BZminer 矿工。 下载 Bzminer

最新发布

Release v100.04b1 BETA of bzminer

All feedback is welcome ;)

  • New algorithm: KawPow on NVIDIA, AMD and Apple GPUs - Ravencoin, Neurai, Neoxa, Meowcoin and Clore
  • -a rvn, xna, neoxa, meowcoin and clore name the coin as they did in bzminer 1.x, and the dev fee is paid on that chain
  • One start_kawpow script with a block per coin, instead of one script per coin name
  • Pearl is about five times faster on Turing (RTX 20-series, GTX 16-series)
  • Pearl's dev fee is now 1%, down from 2%
  • Pearl is faster on Ada (RTX 40-series)
  • Pearl is faster on 24 GB Ampere cards (RTX 3090, RTX 3080 Ti)
  • Pearl draws less power on the rest of Ampere (RTX 30-series)
  • Pearl is faster on Blackwell, and now fits 8 GB Blackwell cards
  • Xelis is faster on Ampere (RTX 30-series)
  • Xelis is faster on CPUs without AVX-512, by about 5%
  • Warthog no longer submits duplicate shares around the dev-fee switch
  • Shares no longer get stuck on "pending" when the pool changes
  • Ergo mines on WoolyPooly again
  • Dev-fee connection failures no longer stall the user's pool or count as reconnects
  • A dev-fee destination that keeps failing is backed off and dropped, and the fee is still paid in full
  • Dev-fee shares stay out of your share table
  • An algorithm this build does not have is now an error, and the miner runs in monitoring mode instead of quietly mining something else
  • New jobs are logged at info, so the default log shows the pool is still sending work
  • Job, difficulty and pool lines all say which algorithm they are for
  • Overclocking works on 50-series cards again
  • A core clock lock now holds when an offset is applied with it
  • cpu_threads governs every CPU thread the miner starts, and they are all pinned
  • OpenCL is only loaded if something can use it
  • Memory clock locks are checked against the card, and no longer report a lock that landed as failed
  • New hotkeys for the memory clock: k/K locks it, m/M offsets it
  • New hotkeys for the board power limit: w/W (NVIDIA)
  • The tuning hotkeys act on one card at a time, and every screen shows which one
  • New tbs column: the real, measured time between shares
  • Every mining box now shows block height, difficulty, estimated time between shares and pool latency
  • Those four have their own column, a line each, instead of a row apiece under the table (warthog keeps them in the status column)
  • [h] is the first hotkey on the row, and pressing it again closes the help
  • New hotkey [u]: the pool details - url, wallet, worker and password - press again to hide
  • The top rule counts pool reconnects
  • The full hotkey legend is on every screen, and h explains each key
  • The console draws correctly at any terminal size
  • The mouse wheel scrolls again, and text selection still works
  • [i]/[I] steps the refresh rate through round numbers
  • Log lines say what level they are, and are coloured by it
  • The log file holds the device and pool tables, not just the log lines
  • New --logfile, and each log file can append, overwrite or timestamp
  • The monitor screen has its own log: --monitor-logfile
  • The file follows the console's log level live unless logfile_level pins it
  • --log-level network shows frames for every algorithm, each exactly once
  • Network logs elide long values and binary runs in place instead of dropping the frame
  • Xelis records how each card was set up at startup
  • New: DRAM timings, on the device page, in the web dashboard and in --ram-info (AMD platforms)
  • GPU memory timings are read on Linux too, and cards that cannot report them no longer show a number
  • The CPU's arch cell says the architecture, not the core count
  • The device page shows more, hides less, and no longer repeats its headings
  • Linux shows every GPU sensor the driver publishes, not one of each kind
  • CPU fans are detected on Linux boards the kernel has no sensor driver for
  • The web API carries height, share_work and the reconnect count, and /status fills in block
  • Quieter logs: kernel and prover internals are off unless you pass --internal-log
  • Fixed: per-thread CPU usage read 0% on Linux
  • Fixed: AMD CPUs reported temperatures for CCDs that are not fitted
  • Fixed: the share log kept naming the CPU thread count from startup after [t] had changed it

Mines Ergo, Ravencoin, Neurai, Neoxa, Meowcoin, Clore, Pearl, VERUS, Warthog and XELIS, and ships sha256d as the open-source SDK example.

