Virtual Currency Transfer Fees 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 miner’s fees, which Coinbase may pass through to you.Any such transfer fees will be disclosed to you at the time of the transaction.Conversion Fees & Rate Your exchange rate for buying or selling digital currency through our Conversion Service is calculated as the market rate of the digital currency on Coinbase’s GDAX platform, plus a spread of up to 50 basis points.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.Rates quoted in these circumstances are subject to spread exceeding 50 basis points.The final 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 your transaction, both at the time of the transaction and in each receipt we issue to you.Unless otherwise disclosed to you at the time of your transaction, the conversion fee you pay is calculated as the greater of (a) a flat fee that applies to conversion transactions under $200, and which is disclosed before you execute the transaction, or (b) a percentage fee which varies by region and payment type, as follows: Australia Credit / Debit Card Buys Canada Credit / Debit Card Buys 3.99% Europe Standard Buy / Sell Credit / Debit Card Buys Bank transfers (SEPA)  - in / out* 1.49% 3.99% Free / €0.15 Singapore Buy / Sell Credit / Debit Card Buys 1.49% 3.99% UK Standard Buy / Sell Credit / Debit Card Buys Bank wires - in / out * Bank transfers (SEPA) - in / out * 1.49% 3.99% N / A Free / €0.15 USA Base rate of 4% for all transactions** Payment Method for Purchase Effective Rate of Conversion Fee (after waiver) U.S.

Bank Account 1.49%, with a $0.15 minimum Coinbase USD Wallet 1.49% Credit/Debit Card 3.99% Payout Method for Sale Effective Rate of Conversion Fee (after waiver) U.S.Bank Account 1.49%, with a $0.15 minimum Coinbase USD Wallet 1.49% PayPal 3.99% USD Deposit Method Fee ACH Transfer Free Wire Transfer $10 ($25 outgoing) * Note - In some cases your bank may charge additional fees for transfers between your bank account and your Coinbase account.** The base rate for all Purchase and Sale transactions in the U.S.Coinbase waives a portion of the Conversion Fee depending on the payment method you use.The effective rate of the Conversion Fee disclosed here is calculated as the base rate, net of fee waivers.The base rate does not apply to U.S.Dollar deposits and withdrawals.Still can't find what you're looking for?About a week ago I was hunting for a few Radeon cards for a project, specifically a second Nitro+ RX 570 for a crossfire comparison, needless to say I couldn’t find one and gave up.

A friend of mine said he was looking for a second RX 480 for his setup and that he couldn’t find one outside of crazy high prices, chalked that up to EOL on the RX 480s and told him to snag a similar RX 580.bitcoin clone php scriptHe couldn’t find one of those either.bitcoin kindle fireThinking he just didn’t know how to search, since he’s not very computer savvy, I decided to help out.bitcoin yellenThat’s when things got interestingly and eerily similar to searching for a Radeon card in late 2013 – early 2014 back when I was deep into Litecoin and Feathercoin mining.bitcoin music rapperThen I came across Ethereum and everything became clear.top 5 litecoin pool

While I’m not going to pretend to be an expert on Ethereum I am no stranger to the world of crypto currencies.Having spent months on end tweaking GPU bat files for LTC and FTC while setting up ASIC miners for BTC, I decided to jump in on this one to see what the craze was all about!ethereum news calendarWhat we are doing here with this article isn’t going to be a tutorial or guide, we’re not endorsing or encouraging the mining, trading, buying, or selling of Ethereum.litecoin 5 gpuWe are simply taking a look at the current landscape of GPU mining hashing performance, power draw, and current profitability of taking part in Ethereum mining.bitcoin miner for nvidia cardsSetup was simple enough, we simply found a pool to join and what miner we would be using.bitcoin etf definition

We decided to go with the Ethermine pool but finding a miner was a bit trickier.We first tried Genoils Miner but never was able to get the stratum server connected so we moved on to Claymores Miner and that one took off like a demon, so we stayed there.Claymores Miner allowed us to use Radeon cards as well as Pascal based GeForce cards without spending hours in configurations.We modified our x99 system to run the memory at the base 2133MHz and the 6800k was taken down to 2 cores and 4 threads clocked at 1.2GHz since we’re not needed CPU power and to lessen the power draw as much as possible outside of graphics cards.Graphics cards were all run at their out of the box configurations without any modification whatsoever.While we are aware that if you are going to set up a dedicated mining system you are likely going to run a modified vBIOS on your card we simply wanted to see the natural performance of these cards.Radeon and GeForce cards were run on the latest drivers at the time of this article.

