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Ethereum Transaction Fee Calculator

Does Exodus Have Fees To Send Or Receive?

Does Exodus Have Fees To Send Or Receive?

Does Exodus have fees to send or receive? The use of any digital asset network ( Bitcoin, Ethereum, etc. ) requires a small fee to send a transaction. This fee does not go to Exodus, but is paid to the network to ensure transactions are delivered reliably and quickly. Digital asset networks require a small fee to make it hard for any one user to flood the network with junk transactions causing others to have to wait. If sending transactions were free, one bad user could damage the network speed and reliability for everyone. Each small fee users pay to send transactions goes back to the network to help incentivizea secure network. Popular networks are crowded and thus more expensive. Today, Bitcoin is the most popular network and has the highest fees of any digital asset supported by Exodus. Bitcoin fees are calculated on the amount of traffic the network currently has and the size in bytes of the transaction. Keep in mind thesefees are not based on the amount of Bitcoin transacted - This is a common misconception carried over from the traditional fiat banking industry. A transaction's size is dictated by the number of inputs and outputs. The more inputs you have, the more expensive the transaction. One of the easiest ways to think about this is with change and dollars. One dollar is the same as 100 pennies, however, it requires more work to count 100 pennies and give it to someone for payment than it does to hand over a one dollar bill. Alice receives 0.01 bitcoins every day for 100 days. Bob receives a payment of 1 bitcoin once. Both Alice and Bob now have a 1 bitcoin balance. If Alice and Bob now try to send 1 bitcoin, Alice will have a much larger fee than Bob. This is because the bitcoin network has to do a lot more work for Alice to bundle all of her small change Continue reading >>

Ethereum Transaction Fees - Calculator : Ethtrader

Ethereum Transaction Fees - Calculator : Ethtrader

Welcome to /r/EthTrader | Foundation Tip Jar | Rules | Policy | Mod Logs | Vote Tracking | News Timeline | Education | Comments RECDAO is a meta-community that seeks to provide Ethereum-based tools for improving how we use Reddit. Pre-register and then register your Reddit username on the Ethereum blockchain, vote in the dao, and be awarded community tokens based on your karma in community subs. Please see the FAQ for more details. TECHNICAL ANALYSIS FUNDAMENTAL ANALYSIS DISCUSSIONS DAPP DISCUSSIONS NEWS DAPP NEWS SCAMS WARNINGS TOKEN WARNINGS SECURITY RELEASE DAPP RELEASE EXCHANGES ADOPTION DAPP ADOPTION SENTIMENT STRATEGY METRICS MINING EDUCATIONAL MEDIA LEGACY DAPP ERC20 TOKEN AUGUR ALTETH ALTCOINS COMEDY SUPPORT TOOL You can correct inaccurate link-flair assignments by typing "[AutoMod]" along with the flair name in a top-level comment, e.g. [AutoMod] DAPP-NEWS. All flair names are capitalized, e.g. use [AutoMod] EXCHANGE instead of [AutoMod] Exchange. Two word flairs require a hyphen in between them. Requires 100 comment karma and 1-month account age. If this feature doesn't work, please message the modmail . Continue reading >>