Downloads

filesizeSHA-256
bzminer_v100.04b1_windows.zip14.2 MBe523c0efea35bde782d1c4876ead8f4de29f46bf93ce902dd7ea6c659d65e132
bzminer_v100.04b1_linux.tar.gz15.3 MB946519272868de4a5525617b99ae979cdb0ff0512ddf46dbde9df11508e98ca8
bzminer_v100.04b1_macos.tar.gz14.7 MBaa5613212434ac226eba2674402255a34626337d9f7bf431142bb1a1112d371c

Verify before running:

# Linux / macOS
sha256sum -c <<< "<hash>  <file>"

# Windows (PowerShell)
Get-FileHash .\<file> -Algorithm SHA256

A checksum only proves the file is the one that was published — always download from the official release page.

Getting started

  1. Unpack the archive for your platform.
  2. Open a start_<algo> script and replace the placeholder wallet with your own.
  3. Run it, then open http://127.0.0.1:4014/ for the dashboard.

readme.txt inside each archive has the full quick start, the common options, and the hardware-safety settings. config.txt is a commented copy of every setting, generated from the shipped binary, so it always matches the build you have.

Updating on a mining OS

Both fetch this exact version, so they can be pasted as-is - the version below is already the one on this page.

MMPOS

Put this in miner profile → advanced → "Initiate command prior to miner launch". It downloads once; on every later launch the if sees the archive already in /tmp and exits immediately, so it costs nothing per restart.

export version="v100.04b1"
if [ -f "/tmp/bzminer_${version}_linux.tar.gz" ]; then
exit 0
else
cd /tmp; wget https://github.com/bzminer/bzminer/releases/download/${version}/bzminer_${version}_linux.tar.gz; tar -xvf bzminer_${version}_linux.tar.gz; sudo cp -adpR bzminer_${version}_linux/bzminer /opt/mmp/miners/bzminer/
fi

Hive OS

Run it over SSH or in the Hive web shell.

You do not need to know which bzminer version is installed. Hive keeps one folder per version under /hive/miners/bzminer/, and the flight sheet decides which one runs - so this replaces the binary in every bzminer folder it finds and whichever one your flight sheet points at gets the new build. That is the whole reason it does not name a version directory.

version=v100.04b1
cd /tmp && wget -q https://github.com/bzminer/bzminer/releases/download/${version}/bzminer_${version}_linux.tar.gz && tar -xf bzminer_${version}_linux.tar.gz || { echo "download failed"; exit 1; }
miner stop
n=0; for d in /hive/miners/bzminer/*/; do [ -d "$d" ] && cp -f "bzminer_${version}_linux/bzminer" "$d" && n=$((n+1)); done
[ "$n" -gt 0 ] && echo "updated $n bzminer folder(s)" || echo "no /hive/miners/bzminer/<version>/ found - install bzminer from the flight sheet first"
miner start

It prints how many folders it updated. 0 means bzminer has never been installed from a flight sheet on that rig, so there is nothing to replace yet.

Algorithms in this build

algorithmcoindev feenotes
ergoErgo1%Autolykos v2. GPU only, and memory-hard: it builds a table of N 32-byte elements (about 2 GB) in VRAM, so a card needs the room for it. N grows with block height, and the table is rebuilt when it changes. Wallet addresses start with '9'.
kawpowRavencoin (rvn)
Neurai (xna)
Neoxa (neoxa)
Meowcoin (meowcoin)
Clore (clore)
1%KawPow on NVIDIA CUDA, AMD OpenCL, and Apple Metal GPUs. NVIDIA specializes the three-block random program through the driver's PTX JIT, with precompiled cubins as its fallback; AMD uses offline-native gfx code objects; Apple Silicon uses a portable offline metallib. No CUDA toolkit, NVRTC, ROCm compiler, OpenCL C source, Metal source, or external GPU compiler is required on the mining rig; the AMD and Apple paths do no runtime compilation. Answers to kawpow and to each KawPow coin by name (rvn, xna, neoxa, meowcoin, clore), which is also what selects the dev-fee destination. A wallet address for the coin being mined, optionally followed by .worker.
pearlPearl1%a zk proof-of-work: each share is a STARK proof, so it is far heavier per hash than a normal algorithm. Also mines SOLO - point -p at your node's RPC URL instead of a pool. Wallet addresses start with 'prl1'.
sha256dnoneThe open-source SDK example: a full algorithm plugin (CPU+GPU, pool stratum, bench job source). Copy plugins/public/sha256d as a template for your own.
verusVERUS1%VerusHash v2.2 CPU mining. A Verus R-address, optionally followed by .worker.
warthogWarthog2%janushash - the GPU filters sha256t and the CPU runs verushash, on the same nonces. Needs BOTH a GPU and the CPU; one without the other finds nothing. Wallet addresses are 48 hex characters.
xelisXELIS1%xelhash. Wallet addresses start with 'xel:'.

