Want to get free BTC? This is a common idea among many newcomers entering the crypto space. But the reality is, mining in 2025 is completely different from the Satoshi era. Let’s take a deep dive into the essence, evolution, and personal participation possibilities of mining.
The Essence of Mining: The “Accountants” of the Bitcoin Network
Simply put, Bitcoin mining is the process where miners use mining hardware to help verify transactions and pack blocks on the Bitcoin network, earning BTC as a reward.
You can understand it like this:
Miner = a person who owns mining hardware and participates in network operations
Mining hardware = hardware devices that perform computational tasks (from computers to specialized ASIC chips)
Work content = automatically recording Bitcoin transactions, verifying data, and packing blocks
It’s important to note that miners are vital to the entire Bitcoin ecosystem. If all miners stop working, the Bitcoin network will cease to produce blocks and become paralyzed. Therefore, mining is not only a way for individuals to profit but also a key mechanism to maintain the life of the Bitcoin network.
Proof of Work (PoW): The Technical Principle of Mining
Bitcoin mining is based on a consensus mechanism called “Proof of Work” (PoW). Its operation process is as follows:
Step 1: Transaction Packing
Transactions occurring on the Bitcoin network are organized into a data set called a “block”.
Step 2: Competitive Computation
All miners perform high-difficulty mathematical calculations, aiming to find a hash value that meets certain conditions. This process requires continuous trial and computation, akin to solving a super difficult puzzle.
Step 3: Verification and Confirmation
When a miner successfully finds a valid hash, the block is broadcast to the entire network, and other nodes verify its legitimacy.
Step 4: Earning Rewards
Once most nodes agree, the new block is added to the blockchain, and the successful miner receives the system reward.
Mining difficulty is not fixed; it adjusts dynamically based on total network hash rate. Currently, Bitcoin’s total hash rate exceeds 580 EH/s (exahashes per second), making solo mining with ordinary computers impractical.
The Evolution of Mining: From Individual to Industrial
Over the past 16 years, mining has undergone three dramatic phases:
Phase 1: CPU Era (2009-2012)
Equipment: Ordinary computer CPUs
Barrier: Very low, individuals could mine
Revenue: Lucrative (due to less competition)
This is why early participants could easily accumulate large amounts of BTC
Phase 2: GPU Era (First half of 2013)
Equipment: Graphics cards and GPUs
Efficiency: Much higher than CPUs
Result: The beginning of professionalization
Phase 3: ASIC Era (2013 to present)
Equipment: Dedicated ASIC chips, such as Antminer S19, AvalonMiner
Cost: $1,000–$2,000 or more
Scale: Dominated by professional mining farms and large capital
Concentration: Hash power highly centralized in a few large farms
Meanwhile, the form of mining has also undergone fundamental changes:
From “Solo mining” (individual operation) → “Pool mining” (collaborative effort) → “Cloud mining” (hash power hosted remotely)
Currently, major mining pools include F2Pool, Poolin, BTC.com, AntPool, etc., aggregating hash power from around the world to increase block chances.
Income Sources in Mining: Block Rewards vs Transaction Fees
BTC earnings for miners consist of two parts:
Income Item
Block Reward
Transaction Fees
Definition
Fixed reward for each packed block
Fees paid when users send transactions
Paying Party
Bitcoin system automatically distributes
Transaction initiator
Quantity Trend
Halves every 4 years (50→25→12.5→6.25→3.125)
Fluctuates with network congestion
Influencing Factors
System rules preset
On-chain activity density, Gas competition
In early days, block rewards were almost the entire income for miners. But as transaction volume increased and Ordinals inscriptions became popular, transaction fees’ share rose significantly. During the Ordinals boom in 2023, fee income once accounted for over 50% of miners’ total revenue.
Can Personal Miners Still Mine for Free in 2025?
This is the most practical question. The answer is: theoretically yes, but practically almost impossible to break even.
Why?
