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The sound of water is soothing. The sound of water helping us mine Bitcoin is so much more soothing! Wouldnβt you say?
#minto_about
#minto_about
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What is happening in this picture? Wrong answers only.
write your version in the comments:
#minto_fun
write your version in the comments:
#minto_fun
π³10π3π₯2
We are collecting crypto stories from our community because itβs important for us to show: behind every nickname is a person with a unique experience of the blockchain world π
Todayβs guest is the crypto blogger Umut. Heβs here to share his story, support and inspire you!
#minto_story
Todayβs guest is the crypto blogger Umut. Heβs here to share his story, support and inspire you!
#minto_story
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How does Minto manage to keep mining even in a bear market when it seems like the only reasonable course of action is to go offline and wait for better days? And what does the Bitcoin exchange rate have to do with it? Letβs find out.
#minto_about
#minto_about
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Typically, the Bitcoin rate affects two things.
First of all, electricity bills.
We mine Bitcoin, and in order to pay for electricity it needs to be converted into dollars. The lower the exchange rate, the more bitcoins we have to convert.
Letβs see how this works. For example, Mintoβs miners consume 4072 USD worth of electricity daily. Meanwhile, they mine 0,3 BTC a day. Suppose the Bitcoin rate is 30 000 and 60 000 USD. Then the calculations will look like this:
BTC to USD rate: 30 000 USD
Electricity cost: 4072 USD
Electricity cost converted into BTC: 4072/30000 = 0.136 ΠΠ’Π‘
Daily mining revenue: 0.3 BTC
Net profit: 0.3 β 0.136 = 0.164 ΠΠ’Π‘
BTC to USD rate: 60 000
Electricity cost: 4072 USD
Electricity cost converted into BTC: 4072/60000 = 0.068 BTC
Daily mining revenue: 0.3 BTC
Net profit: 0.3 β 0.067 = 0.232 BTC
Cheap electricity is in fact what makes it possible for us to mine even in a bear market. Its cost is lower thanks to the location of our data center and the fact that we use a renewable energy source: a private hydroelectric station is operating in the area.
Secondly, the Bitcoin exchange rate affects the network difficulty level.
When the Bitcoin price drops, farmers with huge electricity bills switch off their equipment until better days, because the energy costs start to outweigh the revenue.
That way, mining becomes easier and network difficulty drops, which means the reward for bitcoins mined grows.
In the end, mining balances itself out as follows:
Bitcoin rate grows => more miners go online => you get fewer bitcoins, but their price is higher.
Bitcoin rate drops => miners go offline => you start mining more bitcoins at a lower price, which is how balance is achieved.
Minto allows you to take action and control your own income, rather than just stand by and watch the market change. Depending on what is happening with the exchange rate, you can sell or buy power to mine more Bitcoin.
First of all, electricity bills.
We mine Bitcoin, and in order to pay for electricity it needs to be converted into dollars. The lower the exchange rate, the more bitcoins we have to convert.
Letβs see how this works. For example, Mintoβs miners consume 4072 USD worth of electricity daily. Meanwhile, they mine 0,3 BTC a day. Suppose the Bitcoin rate is 30 000 and 60 000 USD. Then the calculations will look like this:
BTC to USD rate: 30 000 USD
Electricity cost: 4072 USD
Electricity cost converted into BTC: 4072/30000 = 0.136 ΠΠ’Π‘
Daily mining revenue: 0.3 BTC
Net profit: 0.3 β 0.136 = 0.164 ΠΠ’Π‘
BTC to USD rate: 60 000
Electricity cost: 4072 USD
Electricity cost converted into BTC: 4072/60000 = 0.068 BTC
Daily mining revenue: 0.3 BTC
Net profit: 0.3 β 0.067 = 0.232 BTC
Cheap electricity is in fact what makes it possible for us to mine even in a bear market. Its cost is lower thanks to the location of our data center and the fact that we use a renewable energy source: a private hydroelectric station is operating in the area.
Secondly, the Bitcoin exchange rate affects the network difficulty level.
When the Bitcoin price drops, farmers with huge electricity bills switch off their equipment until better days, because the energy costs start to outweigh the revenue.
That way, mining becomes easier and network difficulty drops, which means the reward for bitcoins mined grows.
In the end, mining balances itself out as follows:
Bitcoin rate grows => more miners go online => you get fewer bitcoins, but their price is higher.
Bitcoin rate drops => miners go offline => you start mining more bitcoins at a lower price, which is how balance is achieved.
Minto allows you to take action and control your own income, rather than just stand by and watch the market change. Depending on what is happening with the exchange rate, you can sell or buy power to mine more Bitcoin.
π14π³2β€1π₯1π―1
There are repair shops at our data center. We use them to quickly fix our miners and put them back to work.
We used to have a single repair shop, but that proved to be inconvenient β miner maintenance took longer. So we built another two workshops. They helped speed up and consolidate the whole process.
First, all miners go into the sorting room. Theyβre being unpacked, cleaned and made ready to go into the tech shop, where our staff check their condition.
π If everything is in order, performance tests are run to see if every chip and plate is functioning and if any bugs or viruses exist. Miners that pass the check-up get serial numbers. Our technicians send them over to the racks and bring them into operation.
π If any faults are detected, the miners in question are sent to the third repair shop, where they are put in order, tested again and sent to the racks at the main facility.
Do you enjoy reading about our data-center and what goes on in it? React to this post!
#minto_about
We used to have a single repair shop, but that proved to be inconvenient β miner maintenance took longer. So we built another two workshops. They helped speed up and consolidate the whole process.
First, all miners go into the sorting room. Theyβre being unpacked, cleaned and made ready to go into the tech shop, where our staff check their condition.
π If everything is in order, performance tests are run to see if every chip and plate is functioning and if any bugs or viruses exist. Miners that pass the check-up get serial numbers. Our technicians send them over to the racks and bring them into operation.
π If any faults are detected, the miners in question are sent to the third repair shop, where they are put in order, tested again and sent to the racks at the main facility.
Do you enjoy reading about our data-center and what goes on in it? React to this post!
#minto_about
π₯6π2π³2β€1π€©1π―1
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BZZZZZZZZ! Our buzzers say itβs meme time.
Leave your favorite memes in the comments, so the day after tomorrow we can pick the best one and reward the winner with 10 BTCMT tokens.
βοΈMemes are accepted until 19 pm UTC this Friday.
Ready, set, hit send!
#minto_contest #minto_fun
Leave your favorite memes in the comments, so the day after tomorrow we can pick the best one and reward the winner with 10 BTCMT tokens.
βοΈMemes are accepted until 19 pm UTC this Friday.
Ready, set, hit send!
#minto_contest #minto_fun
π4β€1π₯°1π1π1π€©1
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Web 1.0, 2.0, and 3.0 β do you know the difference? How specific can you get? Take our quiz and test your knowledge.
#minto_education #minto_newbies
#minto_education #minto_newbies
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Itβs made up of static pages connected to a system via hyperlinks:
Anonymous Quiz
45%
Web 1.0
17%
Web 2.0
38%
Web 3.0
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Its users communicate on forums and in chat rooms:
Anonymous Quiz
23%
Web 1.0
50%
Web 2.0
27%
Web 3.0
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Match the images with the Web phases:
Anonymous Quiz
26%
Web 1.0, 2.0, 3.0
17%
Web 2.0, 1.0, 3.0
57%
Web 3.0, 2.0, 1.0
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Two sections of this table have the wrong characteristics. Which ones?
Anonymous Quiz
33%
Content and Technologies
19%
Virtual environments and Technologies
43%
Data storage and Audience
5%
Audience and Advertising
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