Reporting problems

Please include: your OS, GPU model(s) and driver version, the algorithm and pool, and the first ~40 lines of the log (it prints the build, the devices it found, and what each backend reported). --list-metrics output helps for sensor issues.

下载

.bat 文件示例 Bzminer

bzminer.exe -a ethw -w WALLET_ADDRESS.WORKER_NAME -p stratum+tcp://pool.woolypooly.com:3096

bzminer.exe -a etchash -w WALLET_ADDRESS.WORKER_NAME -p stratum+tcp://pool.woolypooly.com:35000

bzminer.exe -a kaspa -w WALLET_ADDRESS.WORKER_NAME -p stratum+tcp://pool.woolypooly.com:3112

bzminer.exe -a ergo -w WALLET_ADDRESS.WORKER_NAME -p stratum+tcp://pool.woolypooly.com:3100

bzminer.exe -a nexa -w WALLET_ADDRESS.WORKER_NAME -p stratum+tcp://pool.woolypooly.com:3124

bzminer.exe -a kawpow -w WALLET_ADDRESS.WORKER_NAME -p stratum+tcp://pool.woolypooly.com:55555

bzminer.exe -a meowcoin -w WALLET_ADDRESS.WORKER_NAME -p stratum+tcp://pool.woolypooly.com:3116

bzminer.exe -a alph -w WALLET_ADDRESS.WORKER_NAME -p stratum+tcp://pool.woolypooly.com:3106

bzminer.exe -a radiant -w WALLET_ADDRESS.WORKER_NAME -p stratum+tcp://pool.woolypooly.com:3122

bzminer.exe -a ethw -w WALLET_ADDRESS_ETHW.WORKER_NAME -p stratum+tcp://pool.woolypooly.com:3096 --a2 alph --w2 WALLET_ADDRESS_ALPH.WORKER_NAME --p2 stratum+tcp://pool.woolypooly.com:3106

bzminer.exe -a ethash -w WALLET_ADDRESS_ETHF.WORKER_NAME -p stratum+tcp://pool.woolypooly.com:3114 --a2 alph --w2 WALLET_ADDRESS_ALPH.WORKER_NAME --p2 stratum+tcp://pool.woolypooly.com:3106

bzminer -a etchash -w WALLET_ADDRESS_ETC.WORKER_NAME -p stratum+tcp://pool.woolypooly.com:35000 --a2 alph --w2 WALLET_ADDRESS_ALPH.WORKER_NAME --p2 stratum+tcp://pool.woolypooly.com:3106

bzminer -a ethw -w WALLET_ADDRESS_ETHW.WORKER_NAME -p stratum+tcp://pool.woolypooly.com:3096 --a2 alph --w2 WALLET_ADDRESS_ALPH.WORKER_NAME --p2 stratum+tcp://pool.woolypooly.com:3106 --a3 zil --w3 WALLET_ADDRESS_ZIL.WORKER_NAME --p3 zmp://ZIL_POOL

bzminer -a ethash -w WALLET_ADDRESS_ETHF.WORKER_NAME -p stratum+tcp://pool.woolypooly.com:3114 --a2 alph --w2 WALLET_ADDRESS_ALPH.WORKER_NAME --p2 stratum+tcp://pool.woolypooly.com:3106 --a3 zil --w3 WALLET_ADDRESS_ZIL.WORKER_NAME --p3 zmp://ZIL_POOL