Ether - How Are Ethereum Transaction Costs Calculated? - Ethereum Stack Exchange

Ether - How Are Ethereum Transaction Costs Calculated? - Ethereum Stack Exchange

How are Ethereum transaction costs calculated? I'm in the process of learning blockchain technology for a client of mine. I understand the concept of "gas" in computational costs. We are looking at creating a crypto-currency as an alternative to using a traditional payment platform for a closed loop solution. I want to get a feel for the "transaction cost" associated with a simple payment transaction using the ethereum network.I find the calculation method not totally clear. Can anyone help? is the cost of a simple transaction the same 21,000 for sending any number of ethers? the same for sending 1 ether as for sending 500 ether? brosen Jul 22 '17 at 22:30 Simple transaction that transfers value but have no additional data and not triggers any EVM code (the recipient is not a smart contract) consumes exactly 21000 units of gas. You just need to know the gas price to calculate the cost of the transaction. The default gas price was 20 Gwei (20 * 10-9 ETH), but it is recommended to use lower value now. Check out ETH Gas Station service for up-to-date statistics about gas price. You can also optimize costs by sending multiple payments in a single transaction, using a simple smart contract. Not going into the details, a single payment within such transaction will cost you ~10000 units of gas. How would you send multiple payments in a single transaction, using simple transactions. I know this is easily done from a smart contract, but have not seen any code for combined simple transactions. BokkyPooBah Jun 10 '16 at 8:29 @BokkyPooBah, you have to use a contract for this, there is not other option. Pawe Bylica Jun 8 '17 at 10:13 How can the price of sending via a contract be constant (10000 units)? Each send instruction will consume some gas so it should go linearly with the n Continue reading >>

Coinbase | Coinbase Pricing & Fees Disclosures

Coinbase | Coinbase Pricing & Fees Disclosures

In general, Coinbase does not charge a fee to use our Hosted Digital Currency Wallet service. Transfers of virtual currency to an address off the Coinbase platform may incur network transaction fees, such as bitcoin miners fees, which Coinbase may pass through to you. Any such transfer fees will be disclosed to you at the time of the transaction. Your exchange rate for buying or selling digital currency through our Conversion Service is calculated as the market rate of the digital currency on Coinbases GDAX platform, plus a spread between 25 to 100 basis points determined by the size of your transaction, market volatility and length of time using Coinbase ("Exchange Rate"). In rare circumstances, the market rate from GDAX may not be available due to outages or scheduled maintenance. In order to provide you with uninterrupted services at such time, we may derive market pricing data from unaffiliated digital currency exchanges. Exchange rates quoted in these circumstances are subject to spread exceeding 100 basis points. The final exchange rate will be quoted to you before you complete your transaction. We charge fees (Conversion Fees) to use the Conversion Service, which vary based on your location, payment method, and other circumstances. In some cases we may charge an additional fee on transfers to and from your bank account. We will always notify you of Conversion Fees and any other service fees that apply to each transaction in the aggregate, in two instances: (1) immediately before you confirm each transaction and (2) in the receipt we issue to you immediately after each transaction has processed. Unless otherwise disclosed to you at the time of your transaction, the Conversion Fees you pay is calculated by one of two methods: Continue reading >>

Bought Your First Bitcoin Or Ether? Brace For The Fees

Bought Your First Bitcoin Or Ether? Brace For The Fees

Bought Your First Bitcoin or Ether? Brace for the Fees Dec 18, 2017 at 11:30 UTC|UpdatedDec 19, 2017 at 13:03 UTC I sent $25 of Bitcoin from one address (in Coinbase) to another (Kraken). -- Kristian Freeman (@imkmf) December 8, 2017 Ready to send your first bitcoin?That will be $26 please... Sure, that's on the high end of what you might pay to use the bitcoin blockchain today, but if you're new to the world of cryptocurrencies (and haven't invested that much), we understand seeing such a sky-high sum might be a shock. (Sorry, Kristian!) Despite what you might have heard about the "money of the future," the fact is bitcoin (and other cryptocurrencies) are both expensive - and experimental - today. But while this might not be what you're used to (or even what you signed up for when purchasing), looking at the reasons behind blockchain costs can help you understand the technology, its weaknesses and where the ecosystem needs more dedicated minds to improve. OK, so what's with fees in the first place? To start, you're probably thinking this money is all going somewhere. And it is, just not a single place. When you send a cryptocurrency transaction, you're paying for it to be included on the protocol's blockchain, which you can think of as something an official record of every token on the network ever spent (whether it's bitcoin, ether or something more exotic). Rather than holding this at a bank or a credit card firm, this ledger is distributed. This means that should any one computer (or group of computers) go down, the network still has a copy showing that you own your asset. The bad news is you have to pay all those computers to process it. Here, we'll introduce you to the first new person on our journey, the miner (or validator, depending on your network). You don't Continue reading >>

