;
  • Fixed an issue causing crashing with some RX6900/6800/6700 cards under Linux (there is no need to run these cards with -clkernel 0 anymore);
  • Added support for AMD Windows drivers up to 21.7.2. Note that Radeon VII cards will not work with drivers 21.6.1 or higher - you need to use older drivers for proper operation of these cards;
  • Added support for AMD Linux drivers up to 21.20 (use older drivers for Vega or Radeon VII cards as they will not work with 21.20)
  • Numerous other fixes and small improvements.


  • Fixed problem with displaying GPU temperatures of some Nvidia GPUs.