Awesome Miner Next generation profitability switching uses both real-time multi-pool statistics and coin statistics to automatically switch between multiple pools, algorithms and mining software to always ensure highest possible profitability.Awesome Miner can also display information, exchange rates and do profitability calculations for Bitcoin, Litecoin and all other popular coins.Awesome Miner can show Desktop Notifications on the Windows desktop to alert about mining issues.Notifications can also be sent by e-mail.Detection of failing devices, high temperatures, slow mining progress, hanging miners and disconnected miners.Automatic restart miners with problems, with fully customizable triggers and actions.Learn more about notifications and triggers and actions.Awesome Miner has support for multiple mining engines.A total of 11 mining engines are supported, including Cgminer, Bfgminer, Sgminer and several Claymore miners.Awesome Miner supports all popular mining algorithms.

A total of 26 algorithms are supported including SHA-256, Scrypt, X11, Ethereum and Zcash.Add, switch and manage mining pools easily.Track the status of each pool and define coin to see profitability.The Switch pool operation can be performed for multiple miners in a single operation, making pool switches for large number of miners efficient.Monitor the status and temperature of GPU, FPGA, ASIC devices.System information available for CPU, GPU, memory and storage.Large scale GPU overclocking and configuration settings for remote systems without dependency on mining software having to run.Awesome Miner is a Windows application, but also offers a built-in web frontend that can be accessed from any computer, tablet or smart phone.No complicated installations are required, everything is ready to use once Awesome Miner is running.The web interface gives an overview of all miners, detailed information about selected miners and provides operations for starting and stopping the miners.

Learn more Use the powerful built-in C# script engine to create customized triggers and actions.Develop custom C# scripts for monitoring, mining and pool operations, and custom coin profitability switching with just a few lines of code.Use the HTTP API to interact with Awesome Miner from external applications and get access to information about the mining progress and perform all common operations.Learn more about the C# Script API and Awesome Miner HTTP API.Use Awesome Miner to setup privileged API access for all your Bitmain Antminer ASIC's at once.Set and schedule frequency changes for Antminer (frequency change not available on S9 batch 16 or later running bmminer 2.0).Learn more about API access and frequency changes.Automate the mining operations by sending, scheduling or defining triggers to execute SSH commands on one or many miners.Example of command can be to restart the Antminer.In scenarios where multiple users requires to access Awesome Miner or the web based interface, the security feature can be used to define access control and permissions for each group of users.

Learn more The dashboard gives an overview of all running miners and their total performance and revenues.dogecoin price chartWhen switching to the chart mode, a graph will illustrate both hash rates and device temperatures.build bitcoin asic minerThe summary can either be grouped by coin or by hash algorithm.litecoin mining rig buySave long-term performance statistics, generate charts and export CSV-data to Excel for even more powerful data processing and visualization.aktienkurse bitcoin_ Here's how it works: Anybody can ask a question Anybody can answer The best answers are voted up and rise to the top up vote down vote favorite 1 I have been mining Bitcoin for a while on a few systems, some CPU mining (which has proved to be basically useless) and some GPU mining.bitcoin ledger growth

The GPU miners are workstations, which have midrange graphics cards built in.earn bitcoin ptcI have not done any modifications or built high-end mining/gaming systems.One is an Apple iMac with an AMD Radeon HD 6770M 512 MB built in.I typically mine with the Phoenix miner and AGGRESSION=3 for at least 12 hours a day.Can the GPU handle this load, or is it possible I will damage my computer by mining bitcoins without a dedicated high-end GPU?mining-hardware gpu-mining up vote down vote It is possible to damage your computer by mining in the following ways: the computer will degrade more, as it is used more (you will have to replace it sooner than normally) the computer will overheat and some components will fail because of that (if for example, the computer is dusty.If the parts are well-maintained and the computer is not boxed in, this shouldn't be the issue) you will overload some part of your computer with the mining and it will short circuit or blow a fuse (mostly relevant if your power supply is weak, this happened to me once) Number 3 you should notice quite fast if you run your miner at top speed, full load.

