DAGO Mining evolution with developers, hashing specifications, processes, media.

Through dedicated hardware and software, DAGO intends to develop a flexible structure that is able to modify cryptocurrency extraction based on current profitability. The largest miners are also the largest cryptovalute miners in the world, they distribute equipment very slowly, realizing that this will increase mining difficulties especially for them (Bitman etc.), In 2018 an Internet group produced and launched by GMO a 33nm 7nm ASIC chip with consumption of 3.4Kw. By assembling our own equipment with the help of our partners, we have the possibility to choose the most efficient components on the market with a higher speed of renewal at a lower cost, today we have 44Th / s technology that consumes 2.1Kw, its use of renewable energy combined with accumulators make us independent and very profitable. We are not subject to increases in energy costs or temporary availability.

This will give us the opportunity to offer free power-enhancing services to protect the benefits of everyone who decides to take a new perspective on financial realization with us. Even those who do not have computer skills must have the possibility to benefit from technology.
Bitmain Technologies Limited, today announced the next generation of 7nm ASIC chips, BM1397, which achieved new achievements in performance, chip area and energy efficiency for mining cryptocurrencies such as Bitcoin (BTC) and Bitcoin Kas (BCH), which use the SHA256 algorithm for Proof of Work (PoW).

The new BM1397 chip requires lower power and can offer energy consumption for computing ratios as low as 30J / TH. This is a 28.6 percent increase in power efficiency compared to the previous 7nm Bitmain chip, BM1391. To achieve this, the Bitmain engineering team has adjusted the chip design to optimize its architecture, circuitry and economy. The chip is made using TSMC's 7nm FinFET process.

The BM1397 is proof of Bitmain's increase in chip design methodology and in-depth understanding of the most advanced semiconductor fabrication technology.

Today's announcement follows Bitmain's commitment to the development of high-performance computing chips and is part of its aim to help advance the cryptocurrency ecosystem. Bitmain innovation allows anyone, anywhere to mine, and benefit from cryptocurrency. The BM1397, part of the growing Bitmain chip portfolio, is designed to deliver a better mining experience and aims to set new benchmarks in ASIC chip technology.

The BM1397 chip will appear in the new Antminer S17 and T17 models which will be announced later by Bitmain.

Founded in 2013, Bitmain transformed computing by building industry-defined technologies in cryptocurrency, blockchain, and artificial intelligence (AI). Bitmain leads the industry in integrated circuit production for cryptocurrency mining, as well as mining hardware under the Antminer brand. The company also operates the largest cryptocurrency mining pool in the world —Antpool.com and BTC.com. Bitmain technology supports various platforms and blockchain start-ups.
They are one of the largest crypto-mining hardware manufacturers in the world, have developed Antminer-Less - an intermediate miner representing the first GPU launched by Bitmain. It has been designed by Bitmain to eradicate the power savings and performance benefits of ASIC miners.

Antminer-Less packs a third of its predecessor's electrical efficiency, and provides a reduction of 100% hashing power.
Powered by the GPU-0 chip, which combines a well-established chip design methodology with the classic manufacturing process, Antminer-Less really shows that bigger ones are better, and will feel proud to be placed on a mining rig - because it can't be easily transported. When it comes to GPUs, bigger is always better.

Bitmain has decided to stop research, development, and innovation efforts at ASIC and instead focus on maintaining the power in which the ASIC is now: in the hands of GPU makers.

This new GPU hardware is by far the leading model with performance to mine cryptocurrency slowly and steadily - freeing up time for miners to engage in quarrels with strangers on the internet ..

Bitmain understands the value of this anonymous discussion because the decision to move gears and focus on GPU mining was made under the guidance of very strong comments from unknown advisors online. The arguments made are very interesting, scientific and well articulated, convincing us to truly change our business plans.

Building better hardware to mine efficiently and profitably is a misuse of company time and investment, when existing technology is successful. The CPU is still very significant in the mining world, moreover GPUs can also be used for many other things: compelling reasons to buy it.
The logic of this reason can be seen with the eternity of inventions such as Teasmade: kettle and alarm clock in one device. For this reason, clothes are often washed in a dishwasher, and books are stored in the freezer. The device is useless if it only fulfills one function.
It is widely known that progress comes from keeping things as they are, and we don't want to change or revolutionize anything. Today's announcement follows Bitmain's ongoing commitment to maintain the status quo, and is part of its goal to help safeguard the technological ecosystem as it is.