Hash Rate Gap
Total network hash rate: 580+ EH/s
Personal CPU/GPU hash rate: GH/s level (a difference of millions of times)
Result: Using a home computer for solo mining won’t find a block for years
Cost Overwhelms Revenue
Even joining a mining pool and sharing rewards, the BTC obtained by an individual is minuscule
Mining hardware cost: $1,000–$2,000+
Monthly electricity: hundreds of dollars
Hosting and maintenance fees: additional costs
Basically impossible to cover costs
Rapid Hardware Iteration
New mining machines are released multiple generations each year
Older models’ efficiency drops sharply
Buying the latest models carries high risk
Conclusion: Personal participation in mining is no longer “free”; it’s an industry requiring substantial capital investment. The golden age of casual mining and easy profit in Satoshi’s time is gone forever.
How to Mine Bitcoin? Practical Guide
If you decide to officially enter the mining field, you need to complete these steps:
Step 1: Confirm Policy Compliance
Mining is a high-energy-consuming industry. Before starting, verify whether local policies permit it. Some regions restrict or ban PoW mining.
Advantages: Hands-off, maintenance handled by others
Disadvantages: Hosting fees (usually 5-15%)
Suitable for: investors with capital but lacking technical skills
Option C: Lease hash power (with hosting)
Advantages: No hardware investment, flexible adjustment
Disadvantages: Higher unit costs, platform risks
Suitable for: beginners wanting to test or participate short-term
Popular mining hardware options:
Model
Advantages
Disadvantages
Suitable for
Antminer S19 Pro
High hash rate, efficiency
Expensive, noisy
Professional miners
WhatsMiner M30S++
Low power consumption, balanced performance
Large size
Professional miners
AvalonMiner 1246
Good value, easy to operate
Short warranty
Beginner/intermediate
Antminer S9
Low cost, easy to buy
Old hash rate, high energy use
Beginners (not recommended)
Mining hash rate leasing platforms comparison:
Platform
Hash rate range
Estimated cost (per TH/s/day)
Suitable for
NiceHash
10 GH/s – hundreds of PH/s
$0.05–$1.5
Small-scale testing
Genesis Mining
1–35 TH/s
$28–$979
Experienced miners
HashFlare
100 GH/s – 10 TH/s
$1.2–$220
Beginners
Bitdeer
1–50 TH/s
$20–$940
Multi-coin mining
Step 3: Choose a Mining Pool
Recommended pools: F2Pool, Poolin, BTC.com, AntPool. They offer stable block chances and transparent reward sharing.
Step 4: Receive Rewards
Mined BTC can be directly withdrawn to your wallet or sold on exchanges like Gate.io.
How Much Does It Cost to Mine One Bitcoin?
This figure directly influences investment decisions. Based on latest data, as of May 2025, the estimated total cost to mine one BTC is approximately $108,256.
Cooling systems: heat dissipation, air conditioning
Maintenance and operation: daily upkeep, network fees, labor costs
Hosting/commission fees: if participating in pools
Cost calculation formula:
Cost per BTC = Hardware cost ÷ total output over hardware lifespan + electricity + other operational costs
Due to the complexity and continuous fluctuation of these variables, it’s recommended to use online profitability calculators (like those from MacroMicro) for real-time estimates.
Because of the complexity, it’s best to use professional calculation tools for real-time data.
Impact of Bitcoin Halving on Mining
In April 2024, Bitcoin completed its fourth halving, reducing block rewards from 6.25 BTC to 3.125 BTC. This is a major event every four years.
Direct effects of halving:
Reward halved by 50%
If BTC price doesn’t rise proportionally, miners’ income drops sharply
Marginal miners (high electricity costs, old equipment) face shutdown risk
“Miner capitulation” and hash rate fluctuations
Unprofitable miners shut down equipment
Total network hash rate drops by 10–15% temporarily
High-efficiency miners fill the gap, restoring hash rate
Transaction fees become more important
Previously, block rewards accounted for over 90% of revenue
Now, fee revenue is significantly increased
Applications like Ordinals and Layer 2 boost fee income
Miners’ strategies post-halving:
Strategy
Specific Actions
Effectiveness
Hardware upgrades
Replace old miners with new high-efficiency models
Reduce electricity costs by 10–30%
Multi-coin mining
Support automatic algorithm switching, mine BTC and Dogecoin
Increase earnings by 20–40%
Geographic relocation
Move to regions with cheap electricity and friendly policies
Save over 50% on electricity costs
Green energy use
Use hydro, wind, geothermal energy
Fundamentally lower costs
Hedging
Use futures contracts to lock in BTC prices
Hedge against price drops
Post-halving industry trends:
✓ Matthew Effect intensifies: small miners with high costs exit, large farms leverage economies of scale and cheap power for further dominance
✓ Emergence of innovative models: waste energy mining, AI hash power leasing, and new business formats appear
✓ Sustainable development: more farms switch to green energy, environmental friendliness becomes a competitive advantage
Bitcoin Mining vs Trading: How to Choose?
