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Bitcoin Fees: How To Check When You’re Sending A Transaction (2020)
In this article, I’m going to address how to check what the bitcoin fees are for bitcoin and other cryptocurrencies. Not many people think about the “fees” when sending their first bitcoin transaction, as it’s just so exhilarating that you can transact value without permission from a bank or other institution.
This is really a minute detail, however the fees for sending a bitcoin transaction back in 2017 was upwards of 75$ when it was at it’s peak. This means you need to be able to determine if the fees are a “fair” price at a moments notice and if it will significantly cost you to move your bitcoin.
Luckily, there are a few different resources you can use to check not only what the current bitcoin fees are, but also check out the fees for other cryptocurrencies and Ethereum as well. Additionally, you need to be able to determine what the cost structure is and if you can pay more for a priority transaction. Well, I’m here to break it all down for you. Let’s get started with the #1 resource I use on a regular basis to check the current fees for sending bitcoin in a transaction!
Before I jump down there, I wanted to provide you with a free resource for protecting your cryptocurrency and it’s a free e-book I recently wrote and you can obtain it for free on my website here at the top right corner in an orange button. “5 Best Ways To Secure Your Cryptocurrency” is available to download now! Go grab it!
HOW TO CHECK BITCOIN FEES ON BITCOINFEES.INFO
Bitcoinfees.info is one of the best resources to check real-time bitcoin fees and what amount of time you would need to wait for your transaction to be confirmed for that fee. For example, it will let you know what the estimated fee is if you want it confirmed in the next block (10 mins), within the next 3 blocks (30 mins), or next 6 blocks (60 mins).
As you wait longer the fees will go down, but not drastically. To provide a frame of reference, the current fees at the time of this writing is $2.17 USD fee for having my transaction in the next block and $0.78 cents in the next 6 blocks.
This varies and fluctuates and is determined by the demand in volume and what specific mining pools are charging and maintaining a competitive marketplace. Why are there fees if they receive a block reward already? Well, to put it frankly, because they can.
Bitcoin miners are the groups of people that use their hash power to ensure the transaction is not only confirmed, but that it’s also safe and secure. It is a necessary component for the network and ecosystem to flourish and maintain economic incentive.
This site also shows your daily, monthly, and yearly averages in the form of charts and graphs to show you how this progresses overtime. They also consider that the average bitcoin transaction is 250 satoshis per byte large for measuring these averages. This also includes the basis of the 1 MB blocks that the current block size represents and would not relate to the fees for the lightning network.
HOW TO CHECK BITCOIN FEES ON COINBASE
The fees charged by Coinbase are pretty low. But they can add up, especially if you use the service often. You will see the buying and selling fees we described above.
There may also be fixed and variable fees depending on the amount of the transaction. And when your purchases are smaller, there is a flat fee charged.
Here are the flat fees for the smaller transactions:
- If you are buying or selling in the amount of $10.99 or less, the fee is $0.99
- If you are buying or selling between $11 and 26.49, the fee is $1.49
- If you are buying or selling from $26.50 to $51.99, the fee is $1.99
- If you are buying or selling from $52 to $78.05, the fee is $2.99
This is a fairly low and tiered system, but as you can see, this fee is for Coinbase and does not include any miner fees or network fees. So please keep in mind that that you will need to add the two totals together in order to find out what you will actually be paying.
HOW TO CHECK ETHEREUM FEES
For ETH, I typically go to ETH Gas Station for this information as it’s the most real-time and accurate in my experience. When sending Ether in a transaction, it uses a component of fees known as “Gas”. What is gas? It’s essentially a fraction of Ethereum that is required to pay for the transaction and is typically much cheaper than bitcoin transaction fees. This also applies to ERC-20 tokens and security tokens as well as they are built on top of the Ethereum network.
This has several other tools to estimate transactions for a specific block and also if you want it applied to s specific smart contract on the network. It includes anything else you may need to know including what mining pools are currently verifying on the network, what the estimated wait time is to have your transaction included in a specific block, and also how full or empty these blocks are.
All in all, this is the only resource I need when trying to estimate how much I will be paying in fees and the only other resource I might use is the specific block explorer I would use in order to verify the status of my transaction. For those of you who do not know what a block explorer is, it is basically a way for you to check the status of your transaction and how many confirmations it’s received before it’s delivered to the recipient.
CONCLUSION
Overall, these are the most common resources you will use to check the transaction fees for bitcoin and Ethereum as these are the largest networks by volume and therefore, the most likely to be used when sending crypto. You can also check each individual blockchain if you want to determine what the fees are for, say “Monero” for example.
In the event I want to know what the estimated fees for that example would be to attempt a transaction when sending from my hot wallet, or I would simply use google and include the “coins name + transaction fees” to get the most accurate result. These examples hopefully clarify some of the questions that surround how much you will pay in fees at an given time on these popular coins and networks. Until next time…
What are your favorite resources to check crypto transaction fees? Sound off in the comments below!
Cheers,
The Crypto Renegade
NOTE: This post may contain affiliate links. This adds no cost to you but it helps me focus on giving as much value as possible in every single post by being compensated for recommending products that help people succeed.
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Proof Of Work Vs. Proof Of Stake | How Does It Work? (Beginner’s Guide)
What is Proof Of Work Vs. Proof Of Stake | How Does It Work? If you spend enough time in the crypto-community and you’ll witness debates over Proof of Work (PoW) and Proof of Stake (PoS). Fans of PoW will argue that it’s the transaction system Satoshi Nakamoto had in mind for cryptocurrencies. Those in favor of PoS, on the other hand, will argue that mining is outdated, inefficient, and insecure compared to staking.
