Mining ton with TonGetminer: guide
What you will discuss:
TON mining basics
Mining pool with TonGetminer
What can be done with the received TON Coins?
Mining equipment TON
Usage
FAQ
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TON mining basics
The provider circulates 100 TONcoin coins for the answer for every issue. To be compensated, your PC needs to address a riddle given by the provider and do it as fast as could be expected while contending with different diggers. On the off chance that somebody effectively tackles the issue before you, practically everything your PC has done will be squandered and a new round will start.
In TON, mining is the dissemination of coins in return for taking care of engineered issues acquired from a given agreement. This interaction is autonomous of organization activities, block arrangement and check. In this way, when mining TON, there is no understanding of a “block” – you get an undertaking from a provider and get a compensation for addressing it.
It is essential to comprehend that the benefit from mining doesn’t “stream into the record” as your PC plays out the computations: for each fruitful undertaking arrangement, it is credited in clumps of 100 tons of coins. This implies that assuming your server has a 10% shot at settling the issue inside 24 hours (see stage 4 above), you might need to stand by around 10 days to get the award.
Mining pool with TonGetminer
TON mining additionally has its own mining pool. It’s known as a ton pool. Because of the expanded intricacy of the organization, except if you have an amazing homestead, solo mining has for all intents and purposes lost its importance. Accordingly, normal diggers join the mining pool to have the option to get a surefire benefit corresponding to the limit of their gear. Current mining pool benefit can be found on its site. At the hour of composing, that is 2 Toncoin’a per gigahashes each day.
To join the pool you will require:
- Design the GPU mining machine as per the above guidelines;
- Introduce any TON wallet and get the wallet address;
- Register this wallet with Telegram Bot @WhalesPoolBot. This is a necessary activity;
- Begin mining.
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What can be done with the received TON Coins?
The first thought of the benefactors was to a) reserve validators and b) circulate tokens to the individuals who jumped into TON to get diggers going.
Along these lines, there are two fundamental ways:
- Take an interest in check straightforwardly with coins, in the event that the excavator is sufficient and effectively raise assets for individual confirmation, or subsequent to sending off the nominator contract, store check reserves and get check income;
- Utilize mined coins for the purpose ofinstallment/exchange.
Fully expecting an increment in TON coin rates, you can keep mined coins in your TON wallet or move them to other blockchain networks. At present, the TON-ETH and TON-BSC spans have been carried out. On Binance Smart Chain on Binance Crypto Exchange, the bundled TONCOIN can be put resources into liquidity pools and acquire interest. In the event that you choose to sell the mined coins, you can do as such through a unique crypto bot in Telegram – it works in a p2p trade design.
Mining equipment TON
The general organization hash rate for TON mining is extremely high: excavators need superior execution machines to be fruitful. Mining on standard home PCs and workstations is basically futile and we don’t suggest this endeavor.
CPU
An advanced processor that upholds Intel’s SHA augmentations is an unquestionable requirement. Most excavators use AMD EPYC or Threadripper based machines with somewhere around 32 centers/64 strings.
Gaphics processor
You can mine TON with GPUs, there is a pow-digger form that can utilize both Nvidia and AMD GPUs. You can track down the code and guidelines on the most proficient method to involve it in the POW Miner GPU store.
Memory
Practically the whole mining process happens in the processor’s L2 store. This implies that speed and memory size don’t influence mining execution. A double AMD EPYC framework with one DIMM on one memory channel can mine as quick as a framework with 16 dimmers on all channels.
Storage
An ordinary excavator began in light mode takes up minimal measure of room and doesn’t store any information away.
Network
Ordinary excavators should have the option to open active associations with the web.
FPGA/ASIC
TON utilizes the SHA256 hashing strategy, which is unique in relation to cryptographic forms of money like BTC and ETH. ASICS or FPGAs won’t work.
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Usage
Full list of command line options:
-L Show GPU list and exit
-api Serve HTTP API [[host]:port]
-b Boost. (Comma separated GPU idx list) (default “64”)
-c Config filepath. (Can use URL)
-dev DevFee percentage (default 2)
-g Giver addresses. (Comma separated)
-gl Giver list filepath. (Can use URL)
-gr Use random givers
-i Enabled GPUs. (Comma separated GPU idx list)
-l Log filepath
-ocl Use OpenCL for NVIDIA GPUs
-w Your wallet address
-wd On/Off thread watchdog (default 1)
FAQ
So how can there be proof-of-work in TON?
Well, the reason is that the initial 5 billion tons of coins issued were moved into a temporary proof-of-work provider smart contract. Mining is used to obtain Toncoins from this smart contract. The PoW Giver contract has its limits, once the user has mined all available Toncoin, it will dry up.
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How is it implemented?
In practice, users launch ad hoc software to brute force numbers and send suggested solutions to the PoW Giver contract. The higher the performance of the miner’s computer running the software, the higher the probability of getting coins. The more miners in the network, the higher the computational complexity of mining and the more computing power required for mining.