For ordinary investors, should you mine or trade? It depends on several factors:
Dimension
Mining
Trading
Initial Investment
$1,000–$10,000+
As low as a few tens of dollars
Technical Difficulty
High (requires maintenance knowledge)
Moderate (requires market analysis)
Time Commitment
High (24/7 operation)
Flexible (self-arranged)
Profit Stability
Stable but small
Volatile but with potential
Participation Barrier
High
Low
If you choose trading, platforms like Gate.io offer:
✓ No hardware costs — no need to buy expensive mining rigs
✓ Two-way trading — spot, futures, leverage options, opportunities in both rising and falling markets
✓ Full privacy — anonymous trading, hard to trace
✓ 24/7 market — always open, no market hours
Summary
The essence of Bitcoin mining is: miners provide hash power via mining hardware to help verify and record transactions, earning system rewards in the process.
From a technical perspective, PoW consensus ensures Bitcoin’s decentralization and security. Commercially, mining has evolved from a hobby to a highly professional industry dominated by large capital and scale operations.
For individual participants in 2025:
Pure “free mining” is a thing of the past
Participation requires an investment of over $1,000
It demands professional knowledge and patience to handle complex cost calculations
Joining a mining pool is a practical choice, but profits are limited
Final advice: Before making decisions, conduct detailed cost-benefit analyses, confirm policy compliance, and beware of scams with false promises. If you lack professional maintenance skills or sufficient capital, directly trading BTC on platforms like Gate.io might be a more efficient option.
Times change, and so should your strategies. Whether mining or trading, rational decision-making always comes first.
This page may contain third-party content, which is provided for information purposes only (not representations/warranties) and should not be considered as an endorsement of its views by Gate, nor as financial or professional advice. See Disclaimer for details.
Bitcoin Mining Complete Guide: Will Individuals Still Have a Chance in 2025? A Comprehensive Mining Tutorial
Want to get free BTC? This is a common idea among many newcomers entering the crypto space. But the reality is, mining in 2025 is completely different from the Satoshi era. Let’s take a deep dive into the essence, evolution, and personal participation possibilities of mining.
The Essence of Mining: The “Accountants” of the Bitcoin Network
Simply put, Bitcoin mining is the process where miners use mining hardware to help verify transactions and pack blocks on the Bitcoin network, earning BTC as a reward.
You can understand it like this:
It’s important to note that miners are vital to the entire Bitcoin ecosystem. If all miners stop working, the Bitcoin network will cease to produce blocks and become paralyzed. Therefore, mining is not only a way for individuals to profit but also a key mechanism to maintain the life of the Bitcoin network.
Proof of Work (PoW): The Technical Principle of Mining
Bitcoin mining is based on a consensus mechanism called “Proof of Work” (PoW). Its operation process is as follows:
Step 1: Transaction Packing
Transactions occurring on the Bitcoin network are organized into a data set called a “block”.
Step 2: Competitive Computation
All miners perform high-difficulty mathematical calculations, aiming to find a hash value that meets certain conditions. This process requires continuous trial and computation, akin to solving a super difficult puzzle.
Step 3: Verification and Confirmation
When a miner successfully finds a valid hash, the block is broadcast to the entire network, and other nodes verify its legitimacy.
Step 4: Earning Rewards
Once most nodes agree, the new block is added to the blockchain, and the successful miner receives the system reward.
Mining difficulty is not fixed; it adjusts dynamically based on total network hash rate. Currently, Bitcoin’s total hash rate exceeds 580 EH/s (exahashes per second), making solo mining with ordinary computers impractical.
