Arduino BURST Miner

Retro Games on ArduinoCade Just Shouldn’t Be. Game system using an overclocked Arduino. Was Jay Miner who designed a nifty little multi. Not necessary update: fixed miner crash if you mining at Ninja-like pool v3 (bug with the v3 code). ARDUINO; RASPBERRY PI. 400 GH/s Bitcoin Miner springs to life with Raspberry Pi. Power efficiency will be a deciding factor in a bitcoin miner’s longevity as. This library is a collection of routines for configuring the 16 bit hardware timer called Timer1 on the ATmega168. On Arduino, these are digital pins 9 and 10.

I'm working on a Burst Arduino Ticker that gets its info from Poloniex Using their API. At the moment it pushes the data via Serial USB using a Python script. For the moment it's built using an Arduino Mega and a 20x4 blue LCD but in the future, I plan on using an ESP8266 Wifi Module and either another 20x4 LCD but with I2C or a Monochrome 128x64 OLED Display. It currently displays Lowest Ask, Highest Bid, 24/hr Low, 24/hr High and 24hr Change. At the bottom, it normally displays Time/date. EDIT:Sorry the previous pictures were not working. I'm working on a Burst Arduino Ticker that gets its info from Poloniex Using their API.

At the moment it pushes the data via Serial USB using a Python script. For the moment it's built using an Arduino Mega and a 20x4 blue LCD but in the future, I plan on using an ESP8266 Wifi Module and either another 20x4 LCD but with I2C or a Monochrome 128x64 OLED Display. It currently displays Lowest Ask, Highest Bid, 24/hr Low, 24/hr High and 24hr Change. At the bottom, it normally displays Time/date. EDIT:Sorry the previous pictures were not working.

Display More Sweet work bud!!! Looks awesome. I have a couple of wemos d1 mini with wifi and an oled display in hand.

Also a 3d printer for a case. Have to figure out what is best used for mobile power but i think of some keychain style monitoring with internet access through my mobile. Could also integrate panic buy and sell buttons (eg: button1: buy 1000 button2: sell 500). Not sure when i can start to put some code and hardware together but it would be great if you could post your project on arduino diy sites to market burst a bit outside the crypto scene. I'm working on a Burst Arduino Ticker that gets its info from Poloniex Using their API.

How To Mine For Komodo KMD 2018. At the moment it pushes the data via Serial USB using a Python script. For the moment it's built using an Arduino Mega and a 20x4 blue LCD but in the future, I plan on using an ESP8266 Wifi Module and either another 20x4 LCD but with I2C or a Monochrome 128x64 OLED Display.

It currently displays Lowest Ask, Highest Bid, 24/hr Low, 24/hr High and 24hr Change. At the bottom, it normally displays Time/date. EDIT:Sorry the previous pictures were not working.

Display More I love these kind of projects. Thanks for posting it. Looks awesome.

I have a couple of wemos d1 mini with wifi and an oled display in hand. Also a 3d printer for a case. Have to figure out what is best used for mobile power but i think of some keychain style monitoring with internet access through my mobile. Could also integrate panic buy and sell buttons (eg: button1: buy 1000 button2: sell 500). Not sure when i can start to put some code and hardware together but it would be great if you could post your project on arduino diy sites to market burst a bit outside the crypto scene Display More Nice!

Those are what I ordered. I did also get 2 oh the OLED screens but they are only 0.66' so too small for what I want to do with it.

But if you couple that with a LI-Po battery then that would be nice. Although you would need some sort of fail-safe or safety switch to not accidentally mass sell/buy your coins while walking. On another note, i did get quite a few WeMos d1 mini Pro and a few 16x2 LCDs. Should be getting them next week. Once I find a proper solution for an enclosure (either source one or the girlfriend was previously thinking about getting a 3d printer and this might just push her) I might start producing some and sell if I can.

I'm also thinking of making a more advanced one with a TFT screen.

Mining bitcoins is becoming a fool’s errand, but there’s always some new piece of hardware coming out that allows those hard-core miners to keep ahead of the curve. One such piece of hardware are new custom ASIC devices that are just as fast as an FPGA while being much less expensive. A lot of these ASIC devices come in interesting packages that look just like a large USB thumb drive. Of course this is the perfect opportunity to show off what the Raspberry Pi can do by at rates comparable to the best graphics used in mining today. The Raspberry Pi simply doesn’t have enough horsepower to mine bitcoins at any worthwhile rate.