So you might be wondering, what’s the difference, is one actually better than the other, and why is it better? Well like most things here at Bitcoin Lockup, I am not here to give you my unsolicited opinions, but we are here to give you some objective information that might help you determine for yourself which proof has best proven its worth.
Proof Of Work Vs. Proof Of Stake | How Does It Work?
PROOF OF WORK
When Satoshi Nakamoto created Bitcoin in 2008, he envisioned a currency that would rely on a trustless and distributed consensus system. This would allow Bitcoin to be decentralized both in technological and financial terms. For instance, when you transact money through a trusted system, a third-party (think banks, credit/debit cards, PayPal) handles these transactions in terms of debit and credit. If Mark sends Sally $100 dollars, the institution will debit Mark’s account $100 dollars and credit Sally with $100. All of the money is handled by and within the third party, so none of the transacted funds belong to either Mark nor Sally until they are withdrawn from the system.
Bitcoin differs from traditional financial hubs by being trustless. This is not to say you can’t trust Bitcoin and blockchain with your money. In fact, it’s quite the opposite. Bitcoin’s trustless nature allows for a peer-to-peer exchange without the need for a third-party mediator.
The traditional mediators are replaced with miners, and these miners work on behalf of Bitcoin holders to see that transaction are successfully processed. In order to see that these transactions are approved, miners commit their computer’s processing power to solve the encrypted algorithms within each transaction. This is what we mean by Proof of Work.
Under a Proof of Work system, miners compete to verify that all the transactions within the candidate block (the block currently being built) are legitimate. To do this, they must solve the encrypted puzzles that verify the integrity of the transacted coins. The first miner to solve these puzzles receives an amount of the transacted currency, also known as a block reward. Once the problem is solved, the transactions create a block that is stored as a public ledger on the blockchain, and the miner announces the solution to the entire network.
As you can see, PoW is dictated by competition and computational output. Imagine an international math competition wherein a previously unsolved proof (the block) is given to the competitors (the miners). Whoever solves this proof first is awarded a prize (block reward), and the solved proof is then posted on the internet for all to see (the block being established in the blockchain).
PROOF OF STAKE
Proof of Stake differs entirely from Proof of Work. Instead of building blocks through work output, the creator of a block is determined by their share, or stake, in a currency.
Under this system, forgers (the PoS equivalent of a miner) are chosen to build blocks based on their stake in a currency and the age of that stake within the blockchain’s network. For instance, let’s say you hold 500,000 Cardano. First of all, allow me to hypothetically congratulate you on your fat stacks. Getting back to the example, under the Proof of Stake system, you’d be more likely to create the candidate block than someone with 100,000 ADA.
To go even further, if you had been holding your 500,000 ADA in the same address for a year, you’d be more likely to generate the next block than someone who also has 500,000 ADA but who has been holding it in a network address for half a year.
To give you another analogy, imagine if your odds to win the lottery increased based on a) how much money you put into it and b) how long you had been buying tickets. Now, you won’t make millions of dollars by staking your favorite PoS currency, but you can make some nice passive income on top of your investment gains.
It’s important to note that, for a stake to be chosen, it must be held on an address within the coin’s network. So if you were holding Cardano like in the above example, you would need to store it in Cardano’s core wallet. There are also no block rewards in the PoS system. Seeing as there’s no work-centric incentive to outcompete other miners, forgers are only awarded transaction fees.
There’s also a marked difference between Delegated Proof of Stake and regular Proof of Stake, but that’s for another article at another date.
PoW Coins:
PoW/PoS Hybrids:
–Dash
–Pivx
PoS Coins:
–QTUM
KEY DIFFERENCES AND TAKEAWAYS
Proponents of PoW will tell you it allows crypto to more effectively function as a currency. The PoS model, they argue, incentivizes users to stake their coins for extended periods of time, thereby making them inactive.
PoS fans, however, will defend their system’s overall superiority. For starters, it solves the problem of energy consumption that Bitcoin has created. As more transactions and users are added to Bitcoin’s network, more computing power will be needed to accommodate growth. The more computing power that is added to the network, the more the hashrate increases in difficulty. With more difficulty comes an increase in the amount of work a computer must generate to generate blocks, and this increased output leads to greater energy consumption.
Bitcoin’s growth and mining difficulty are exponentially tied to energy consumption, and critics see this as an unsolvable issue under the PoW model. It’s the reason that Bitcoin’s network alone consumes more energy than 159 countries.
Proof of Stake also defends against 51% attacks on the blockchain. As we’ve seen with the recent Bitcoin Cash and Bitcoin civil war, disproportionate mining power can lead to de facto centralization of a blockchain’s network. In order to control a majority of a PoS blockchain, a validator would have to own 51% or more of that crypto’s overall supply. So in order for someone to attack Cardano’s blockchain, for instance, they would have to $609,286,157.643 worth of Cardano to do so. I really don’t see that happening.
Both PoS and PoW have their ups and downs, and I’ll be excited to see how the market responds to coins that utilize either system or a hybrid of both. One last thing to keep in mind for PoW, however, is that once all a currency’s coins are minted and circulated, block rewards will cease to exist. This may incentivize PoW coins to update to a PoS model, but only time will tell.
Still don’t have cold storage for your private keys? click HERE for the Ledger Nano S to hold all of the PoW and PoS coins discussed above!
What do you think? Do you think PoS will overtake PoW in popularity? Sound off below!
Cheers,
The Crypto Renegade
NOTE: This post may contain affiliate links. This adds no cost to you but it helps me focus on giving as much value as possible in every single post by being compensated for recommending products that help people succeed.
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