The Evolution of Mining: From Individual to Industrial
Over the past 16 years, mining has undergone three dramatic phases:
Phase 1: CPU Era (2009-2012)
Phase 2: GPU Era (First half of 2013)
Phase 3: ASIC Era (2013 to present)
Meanwhile, the form of mining has also undergone fundamental changes:
From “Solo mining” (individual operation) → “Pool mining” (collaborative effort) → “Cloud mining” (hash power hosted remotely)
Currently, major mining pools include F2Pool, Poolin, BTC.com, AntPool, etc., aggregating hash power from around the world to increase block chances.
Income Sources in Mining: Block Rewards vs Transaction Fees
BTC earnings for miners consist of two parts:
In early days, block rewards were almost the entire income for miners. But as transaction volume increased and Ordinals inscriptions became popular, transaction fees’ share rose significantly. During the Ordinals boom in 2023, fee income once accounted for over 50% of miners’ total revenue.
Can Personal Miners Still Mine for Free in 2025?
This is the most practical question. The answer is: theoretically yes, but practically almost impossible to break even.
Why?
Hash Rate Gap
Cost Overwhelms Revenue
Rapid Hardware Iteration
Conclusion: Personal participation in mining is no longer “free”; it’s an industry requiring substantial capital investment. The golden age of casual mining and easy profit in Satoshi’s time is gone forever.
How to Mine Bitcoin? Practical Guide
If you decide to officially enter the mining field, you need to complete these steps:
Step 1: Confirm Policy Compliance
Mining is a high-energy-consuming industry. Before starting, verify whether local policies permit it. Some regions restrict or ban PoW mining.
Step 2: Choose a Mining Solution
Option A: Buy mining hardware + self-operation
Option B: Buy hardware + hosting with third-party
Option C: Lease hash power (with hosting)
Popular mining hardware options:
Mining hash rate leasing platforms comparison:
Step 3: Choose a Mining Pool
Recommended pools: F2Pool, Poolin, BTC.com, AntPool. They offer stable block chances and transparent reward sharing.
Step 4: Receive Rewards
Mined BTC can be directly withdrawn to your wallet or sold on exchanges like Gate.io.
How Much Does It Cost to Mine One Bitcoin?
This figure directly influences investment decisions. Based on latest data, as of May 2025, the estimated total cost to mine one BTC is approximately $108,256.
This includes:
Cost calculation formula:
Due to the complexity and continuous fluctuation of these variables, it’s recommended to use online profitability calculators (like those from MacroMicro) for real-time estimates.
How Much Can Miners Actually Earn?
The answer depends on four key variables:
Calculation typically as:
Because of the complexity, it’s best to use professional calculation tools for real-time data.
Impact of Bitcoin Halving on Mining
In April 2024, Bitcoin completed its fourth halving, reducing block rewards from 6.25 BTC to 3.125 BTC. This is a major event every four years.
Direct effects of halving:
Reward halved by 50%
“Miner capitulation” and hash rate fluctuations
Transaction fees become more important
Miners’ strategies post-halving:
Post-halving industry trends:
✓ Matthew Effect intensifies: small miners with high costs exit, large farms leverage economies of scale and cheap power for further dominance
✓ Emergence of innovative models: waste energy mining, AI hash power leasing, and new business formats appear
✓ Sustainable development: more farms switch to green energy, environmental friendliness becomes a competitive advantage
Bitcoin Mining vs Trading: How to Choose?
For ordinary investors, should you mine or trade? It depends on several factors:
If you choose trading, platforms like Gate.io offer:
✓ No hardware costs — no need to buy expensive mining rigs
✓ Two-way trading — spot, futures, leverage options, opportunities in both rising and falling markets
✓ Full privacy — anonymous trading, hard to trace
✓ 24/7 market — always open, no market hours
Summary
The essence of Bitcoin mining is: miners provide hash power via mining hardware to help verify and record transactions, earning system rewards in the process.
From a technical perspective, PoW consensus ensures Bitcoin’s decentralization and security. Commercially, mining has evolved from a hobby to a highly professional industry dominated by large capital and scale operations.
For individual participants in 2025:
Final advice: Before making decisions, conduct detailed cost-benefit analyses, confirm policy compliance, and beware of scams with false promises. If you lack professional maintenance skills or sufficient capital, directly trading BTC on platforms like Gate.io might be a more efficient option.
Times change, and so should your strategies. Whether mining or trading, rational decision-making always comes first.