If you are already mining, this probably won't happen unless you increase your load, or are operating close to the limit of your hardware.If something flashes, smokes, or the computer doesn't turn on any more, this was probably the cause.Number 2 you should notice if you run your miner for about an hour, once everything heats up well.Again, if you are already mining and this doesn't happen, it probably won't if you keep your computer clean and give it some air.If your computer turns off suddenly, but runs fine after cooling down, this probably was the cause.Clean your computer chassis, possibly add some fans or replace hardware.Number 1 you won't notice for months or years.Mining with lower-end GPU should be fine in all the regards, asides maybe 1 (leaving your computer on for longer to mine will ear it down more).Usually it means you won't use as much power and generate as much heat, so you should be fine.up vote down vote It is heat that kills.You need sufficient airflow and good case design to keep the GPU and VRM (voltage regulators) cool.

Most commercial workstations have insufficent airflow.Likely it has one or two small intake and one small outtake fans.Sufficient airflow generally requires much larger fans and more open case design.Things like cases which mount powersupply upside down (so it exausts hot air outside the case), large diameter case fan mounts, and side panel cooling is especially useful in getting enough cool air into the case and hot air out of it."Reference" card designs (more below) also help with proper airflow.You need a utility to monnitor your temps.Be sure to use a utility like "GPU-Z" which provides VRM temps.The VRM control voltage supply to GPU and memory and under load get very hot.With insufficient cooling they can exceed 100C which reuduce their lifespan.You need to also check the other temps in your case.While you aren't stressing the CPU and motherboard if the case design isn't properly exuasting the hot air outside the case the ambient temp around CPU and motherboard will rise making cooling less efficient and could lead to damage to those components.

CPU are far more suspetible to instability at high temp than a GPU.While 90C can be considered a high temp for GPU a CPU temp should generally be kept below 70C for long term stability.Unrelated to heat an poorly built powersupply may be insufficient to handle the high 24/7 load but any premature failure is more a manufacturing defect (promising more than it can deliver) than an issue with mining.Some lower quality manufacturers bet on the fact that most computers aren't run at 100% load 24/7 and users buy larger powersupplies than needed and use that to cut corners.Mining can be brutal on a powersupply.It will be pushed ot high % of it's peak power and the load will be continual with no breaks.Cheaper built powersupplies just can't handle that abuse.Stick to major brands with good reviews and solid warranties.About AMD "reference designs": These cards are usually the first design released by AMD and are designed to handle high load with multiple cards in a single case.They tend to be more expensive to build so card companies are always look for ways to cut cost as more users with single card don't need that level of overengineering.

The reference design is visually very easy to identify as it will have a single squirrel cage fan near the interior end of the card, a closed heat shroud, and a vent which exhausts hot air outside the case./radeon-hd-5970,Q-G-230344-13.jpg up vote 7 down vote Controlling the computer's temperature is really important.Excessive heat may cause hardware damage and constant crashes.High end cards tend to consume more power and produce more heat, but any system can overheat if not properly ventilated.iMac's are known for their terrible airflow and there are reports of people running into problems by mining on them.You should install a program to control your fan's speed and monitor your GPU temperature.The miner software also has configurable parameters to reduce the GPU load.In your case, consult the Phoenix thread and choose the appropriate aggression level (try a few different values and check the temperatures/hash rate).up vote 0 down vote For people reading through this in 2017+: Times have changed and a lot of higher end cards are now far more power efficient.

I'm mining ethereum with a 1070 FTW card and I get a solid hashrate around 25-26 Mh/S and my temperatures never break 65 degrees (C) even with an 100 Mhz memory overclock and 75Mhz GPU overclock.As is common knowledge these days, leaving a computer on doesn't necessarily damage your computer, in fact frequently turning off/on your computer actually causes slight physical damage to your machine every instance.The most accurate thing in this thread is that it's true: heat is what kills hardware.If you treat your hardware well, it's going to last a while.This is why people's laptops generally die out from a variety of costs in a few years - they're made poorly: the airflow is generally bad, the hardware is pushed to its limits in simple repetitive tasks (I'm looking at you, Netflix!)like power-up etc. I've left my computer on for days on end and have not experienced any problems.It's important to monitor your hardware's temperature while mining, especially taking into consideration things like voltage, fan speeds, and usage statistics for CPU/Memory/GPU.