A while ago we have introduced the Brave Payments Feature Powered by Bitcoin as a means for users to support their favorite websites by using the Brave browser and tipping them with Bitcoin. Now it is time to go through the Publisher side of things, guiding you through the steps required from website owners to claim any funds their users have sent them. This is an alternative way for users to support the websites they follow and like with their ads blocked by the Brave browser, because after all ads are usually the main revenue stream for most websites that do not sell products or services, but instead provide information.

Lets get started with what you need to go through in order to start using Brave Payments for your own website and be able to get supported by your readers through Bitcoin tips. You need to start by opening the Brave Publishers Dashboard to initiate the signup process and versification of your ownership of the website you want to register. Just click on the Start Verification button to initiate the website ownership confirmation process…

The first step is to enter your website URL and your contact details, after submitting that information you will receive an email to the address you have entered with a confirmation link. You need to click on that link in order to confirm you are the owner of the email address that you have entered in the contact information form.

The next step is to confirm your actual ownership of the website you are registering in the Publisher program of Brave, there are two options here – wait a couple of days to be contacted by a Brave Publisher Partner to complete the process or add a DNS record to the domain of the website in order to automatically complete the verification process in a couple of minutes. The second option is preferred if you have access to the DNS records of your domain and can add an extra TXT record to finish the confirmation process, otherwise you will just have to wait to be contacted.

Finishing the website ownership confirmation will show you if you actually have some fund pending that users may already sent your way and it also requires you to go through some more additional steps like entering your Bitcoin address where any funds you receive will be transferred on a monthly basis.

After entering your Bitcoin address you will also need to Declare IRS tax status by filling in the respective electronic tax form and submitting the information to Brave depending if you are US or Non-US based individual or a company.

That is it you are ready to get supported with Bitcoin tips by your readers if they are using the Brave browser’s Brave Payments feature and you should now focus on better content than thinking about getting advertisers. Also if you still haven’t tied the Brave browser now is probably a great time to download it and give it a try, the browser is available for Windows, Linux and Mac as well as Android and iOS mobile platforms.

With the user interest in Monero (XMR) peaking up in the last couple of months it is no wonder that we are now starting to see cloud mining services like Genesis Mining starting to offer cloud contracts for that crypto currency as well. The just announced Monero (XMR) cloud mining offers using the CryptoNight algorithm start at $33.99 USD for 30 H/s, then go for $999 USD for 900 H/s and $2899 USD for 2700 H/s as well as come with an option for any custom hashrate of course. The XMR cloud mining contracts are for 2 year period of time with all costs included in the price of the hahsrate, so no need to pay any extra maintenance fees or anything else for the duration of the mining contract. You can also use our special discount code CryptoMiningBlog5 to get some extra discount and get even better price should you decide to purchase an Monero cloud mining contract from the company. As usual with cloud mining offers, do the math first and the decide should you take up an offer or not.

For more information about the new Monero (XMR) cloud mining offers from Genesis Mining…

When looking for the best settings for GPUs that will be used for crypto currency mining it is often considered a good practice to optimize them for better efficiency and not for maximum performance. Going for the maximum performance often results is overclocking and thus higher power usage for the extra few hashes, not to mention the additional heat and as a result the overall efficiency may not be as good. If you are looking for the optimal efficiency you will most likely try to reduce the power usage of the GPU to decrease the power usage and heat output and not sacrifice any or at the cost of just a little performance drop. This is exactly what we are going to be doing now with the recently announced Nvidia GeForce GTX 1080 Ti Founders Edition video card, trying to find the sweet spot in terms of efficient (best hashrate per Watt of power used)…

For the purpose of our tests we are using the latest NiceHash Excavator v1.1.4a miner running on the Equihash algorithm used by Zcash (ZEC). Do note that other algorithms may need different settings for reaching better efficiency than the one tested here. Currently the Equihash algorithm is among the most profitable to mine on Nvidia CUDA GPUs, so we are focusing on it. Since all recent GPUs from Nvidia have both a base operating frequency and a boost operating frequency and the video card is managing the optimal one based on factors such as TDP and temperature it is easy to look for better efficiency just by lowering the TDP limit. This will essentially result in lowering the maximum boost frequency of the GPU and is an easy and very good thing to start from, if you wan to dig deeper you may also try to lower the operating voltage of the GPU in order to further improve the efficiency by lowering the power usage.

In the table above we start with the GTX 1080 Ti running at the maximum TDP level that is allowed with the +20% increase of the Power Limit meaning 250W default TDP + 50W increase or a total of 300W allowed. At this maximum allowed level you cannot expect to be anywhere near the optimum efficiency, not to mention that the GPU may not be able to reach that power usage anyway without further overclocking. We are however going to stay at the default settings and not overclock, playing only with the boost frequency of the GPU by lowering the TDP. The final result showed that the optimum efficiency in terms of hashrate per Watt is with around 60% TDP or about 150W for the GTX 1080 Ti… that is for the Equihash algorithm used by Zcash (ZEC). With that setting the operating frequency of the GPU stays at just a bit shy of 1500 MHz, or to be more precise at the 1480 MHz base operating frequency. What essentially this means is that while the extra Boost frequency may rise the performance you get, the more it scales up, the less efficient the GPU becomes in terms of performance per Watt of power used. No wonder Nvidia has chosen this particular operating frequency as the base one for the GTX 1080 Ti, and the GPU manages to keep it up with a TDP of just 150W for mining the Equihash algorithm. Do note however that other mining algorithms, especially more GPU dependent, may need more power for their efficiency sweet spot on the GTX 1080 Ti.

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