bzminer -a etchash -w WALLET_ADDRESS_ETC.WORKER_NAME -p stratum+tcp://pool.woolypooly.com:35000 --a2 alph --w2 WALLET_ADDRESS_ALPH.WORKER_NAME --p2 stratum+tcp://pool.woolypooly.com:3106 --a3 zil --w3 WALLET_ADDRESS_ZIL.WORKER_NAME --p3 zmp://ZIL_POOL

bzminer -a ethw -w WALLET_ADDRESS_ETHW.WORKER_NAME -p stratum+tcp://pool.woolypooly.com:3096 --a2 kaspa --w2 WALLET_ADDRESS_KAS.WORKER_NAME --p2 stratum+tcp://pool.woolypooly.com:3112

bzminer -a ethash -w WALLET_ADDRESS_ETHF.WORKER_NAME -p stratum+tcp://pool.woolypooly.com:3114 --a2 kaspa --w2 WALLET_ADDRESS_KAS.WORKER_NAME --p2 stratum+tcp://pool.woolypooly.com:3112

bzminer -a etchash -w WALLET_ADDRESS_ETC.WORKER_NAME -p stratum+tcp://pool.woolypooly.com:35000 --a2 kaspa --w2 WALLET_ADDRESS_KAS.WORKER_NAME --p2 stratum+tcp://pool.woolypooly.com:3112

bzminer -a ethw -w WALLET_ADDRESS_ETHW.WORKER_NAME -p stratum+tcp://pool.woolypooly.com:3096 --a2 kaspa --w2 WALLET_ADDRESS_KAS.WORKER_NAME --p2 stratum+tcp://pool.woolypooly.com:3112 --a3 zil --w3 WALLET_ADDRESS_ZIL.WORKER_NAME --p3 zmp://ZIL_POOL

bzminer -a ethash -w WALLET_ADDRESS_ETHF.WORKER_NAME -p stratum+tcp://pool.woolypooly.com:3114 --a2 kaspa --w2 WALLET_ADDRESS_KAS.WORKER_NAME --p2 stratum+tcp://pool.woolypooly.com:3112 --a3 zil --w3 WALLET_ADDRESS_ZIL.WORKER_NAME --p3 zmp://ZIL_POOL

bzminer -a etchash -w WALLET_ADDRESS_ETC.WORKER_NAME -p stratum+tcp://pool.woolypooly.com:35000 --a2 kaspa --w2 WALLET_ADDRESS_KAS.WORKER_NAME --p2 stratum+tcp://pool.woolypooly.com:3112 --a3 zil --w3 WALLET_ADDRESS_ZIL.WORKER_NAME --p3 zmp://ZIL_POOL

bzminer -a ethw -w WALLET_ADDRESS_ETHW.WORKER_NAME -p stratum+tcp://pool.woolypooly.com:3096 --a2 radiant --w2 WALLET_ADDRESS_RXD.WORKER_NAME --p2 stratum+tcp://pool.woolypooly.com:3122

bzminer -a ethash -w WALLET_ADDRESS_ETHF.WORKER_NAME -p stratum+tcp://pool.woolypooly.com:3114 --a2 radiant --w2 WALLET_ADDRESS_RXD.WORKER_NAME --p2 stratum+tcp://pool.woolypooly.com:3122

bzminer -a etchash -w WALLET_ADDRESS_ETC.WORKER_NAME -p stratum+tcp://pool.woolypooly.com:35000 --a2 radiant --w2 WALLET_ADDRESS_RXD.WORKER_NAME --p2 stratum+tcp://pool.woolypooly.com:3122

bzminer -a ethw -w WALLET_ADDRESS_ETHW.WORKER_NAME -p stratum+tcp://pool.woolypooly.com:3096 --a2 radiant --w2 WALLET_ADDRESS_RXD.WORKER_NAME --p2 stratum+tcp://pool.woolypooly.com:3122 --a3 zil --w3 WALLET_ADDRESS_ZIL.WORKER_NAME --p3 zmp://ZIL_POOL