Ethereum Gas For Dummies

Ethereum Gas For Dummies

Ive been trying to figure out what Gas means in Ethereum. There is lots of information out there but I will add to it by describing what I found in my own words. Gas is just a unit of currency, like a token. It is used to set a price on different types of code execution inside the Ethereum Virtual Machine (EVM). For example, saving a variable cost 100 gas; executing an IF statement cost 1 gas. There is a list of how much gas things cost here . In a typical transaction you would say something like method.sendTransaction({from:eth.accounts[0], gas:300000}) The gas part of that statement means that you are willing to spend up to 300,000 of these gas tokens in executing this method. Now, there is another, optional, parameter in that statement, which is gasprice. This is the price in Wei that you are willing to pay for each gas token. If gasprice is not specified, then a default value is used. At the moment that value is 10 szabo, or 0.00001 Ether. Contracts on the Ethereum blockchain are of varying sizes and complexity. Therefore, a miner who is investing their computing power executing a method (a part of a contract) needs to be rewarded according to how much of that power they need to use. By inserting an amount of gas and a gasprice, you are signalling to the miner how much reward they can reap from running your code. This is fundamentally different to the Bitcoin blockchain, where the vast majority of code executions are identical (transferring bitcoin from one wallet to another) and therefore miners can predict how much it will cost them to execute every transaction in a block. So, going back to our example, when you send in the above transaction, the paying account (eth.accounts[0]) is deducted 300,000 * 0.00001 ETH, i.e. 3 ETH, and that value is sent in with the met Continue reading >>

Calculating Costs In Ethereum Contracts

Calculating Costs In Ethereum Contracts

Thinking, coding, and explaining Ethereum and blockchain technologies. GAS PRICE PSA (20170823): The median gas price at the time of writing this article was 28 Gwei, and continues to be in the realm of 20 Gwei. This is far greater than the typical average and safe-low found on EthGasStation (4 and 0.5 Gwei respectively). The median is so high because of bad gas-price defaults found in many wallets. I highly recommend using EthGasStations average gas-price or lower in order to not pay high fees and to help drive down the market rate for gas-price. UPDATE (2017096): I ported the Google Spreadsheet of OPCODES to a github repo . This repo will be maintained and updated as the yellow paper evolves. What are users storing when they hold Ether? In one sense, they are storing the ability to perform computation on the Ethereum network. This computation is done in a decentralized fashion: A miner executes the computation associated with each transaction being included in a block, resulting in an updated state. Upon successfully mining a block, a miner broadcasts the block to the network. Each of the other miners and non-mining nodes verify the validity of the transactional computation and resulting state change before accepting the block as valid, incorporating the block into their copy of the blockchain, and moving on to the next block. You may have noticed that there is incredible amount of redundancy for every bit of computation on the network. Namely, each node verifies the results of each transaction read: every node runs all of the computation. Ive been researching Ethereum and other blockchain application platforms for a long time now, and rarely, if ever, do people outright say this. Once you get into the more technical side of things, it becomes an obvious feature of t Continue reading >>

Ethereum: Everything You Want To Know Aboutgas

Ethereum: Everything You Want To Know Aboutgas

Gas keeps Ethereum Blockchain alive, thanks to it we can transfer Ether and other Ethereum tokens such as: GameCredits (GAME), OmiseGo (OMG) or Golem (GNT), it also allows to smart contracts to do their job. In this blogpost Im going to explain: what is Gas? how is it used? and why is it so important for the future of Ethereum? Important: Dont be misled by the Token named GAS which is something completely different. Ethereum blockchain is run by nodes that keep the blockchain state but also calculate new blocks. New blocks are needed to change Blockchains state e.g. move Ethereum from one account to another. Calculation of the new block is made by miners, to cover their effort transaction sender must pay a fee. Transaction fee depends on complexity of transaction sender wants to make, if its a regular send Ether transaction or more complex one like create smart contract (smart contract a special kind of the blockchain account, that can not only keep Ether but also computer program with its state). Sending Ether from one account to the other costs 21,000 Gas. On the other hand creating smart contract which is responsible for handling OmiseGo Token costed 1,197,977 Gas. So the more complex transaction, the more Gas we need to pay for its execution on Blockchain. Main complexity factors are: operations performed by the smart contracts code e.g. arithmetical operations data that is stored on blockchain e.g. storing information in the smart contract or updating an amount of Ether on the account We know more or less what Gas is, but how much does it cost? The answer is as always it depends. Each transaction sender (e.g. person who is sending Ether) is defining price of Gas for created transaction (e.g. 1 Gas = 0.000000001 ETH). If the price is high enough, transaction will b Continue reading >>

