Nexell-AI Miner

This is a modification of Kaspa Rust Miner for the Nexell-AI network please consider donate to the original dev : Elichai: kaspa:qzvqtx5gkvl3tc54up6r8pk5mhuft9rtr0lvn624w9mtv4eqm9rvc9zfdmmpu HauntedCook: kaspa:qz4jdyu04hv4hpyy00pl6trzw4gllnhnwy62xattejv2vaj5r0p5quvns058f

Installation

From Git Sources

If you are looking to build from the repository (for debug / extension), note that the plugins are additional packages in the workspace. To compile a specific package, you run the following command or any subset of it

git clone https://github.com/nexellia-network/nexellia-miner
cd nexellia-miner
cargo build --release -p nexellia-miner -p kaspacuda -p kaspaopencl

And, the miner (and plugins) will be in targets/release.

NOTE : If you only have NVIDIA GPUs, no need to add '-p kaspaopencl' and vice versa if you only have AMD GPUs, no need to add '-p kaspacuda'

NOTE 2 : If you cannot build the miner because of a "protoc not found" error, please install protoc this way "sudo apt install protobuf-compiler"

Removing Plugins

To remove a plugin, you simply remove the corresponding dll/so for the directory of the miner.

• libkaspacuda.so, libkaspacuda.dll: Cuda support for nexellia-miner
• libkaspaopencl.so, libkaspaopencl.dll: OpenCL support for nexellia-miner

Usage

To start mining, you need to run nexelliad and have an address to send the rewards to. Here is a guidance on how to run a full node and how to generate addresses: https://github.com/kaspanet/docs/blob/main/Getting%20Started/Full%20Node%20Installation.md

Help:

nexell-ai miner 
A Nexell-AI high performance CPU miner

USAGE:
    nexellia-miner [OPTIONS] --mining-address <MINING_ADDRESS>

OPTIONS:
    -a, --mining-address <MINING_ADDRESS>                  The Kaspa address for the miner reward
        --cuda-device <CUDA_DEVICE>                        Which CUDA GPUs to use [default: all]
        --cuda-disable                                     Disable cuda workers
        --cuda-lock-core-clocks <CUDA_LOCK_CORE_CLOCKS>    Lock core clocks eg: ,1200, [default: 0]
        --cuda-lock-mem-clocks <CUDA_LOCK_MEM_CLOCKS>      Lock mem clocks eg: ,810, [default: 0]
        --cuda-no-blocking-sync                            Actively wait for result. Higher CPU usage, but less red blocks. Can have lower workload.
        --cuda-power-limits <CUDA_POWER_LIMITS>            Lock power limits eg: ,150, [default: 0]
        --cuda-workload <CUDA_WORKLOAD>                    Ratio of nonces to GPU possible parrallel run [default: 64]
        --cuda-workload-absolute                           The values given by workload are not ratio, but absolute number of nonces [default: false]
    -d, --debug                                            Enable debug logging level
        --devfund-percent <DEVFUND_PERCENT>                The percentage of blocks to send to the devfund (minimum 2%) [default: 2]
        --experimental-amd                                 Uses SMID instructions in AMD. Miner will crash if instruction is not supported
    -h, --help                                             Print help information
        --mine-when-not-synced                             Mine even when nexelliad says it is not synced
        --nonce-gen <NONCE_GEN>                            The random method used to generate nonces. Options: (i) xoshiro (ii) lean [default: lean]
        --opencl-amd-disable                               Disables AMD mining (does not override opencl-enable)
        --opencl-device <OPENCL_DEVICE>                    Which OpenCL GPUs to use on a specific platform
        --opencl-enable                                    Enable opencl, and take all devices of the chosen platform
        --opencl-no-amd-binary                             Disable fetching of precompiled AMD kernel (if exists)
        --opencl-platform <OPENCL_PLATFORM>                Which OpenCL platform to use (limited to one per executable)
        --opencl-workload <OPENCL_WORKLOAD>                Ratio of nonces to GPU possible parrallel run in OpenCL [default: 512]
        --opencl-workload-absolute                         The values given by workload are not ratio, but absolute number of nonces in OpenCL [default: false]
    -p, --port <PORT>                                      nexelliad port [default: Mainnet = 16110, Testnet = 16211]
    -s, --nexelliad-address <nexelliad_ADDRESS>                  The IP of the nexelliad instance [default: 127.0.0.1]
    -t, --threads <NUM_THREADS>                            Amount of CPU miner threads to launch [default: 0]
        --testnet                                          Use testnet instead of mainnet [default: false]

To start mining, you just need to run the following:

./nexellia-miner --mining-address nexellia:XXXXX

This will run the miner on all the available GPU devcies.

Devfund

The devfund is a fund managed by the Kaspa community in order to fund Kaspa development
A miner that wants to mine higher percentage into the dev-fund can pass the following flags:
--devfund-precent=XX.YY to mine only XX.YY% of the blocks into the devfund.

This version automatically sets the devfund donation to the community designated address. Due to community decision, the minimum amount in the precompiled binaries is 2%

Donation Addresses

Elichai: kaspa:qzvqtx5gkvl3tc54up6r8pk5mhuft9rtr0lvn624w9mtv4eqm9rvc9zfdmmpu

HauntedCook: kaspa:qz4jdyu04hv4hpyy00pl6trzw4gllnhnwy62xattejv2vaj5r0p5quvns058f