bzminer -a ethash -w WALLET_ADDRESS_ETHF.WORKER_NAME -p stratum+tcp://pool.woolypooly.com:3114 --a2 radiant --w2 WALLET_ADDRESS_RXD.WORKER_NAME --p2 stratum+tcp://pool.woolypooly.com:3122 --a3 zil --w3 WALLET_ADDRESS_ZIL.WORKER_NAME --p3 zmp://ZIL_POOL

bzminer -a etchash -w WALLET_ADDRESS_ETC.WORKER_NAME -p stratum+tcp://pool.woolypooly.com:35000 --a2 radiant --w2 WALLET_ADDRESS_RXD.WORKER_NAME --p2 stratum+tcp://pool.woolypooly.com:3122 --a3 zil --w3 WALLET_ADDRESS_ZIL.WORKER_NAME --p3 zmp://ZIL_POOL

矿工设置 / 如何设置矿机Bzminer

从上面的链接下载最新的 Bzminer 矿工。之后,解压缩存档并转到带有矿工的文件夹。选择您感兴趣的硬币进行挖掘并编辑.bat文件。如果你还没有选择你要挖什么,那么我们建议你先去我们的挖矿计算器,在这里您可以指定您的显卡并获得当天最赚钱的硬币。在上方,您将找到可以在我们的矿池中开采的每种硬币的现成 bat 文件示例。您只需指定您的钱包地址,如果需要,还需要指定工作人员(钻机)的名称。

基本矿工命令Bzminer

-a, -a2 主挖和双挖算法选择;
--disable 禁止指定显卡挖矿。空格用作分隔符。使用格式为 pci_bus:pci_device 的设备 ID(例如,--disable 1:0 3:0)。使用 --devices 命令查找设备 ID。在 HiveOS 中,这个参数是在 add.xml 中设置的。配置;
-w该字段指定你的钱包地址或矿池中账户的地址;
--w2指定第二个地址如果是双模式挖矿;
--pool_password, --pool_password2密码,默认使用x;
-w, --worker, --worker2 工人姓名(钻机)。它可以作为单独的参数设置,也可以通过钱包地址后的点设置;
--cpu-priority 在显卡上挖矿期间的 CPU 利用率水平。默认设置为2,如果处理器不拉,可以设置0,最大值为5;
--reconnect-on-fail-shares重新连接矿工到矿池如果从池中接收到被拒绝的份额;
--nvidia 1仅在 Nvidia 设备上挖矿;
--amd 1仅在 AMD 设备上挖矿;
-h, --help 打印所有可用的命令。

矿机超频Bzminer

--oc_lock_core_clock 锁定核心超频值。也可以通过指定显卡ID为显卡设置不同的值,例如--oc_lock_core_clock 1000 1200 1300(ID0显卡为1000,ID1显卡为1200,ID2显卡为1300);
--oc_lock_memory_clock 锁定内存中的超频值。也可以为显卡设置不同的值,用空格隔开;
--oc_core_clock_offset设置显卡的核心时钟频率,单位为MHz。可以为多张卡指定一个空格分隔的值;
--oc_memory_clock_offset设置显卡显存频率,单位为MHz。您可以通过空格为多个卡指定一个值;
--oc_power_limit 指定功率限制(显卡消耗),以瓦特为单位。通过空格,您可以为每张卡指定唯一的值。例如 --oc_power_limit 140 150 160 150。

使用矿机时的典型错误Bz miner

bzminer hung gpu detected - 超频。 调低你的设置。 如果这没有帮助,请将矿工更新到最新版本。

费率

ETH - 0,5%
ETC - 0,5%
RVN - 0,5%
ALPH - 0,5%

API Bzminer

--http_address 指定要侦听 HTTP API 的 IP 地址。 默认为 0.0.0.0;
--http_port 设置端口。 默认端口为 4014。

Bz miner不启动 / 启动不起

如果您有 Windows 操作系统并且矿工在启动时立即崩溃,则在矿工的第二行添加暂停。 接下来,启动矿机并读取错误。 之后,仔细检查您的矿工设置。 如果您有 HiveOS 或任何其他操作系统 - 转到矿工控制台并查看矿工中发生的事情的日志。 之后,仔细检查您的矿工设置。