According to the latest news, mining machines using the KAS algorithm now support mining the new currency ENX. Miners who own KAS series mining machines, hurry up and participate in the first mining, Earth No. Mia12345678888 seizes the opportunity!
ENX Coin Overview
Consensus mechanism: ENX coins may adopt PoW (Proof of Work) or PoS (Proof of Stake) mechanism. Please refer to the official documentation for specific details.
Encryption algorithm: Confirm the encryption algorithm used by ENX coins (such as SHA-256, Ethash, etc.) to ensure mining machine compatibility.
Block Rewards: Understand the current block rewards and halving cycle, and evaluate mining profit potential.
Miners who currently do not have KAS mining machines do not need to worry, as Glacier's KS7 and KS7 lite will be released soon, and are expected to be available in mid-to-late April.
Features and advantages of ENX coin
High-speed transactions: ENX coin transaction confirmation time is extremely short, usually only a few seconds.
Low Fees: ENX coin transaction fees are extremely low and will not increase with increasing transaction volume.
Highly secure: ENX coins use the latest encryption technology to ensure the safety of user funds.
Decentralization: ENX is based on the Energi platform, which is completely decentralized and community-governed with no central control agency.
Technical features
Solana ecosystem support: ENX coin relies on the Solana blockchain, which has the advantages of high throughput and low transaction costs, and can support high-frequency transactions and real-time interactions.
DAO governance mechanism: ENX coin holders can participate in DAO governance meetings, vote on proposals for new features, upgrades, and parameter adjustments for the gaming ecosystem, and jointly decide on the direction of development.
NFT and token integration: ENX coins are closely integrated with the Solminator NFT project. NFT holders can obtain ENX coin rewards by staking NFTs or providing liquidity. In addition, burning ENX coins can also upgrade the NFT level, further enhancing the practicality and attractiveness of the token.
Mining setup steps
Hardware Connection:
Connect the KAS machine to power and network.
Make sure your device is connected to the Internet via a router.
Software Configuration:
Access the KAS machine's administration interface (usually via IP address).
Create or log in to a mining account and obtain a mining address.
Select mining pool:
Choose a mining pool that supports ENX coins.
Enter the mining pool address and port number in the KAS machine management interface.
Start digging:
After confirming that the configuration is correct, start mining.
Monitor computing power and temperature in real time to ensure normal operation of the equipment.
Precautions
Equipment maintenance: clean dust regularly and check the cooling system.
Firmware Update: Keep your firmware updated to optimize performance and security.
Seize the opportunity, plan early, and enjoy the dividends of ENX coin mining!
Can the mining machines based on KAS algorithm mine the new coin ENX? For example, the mining machines based on Glacier ks5m, ks5L, ks3m, Ant ks5, and ks5pro can mine now! First mine, first mine!
① The parameters of Glacier KS5L 12T are as follows:
Computing power: 12TH/s±10%, the actual computing power may be between 10.8TH/s and 13.2TH/s.
Power consumption: 3400W/h±10%.
Energy efficiency ratio: 3400W per 12TH.
Algorithm support: kHeavyHash algorithm.
Dimensions: Machine dimensions are 370×195×290 mm, packaging dimensions are 490×300×400 mm.
Weight: Net weight 16.5 kg, gross weight 15 kg.
Connection method: Ethernet.
Voltage input range: 170V AC to 300V AC.
Operating temperature range: 0℃ to 40℃.
② Antminer KS5 Pro 21T parameters are as follows:
Computing power: 21T, which can perform 21 trillion hash calculations per second.
Power consumption: 3150W, energy efficiency ratio is 150J/T.
Dimensions: 400mm×195.5mm×290mm.
Weight: 12.5kg.
Noise: 75dB.
Cooling system: front and rear dual fan layout to ensure heat dissipation under high load operation.
③The parameters of Glacier KS7 30T are as follows:
Computing power: 30TH/s (±5%).
Power consumption: 3500W/H (±10%).
Energy efficiency ratio: about 116.7W/TH.
Dimensions: 430×195×290mm (without packaging); 560×314×382mm (packaging).
Weight: Net weight 16.5KG; Gross weight 17.5KG.
Working temperature: 0 - 40℃.
Power AC input: 200 - 250V.
Intelligent management: supports real-time monitoring on mobile phones/computers, and can remotely adjust computing power allocation, view profit reports and equipment health status.
Reliability: Passed 72 hours of continuous load test, the motherboard and power module use military-grade components, and the mean time between failures (MTBF) exceeds 30,000 hours.
④ The parameters of the Iceberg KS7 lite 4.2T mining machine are as follows:
Computing power: 4.2TH/s.
Power consumption: 500W.
Energy efficiency ratio: 0.119J/Gh.
Dimensions: 205×110×202mm.
Net weight: 4.02kg.
Operating temperature: 0℃ to 40℃.
Noise level: 45dB.
Currently, ENX coins have not been listed on any exchanges, so its price cannot be determined for the time being. Miners are advised to adopt the strategy of "mining and hoarding first, and then selling after listing on exchanges". For more basic information about ENX coins, interested miners can visit its official website: https://entropyx.org/burns. ENX coins have great potential and are expected to become the next multi-fold coin.
ENX Mining Pool: Miners can participate in mining through the following link: https://tw-pool.com/.
ENX wallet registration tutorial:
Open the ENX official website: https://entropyx.org/burns.
Click "Web Wallet" in the upper right corner of the page.
Follow the prompts to enter your wallet name and password.
Save the generated mnemonic and complete the wallet registration.
Through the above steps, miners can easily create ENX wallets and prepare for mining income. Seize the opportunity, plan ahead, and wait for the potential explosion of ENX coins after they are listed on the exchange!
ENX production analysis:
On the homepage of Taiwan Xiaobi Mining Pool (https://tw-pool.com/), we can see that the current ENX network computing power has reached 2.47P. According to the data, the daily output of 1G computing power is about 24 ENX. Taking the Glacier KS5L 12T mining machine as an example, its computing power is 12T (i.e. 12000G), so the number of ENX that a single mining machine can mine per day is:
12000G × 24/G = 288,000 ENX.
It can be seen that the output of the first mining stage is very considerable, and miners can seize this opportunity to make full use of high-computing equipment to obtain rich benefits. Over time, the growth of the total network computing power may affect the output, so it is a wise choice to participate in mining as soon as possible.