The template to be used for detailed ASIC chips - for example developers, hashing specifications, processes, media.
The reason for using templates rather than a number of copy / paste scenarios is because it makes it easier to use them on different pages - for example entries in the ASICs list, summary entries / sidebar on the developer's page, complete entries on the page for the chip itself (if applicable - when this is only Avalon that seems to use this) - and to vary the presentation / update to output that is more standardized over time.

"There are two main indicators to look for when measuring mining machine quality: efficiency and hashrate:
The prominent feature of S17 is reflected in the following:

1. Performance improvements compared to previous generation chips. Energy efficiency improvement has a big role in
   this regard.
   2 Higher hashrate in single miners. This increases the hashrate density per unit of space and saves the deployment
   costs for mining agriculture. "

"Electricity bills are very high for Bitcoin mining now so increasing energy efficiency means a significant reduction in costs and, therefore, increasing profits. Second, new miners offer a sharp increase in hashrate in terms of space and power consumption. This will be very meaningful for mining agriculture when you consider the investment needed by regulation.
It takes several iterations to create new miners based on the next generation semiconductor process. Solutions for the challenges of nanometer scale mass production require more investment and further research and development.
Considering the rapid pace of development in this field in recent years, this industry must immediately find out what the next generation is. In the near future, 7nm will remain the most preferred in terms of performance and economy. "

The following items are not included in this template, for the reasons specified:
Gen / Generation Label. This means different things for different people and ultimately does not affect chip specifications.
Temperature specifications. Proper TDP information is rarely available for mining chips, with some manufacturers referring to how hot a chip is in a particular miner at a certain temperature. However, because this temperature is very dependent on the specific configuration of the miner (single fan / double fan / water cooler / soak cooler), this is once again not related to the chip specifications.
Core counts The core number stated for mining chips is debatable unless each producer uses the exact same design, number of stages per core, etc. Despite many similarities, the implementation is quite different so the concept of 'core' is difficult to do. best to use as a distinguishing feature.

This template only uses named parameters. Some of these parameters take several values, limited by commas, which must be treated as anonymous parameters - that is, your order determines which sub-parameters you specify values for.
For example, the parameter named dev takes three values, name, web and logo, in that order; dev = name, web, logo. This sub-parameter is referred to as' dev. name and dev. web in this documentation.

Note: Every time an arbitrary string contains a comma, you must encode it as & # 44; For example dev = Company, Inc., http: //www.example.com/.

The company already has a 44Th / s solution with a consumption of 2.1Kw.
Specification:
Hash Rate: 44TH / s ± 10%
Dimensions: 500mm x 500mm x 235mms
Power Efficiency: 0.05 J / GH ± 10%
Chip Quantity per unit: 189x AM0815
Power Consumption: 2100W ± 10%
Weight: 27 kg / unit
Cooling: Original ASICminer water cooling system without sound
Operating Temperature: 10 ° C to 45 ° C
Network Connection: Ethernet
Default Frequency: 650M
Noise: 47db
Operating Humidity: 5% -95% RH
All SHA-256 coins.

1. The Strongest ASIC Chip. ASIC chip
   most effective. ASIC AM0815 chip, our latest development.
   Specially designed ASIC SHA256 chip.
   High efficiency record.

Not enough to use high technology, DAGO Mining is very committed to preserving nature in order to remain friendly and sustainable for all living things. https://dago-mining.com/green-power/

Please visit DAGO Mining's website and social media :
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TELEGRAM 👉 https://t.me/DAGOMiningofficial
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YOUTUBE 👉 https://www.youtube.com/channel/UCOW2PzorvLjc1MbkCT89QJg/featured/
ANN THREAD 👉 https://bitcointalk.org/index.php?topic=5114211

Profil link : https://bitcointalk.org/index.php?action=profile;u=2268567