There are, however, that will mine for you at about the same speed as a high-end graphics card. Since multiple ASIC devices can be controlled through a USB hub, it’s simply a matter of plugging a USB hub into a Raspberry Pi, loading up, and letting your new PiMiner loose on a mining pool. The Adafruit Pi Miner uses one of their really cool to display the current mining rate, accepted shares, and enough information for you to calculate how long it will take to break even with your Pi powered mining rig. How long that will be for this four device rig we’ll leave to the comments section. Posted in Tagged,, Post navigation. There’ve been a few that have attempted to “improve” on Bitcoin. Pretty soon people started making minor tweaks, mining a bunch of their own “currency” in advance, then launching it with plenty of hype.

They then sell on their pile of newer, mintier, currency to any idiot who’ll have it, then retire to the Maldives, laughing. The amount of scams, some of them pretty facile, surrounding this whole business is immense. I hereby predict Bitcoin will go nowhere. Bitcoins will be worthless, and a few poor suckers won’t even have anyone they can sue. Sounds about like the same as when steam-powered gold mining came about? Any mining is biased by resources of miner.

You can pan for gold in a stream or go full-boat into mining equipment. Same investment to payoff risk.

If you pan, nothing to loose, but not much to gain. If you buy a big miner, you’ll likely make more, but you never know. It might go big or the currency might crash.

I don’t really see mining bitcoin much differently from mining gold. Different methods and means, same idea. Tradeable for other currencies based on a varying rate based on supply, demand, and other factors. The law on what qualifies as a lottery is clear: It must have 3 things. Any less is generally referred to as a sweepstakes, and falls under far different legal jurisdiction. Those 3 requirements are: 1. Selective Entry (This is why all those candy bar ones say “No Purchase Necessary”, and it is also lacked in bitcoins.

Anyone can mine.) 2. Random Chance (This is one thing bitcoins lack.

It’s not random at all.) 3. A Prize (This is why people care at all) I concede that you could argue the second, but the first is quite concrete: Bitcoins are not a lottery. A single found “real” hash will reel in 50 bitcoins.

At the current rate, about $5000. But as there are thousands and thousands of people trying to find those hashes, the chances of YOU finding one are slim. If you’re trying to recoup say $250 investment in a GPU, and the average time to recoup that is a year, you’d have a 1/20 chance of “winning the lottery” and getting $5000, and a 19/20 chance of getting nothing. So there are “pools”. You join a pool, you try to find a hash for the pool, but you have to share it with the pool if you find one, but will share if someone else finds it. There are checks to keep everybody honest. (you can’t profit from your find if you do find it, and you can’t work for yourself but also submit to the pool).

I don’t know what the current “earning speed” is for 1GH/s. I don’t know what his rig cost.

So I can’t calculate the recoup time for you. A RPi is about 4W (), each of the 4 Block Erupter is 2.55W (according to vendor). So the setup need about ~14W (or 3A at 5v). A PicoPSU claims a 94% efficiency at this load from a 12v DC source ().

A AC to 12v DC has about the same efficiency (). Combined, that’s about a 90% efficiency.

That’s about 16Wh of payed electricity. 4 Block Erupter + shipping = ~950$ Rapsberry Pi + shipping = ~50$ PicoPSU + AC Adapter + shipping = ~80$ Total = ~1080$ Accodring to, using the default value except for price, hash rate and power consumption, hardware break even is 1 year, 33 days.

Doesn’t that depend on the yoyo-ing relationship between Bitcoins and real money? I won’t go on, I’ll let buttcoin.org do that. But while the tech is a nice idea, the economic side looks a bit under-manned. Largest DigitalNote XDN Mining Farm. Some of the richest men in the world are currency sharks. Even small-time hustlers seem to be fucking Bitcoin over day after day. If you want to somehow keep the whole concept unattached to actual real money, it might work, maybe on it’s own planet. But if you want to exchange it for real cash, or goods that have a dollar / Euro value, a bunch of well-meaning but blind and defenseless geekfish have to go swimming in the big nasty pond.