Ethereum, Gas, Fuel, & Fees Consensys Media

Ethereum, Gas, Fuel, & Fees Consensys Media

A blockchain venture production studio building decentralized applications on Ethereum. Go to www.consensys.net and subscribe to our newsletter. Ethereum is a platform for decentralized and truthful applications that run on a global, peer-to-peer network without any administrators or a single point of failure. These applications have zero downtime and anyone can create them: it is permissionless innovation. The applications are truthful, immutable and always interoperate as they are coded. From this perspective, the terminology of smart contracts is reasonable in that they are the ultimate in contracts that always follow the terms set at their creation. The core of what makes this possible is effectively a World Computer. Technically called the Ethereum Virtual Machine (EVM), it includes operations for computation and data storage. A transaction represents a single session within the World Computer. It is the unit of interaction, similar to how a sentence is the unit of grammatical meaning, even though a single sentence can contain many words. Gas is the metering unit for use of the World Computer. As an analogy, electricity is metered by kilowatt hours. Using more computation and storage in Ethereum means that more gas is used. One fundamental reason for metering is that it provides an incentive for people (miners) to operate the World Computer. These miners get a fee for processing transactions, which is determined by the metering scheme: gas. Each operation in the EVM consumes gas. For example, a multiplication (MUL) consumes 5 gas and an addition (ADD) consumes 3 gas. Here is a spreadsheet of Ethereums operations and their gas consumption . Metering is different from fees and gas is different from Ether. To help clarify this, consider gas to be synonymous with fuel Continue reading >>

Ethereum Transaction Fee: Can Ethereum Gas Price Growth Threaten The Future Of Ethereum?

Ethereum Transaction Fee: Can Ethereum Gas Price Growth Threaten The Future Of Ethereum?

Ethereum Transaction Fee: Can Ethereum gas price growth threaten the future of Ethereum? One of the main functions of cryptocurrencies is the low cost of transactions. But what happens if the price of gas price, transaction fee, rises? Can it threaten the Ethereums future? Decentralized apps depend on Ethereum Blockchain and they need gas for transactions.Gas price has risen 100 times in year 2017 in line with the speculative growth in the price of ETH token. Ethereums blockchain now serves speculators at the expense of key users. With rising competition from Cardano, NEO, Qtum, and other platforms, Ethereum may lose its appeal to key users. Scalability issues and growing competition suggest that ETH may be overpriced at more than $1,000. Ethereum is the most popular platform to create decentralized applications using blockchain Ethereum is the most popular platform to create decentralized applications using blockchain (DAPPs). Ethereums tokens called Ether ((ETH)) are almost as popular as bitcoin (BTC) and they are traded in most of the cryptocurrency exchanges. Ethereum positions itself as a decentralized global computer to run smart contracts. Anyone with coding skills can create an application and run it on Ethereum Virtual Machine (EVM). Using Ethereum platform and EVM is similar to renting a car. Ethereum charges you for each line of code so that each line of code costs some gas. Thus, users need gas to run their applications on the Ethereum computer. Gas cannot be bought using fiat currency, it can only be bought using Ether token. Ethereum platform no longer serves the purpose it was created for? According to Seekingalpha contributor,Aydar Mannanov, despite positioning as a global decentralized computer and a platform to run DAPPs, the Ethereum platform no long Continue reading >>