In our first round of results we only looked at single GPU performance, which in terms of power draw is likely the worst way of looking at this overall, but can show individual card performance and help nail down which card someone would want multiple of.Megahashing performance of Radeon cards is still top dog, but it doesn’t make much sense going past the R9 390/x as the price/performance metric makes little sense in that regards.Going from 2560 stream processors to 4096 doesn’t net much value, suspect something fishy with the VRAM is going on here.That suspicion also bleeds over in the GeForce cards with the poor performance of the GTX 1080 once again suspecting something with the G5X coming into play.But when it comes to the hashing rate of the GTX 1070 my eyes popped a bit, after all the skyrocketing prices of RX x70/x80 parts are starting to make it look rather attractive.If you’re wondering why the GTX 1050 is sitting at 0 it’s because it simply doesn’t have the VRAM capacity to mine Ethereum, we left it in the charts for illustrative purposes only.

And because I forgot to delete it before making the charts.But Hashing performance isn’t everything in the world of mining, efficiency is king and lead to the next chart, profitability.There is a steady climb in the Radeon lineup but looking at the RX 470 power draw vs hashing rate it is no wonder people are jumping all over that card!The GTX 1070 is showing some promise here again with lower than RX 570 power draw but matching it on hashing.These numbers were taken from the wall after 1 hour of hashing.Profit is the name of the game, so if you are not making money then why are you here, I guess.This chart is not accounting for payback time, it is simply looking at current profitability with Ethereum priced at $169 (at the time of writing on 5/26/2017).This chart shows the total profit from one card after the cost of electricity (assuming $0.12kW*h) the resulting number display is pretending everything stays consistent for 30 days.This chart in all honesty is only good for comparing profitability comparisons between cards as the price of Ethereum is in constant flux.

Taking a look back at the Hashing Power vs Power Consumption directly compared to each other.When looking at this graph make sure to pay attention to the power side as it is set to a x10 scale so that it’s easier to visualize the performance per watt aspect when mining.Take the R9 390 as example the hash rate is 28.9MH/s and the chart shows 35 for the power draw, take the x10 scale and it’s really 350.Just like a tachometer on car it’s to make for an easier to read visual.Moving away from a single GPU to a mGPU configuration makes the most sense if you are even considering mining.You already have the necessary cost of operation (motherboard/system power) so adding GPUs to the mix pulls more return than a single GPU.We could have run many different mixed GPU workloads but we picked a few and ran with it.This direct comparison between these configurations shows just how powerful a Polaris 10 setup is when mining, even edging out the 1080+1070 config.Take the upfront cost of $400 (think MSRP folks) for the two Polaris cards or more than double for the Pascal.

Admittedly if you were doing this you would pick up a pair of 1070s rather than touch the 1080 with a 10 foot pole.But just like before efficiency rules the day, and that’s where the Polaris cards surprise us the most.I know in gaming the 1070/1080 are leagues ahead, but this is computational and when CUDA Core and Stream Processor counts are similar this is where things tend to fall.Impressive overall as I think back to just how much power my old 6x R9 270 LTC mining rig was pulling.But this is where the money hits the wallet and while the 1080+1070+1060 was 42.5% more profitable in terms of hashing to power draw the initial cost makes payback insanely high as it cost 3x as much as the 470+570 configuration.Something very important in the long game.In all reality I could have gone on for days with this topic as crypto currencies have always fascinated me and I love configuring miners.But like I said earlier on this isn’t a tutorial on how to setup a miner or a history lesson in GPU mining.