Bitpay Will Not Process Bitcoin Payments Below $100 Due To High Miner Fees

Bitpay Will Not Process Bitcoin Payments Below $100 Due To High Miner Fees

BitPay Will Not Process Bitcoin Payments Below $100 Due to High Miner Fees BitPay, one of the largest bitcoin payment processing platforms for online merchants, will no longer process payments below $100 due to rapidly rising bitcoin transaction fees. Over the past few months, the size of the bitcoin mempool has increased to more than 100 million bytes and the number of users, average transaction per day, and user activity increased exponentially. As a result, given the lack of adoption of Segregated Witness (SegWit) and the fixed block size of bitcoin at 1MB, the average bitcoin transaction fee has surpassed $30. According to Bitcoin Fees, a bitcoin transaction fee prediction platform developed by Earn.com (previously 21 Inc), the fastest transaction fee at the time of reporting is 950 satoshis per byte, or 214,700 satoshis for a median-size transaction, which is equivalent to $28.7. Consequently, BitPay revealed in an official statement that the company will not be able to process bitcoin payments below $100, as doing so would result in a fee of nearly 30 percent of the actual amount of the transaction. The BitPay team wrote: The Bitcoin network has been seeing record transaction volume in the last few weeks. This growth has also led to record network congestion and record-high bitcoin miner fees. Bitcoin miner fees are now more than $30 per transaction on average. To protect purchasers and to continue to offer service for Bitcoin payments, we are now requiring a new invoice minimum payment amount of $100 on all BitPay invoices. In the upcoming months, BitPay explained that its development team will actively work on the implementation of SegWit, which will reduce bitcoin transaction fees by around 40 percent. The BitPay development team added, Segregated Witness redu Continue reading >>

Network Transaction Fees Crypto Voices

Network Transaction Fees Crypto Voices

Green area: Total transaction fees per day, in US$; Blue line: Average transaction fee, in US$. Green area: Total transaction fees per day, in coins; Blue line: Average transaction fee, per byte of data accepted into each block, in coin's smallest denomination (except in Ethereum's case). Note that Ethereum's total network "transaction fees" are calculated by a two-step process. First, you need to understand the "gas"price. This is an extremely small figure, intended to be decoupled from ether's market price. Here we are measuring it in szabos, which amounts to 0.000001 ether per 1 szabo. Ethereum's denominations actually go much smaller than this, down to something called wei. One ether would amount to 1e18 wei; or a 1 with 18 zeros behind it. In any event, after the average gas price is understood, one would need to multiply this price by the total amount of gas units purchased in each block. Users must purchase any number of "gas" units to run different computations and contracts on Ethereum's network. The market history of both these figures is graphed below. Here, we can also see the dynamic limit that Ethereum places on gas units which can be purchased in each block. This limit is set dynamically by miners. Both are reflected in the right axis. As discussed in the network cost / block reward section, the "block reward"is essentially a revenue item for miners, and a cost item for the rest of us. Remember, it usually compromises both inflation (newly "mined" coins) and some form of transaction fees. This section isolates and graphs transaction fees only. Typically, miners choose which transactions they want to include in each block, based on how high their transaction fees are. The higher the transaction fee, the more likely your transaction is to be included and e Continue reading >>

What Is Gas? Gas & Transaction Fees | Myetherwallet Help & Support

What Is Gas? Gas & Transaction Fees | Myetherwallet Help & Support

When you hear gas, the person is either talking about: The total cost of a transaction (the "TX fee") is the Gas Limit * Gas Price. Typically, if someone just says "Gas", they are talking about the "Gas Limit". You can think of the gas limit like the amount of liters/gallons/units of gas for a car. You can think of the gas price as the cost of that liter/gallon/unit of gas. With a car, it's $2.50 (price) per gallon (unit). With Ethereum, it's 20 GWEI (price) per gas (unit). 21000 units of gas at 20 GWEI = 0.00042 ETH. Therefore, the total TX fee will be 0.00042 Ether. Sending tokens will typically take ~50000 gas to ~100000 gas, so the total TX fee increases to 0.001 ETH - 0.002 ETH. You can use our tool to calculate GWEI <-> WEI <-> USD here , which can be helpful when you want to know your TX fee in ETH, rather than GWEI. The gas limit is called the limit because it's the maximum amount of units of gas you are willing to spend on a transaction. This avoids situations where there is an error somewhere in the contract, and you spend 1 ETH....10 ETH....1000 ETH..... going in circles but arriving no where. However, the units of gas necessary for a transaction are already defined by how much code is executed on the blockchain. If you do not want to spend as much on gas, lowering the gas limit won't help much. You must include enough gas to cover the computational resources you use or your transaction will fail due to an Out of Gas Error. All unused gas is refunded to you at the end of a transaction. So if you go to MyEtherWallet, send 1 ETH to our donation address ( ? ), and use a gas limit of 400000 you will receive 400000 - 21000* back. However, if you were sending 1 ETH to a contract and your transaction to the contract fails (say, the Token Creation Period is already Continue reading >>

Go Ethereum - How To Calculate Transaction Fee? - Ethereum Stack Exchange

Go Ethereum - How To Calculate Transaction Fee? - Ethereum Stack Exchange

For calculating transaction fee (from web3), need to use gas price at that moment and multiply actually on how much gas was used eth.getTransactionReceipt("txhash").gasUsed Hopefully by the end of this explanation, you'll have a good understanding of the transaction fees that go along with Ether transactions. First of all, we have to understand what gas is (SKIP THIS IF YOU ALREADY HAVE A GOOD UNDERSTANDING OF GAS): This is actually a currency all on it's own used by the whole Ethereum network. It's used for the purposes of paying Miners for their work. Miners are people who working on "processing" the payments so-to-speak. Now... you may ask "why isn't Ether used as this currency instead?" Why does there need to be a totally different currency and complicate our life more? Well it partially has to do with how Crypto currencies are always changing in value, and if you had to code into the Ethereum network to adjust for these values, things become more complicated. So the solution was to separate the gas from the Ether and then just look at the exchange rate for Ether when deciding how much the gas will cost you to do your transaction. So now that we know what gas is, how do we use it? Well in the Ethereum network, the minimum amount of gas that is needed for a normal transaction to take place is 21000 gas. But, people have the option of putting in more gas. Now how it works is, the more gas you put, the more Miners are interested in mining your transaction, hence the time it takes for your transaction to happen is lower. But lets assume you don't care about transaction time, and currently for Ether it really doesn't take long at all even if you use the minimum amount of gas. So lets say you choose to put 21000 as your gas value. Cool. But how much does that gas cost? R Continue reading >>

Crypto Glossary #3: Transaction Fee

Crypto Glossary #3: Transaction Fee

Weve reached the final part of our introduction to the crypto world. This article will provide a detailed description of what a transaction fee actually is, who collects it and how it is calculated. To do anything on the Ethereum platform, you need to pay for it, and the payment (or fee) is calculated in Ether (ETH). The fee is paid by users sending ETH over the network, and is deducted from their wallet balance. Miners, who mine blocks (confirm transactions) and secure the blockchain, receive the payment. Tx fee (transaction fee) is calculated by multiplying Gas limit and Gas price. Making sure the transactions go through without any hiccups, we charge 5 VIB for every one of them made from our platform to your preferred wallet. In other words, we add 5 VIB to the total amount of your transfer. The fee will vary depending on the price of our token. How does it work on the Ethereumnetwork? Lets suppose you have a car which consumes 1 liter of gasoline worth $10 per kilometer. If you want to drive that car for 5km, itll cost you $50. Similarly, to run a line of code on Ethereum, you burn gas limit, which has a price per unit, called gas price. Car, 10$ (gas price) per kilometer (gas limit) Ethereum, 21Gwei (gas price) per gas (gas limit) Note: Gwei is a measuring unit of gas price. It represents 1 billionth of an ETH. The default gas price and gas limit values in MyEtherWallet are: 21Gwei and 21000 gas limit. ETH price is 298$. So lets do the calculation. TX fee = Gas price (0.000006258 ETH) x Gas limit (21000) = 0.13$ Usually, when one is talking about gas in Ethereum, they are referring to gas limit. This simply means some amount of fuel is required to execute that operation or run that particular smart contract code. Gas is a unit that gets translated further into Eth Continue reading >>

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