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CLS Mining launches next-generation mining rigs
Crypto Trends

CLS Mining launches next-generation mining rigs

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Disclosure: This article does not represent investment advice. The content and materials featured on this page are for educational purposes only.

CLS Mining makes cryptocurrency mining accessible to anyone by removing the need for expensive machines and offering simple, flexible cloud mining contracts.

Summary

  • New users on CLS Mining receive a $15 signup bonus along with a $0.60 trial bonus when registering on the platform’s website.
  • A variety of cloud mining contracts are available, allowing users to select options that align with different budgets.
  • Earnings are settled around the clock, and once the account balance reaches $100, funds can be withdrawn or reinvested.

“Hashrate” refers to the number of hash calculations a mining node can complete per second during the mining process, measured in hashes per second. Higher hashrate means more computers are participating in the calculation, resulting in stronger overall network security and competitiveness.

“Hashrate Ring” is measured as the difference between the short-term (30-day) and long-term (60-day) moving averages of hashrate, reflecting the magnitude of changes in current hashrate relative to past trends.

By tracking shifts in hashrate through measures like the Hashrate Ring, miners and investors can better understand network trends. For those who want to participate without running their own hardware, cloud mining platforms provide a simple entry point.

How to get started? Three easy steps：

1. Sign up: Visit the official website of CLS Mining to register an account and receive a $15 signup bonus and a $0.60 trial bonus.

2. Choose a mining contract: Users can browse various cloud mining contracts and select one that suits their budget.

3. Daily settlement: The platform settles earnings 24 hours a day. Once a user’s account balance reaches $100, they can withdraw or reinvest to grow their assets.

The platform’s core advantages at a glance

  • Zero barriers to entry: Register and receive a $15 cloud mining trial credit. Easily earn digital assets without purchasing a mining machine or complex configuration.
  • One-click mining, easy operation: Once users select the right mining contract, the system automatically runs. No technical background is required, so even beginners can participate right away.
  • Diverse contracts, flexible investment: The platform offer mining contracts covering multiple currencies with diverse terms and payout methods, suitable for different fund sizes and investment objectives.
  • Powered by green energy: All data centers utilize renewable energy sources such as solar, hydropower, and wind power, creating an environmentally friendly and sustainable mining model.
  • Comprehensive security: Utilizing top-tier SSL encryption and DDoS protection technology, the platform ensures the safety of user account data and funds.
  • Affiliate program: Users can earn up to 4.5% real-time returns by referring and sharing their account.
  • Real-time revenue monitoring: Whether via the website or app, users can check mining progress, profit data, and contract details at any time.
  • 24×7 multilingual support: 24/7 online customer service in multiple languages ​​to promptly resolve registration, deposit, and contract-related issues.

About CLS Mining

CLS Mining is an innovative cloud computing platform. They provide users worldwide with an easy, secure, and efficient way to access digital assets. Whether users are beginners or experienced investors, there’s no need to purchase mining machines, build a mining farm, or handle complex operations and maintenance. With just a few simple steps, anyone can participate in the cryptocurrency network and share in its value growth.

Summary

CLS Mining leverages next-generation mining machines and innovative cloud computing services to provide users with a low-barrier, highly efficient, and environmentally friendly way to acquire digital assets.

To learn more about CLS Mining, visit the official website.

Disclosure: This content is provided by a third party. Neither crypto.news nor the author of this article endorses any product mentioned on this page. Users should conduct their own research before taking any action related to the company.



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Fee flow in Curve pools used in Yield Basis (CRV Governance Forum)
NFT Gaming

MoneyGram Makes Stablecoins Front and Center of Its Next-Generation App

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MoneyGram, the ubiquitous send and receive cash network for retail customers, has made U.S. dollar-pegged stablecoins and blockchain settlement rails the digital backbone of its revamped mobile app, the company said on Wednesday.

Customers in the Latin American country of Colombia, where MoneyGram has an extensive retail network of over 6,000 locations, will be the first to use the new app to receive and store stablecoin payments, with plans to expand to additional markets in the near future.

Colombia is the ideal launch market, says MoneyGram CEO Anthony Soohoo. It’s a major inbound remittance corridor where families receive more than 22 times the money they send abroad, and where the Colombian peso has lost over 40% of its value over the past four years.

When it comes to the advancement of stablecoins, Soohoo compares this to other killer apps such as the humble spreadsheet, which drove adoption in the early PC era, or what the browser did for the Internet, or GPS and mobile phones.

“Stablecoins really are the killer app for crypto and I think we’re just at the dawn of all the possibilities,” Soohoo said in an interview. “Our customers are able to hold and store a currency that is stable and allows for real time settlement. And with the GENIUS Act passed in the US, we now have a framework in terms of how it’s going to be regulated and how we can work with it.”

Under the hood, the new MoneyGram app is powered by Circle’s USDC stablecoin and Stellar, the fast and cheap blockchain, as well as Crossmint, a wallet infrastructure and stablecoin payments platform.

Stepping back, MoneyGram has close to half a million locations where customers can pick up cash or send money, Soohoo said. As a remittance provider, it services over 20,000 corridors around the world. MoneyGram also happens to be the largest cash on and off ramp for crypto, Soohoo added.

“When you talk about global payments there are a lot of companies that may have a presence and a strong brand in one market but when you leave the U.S., or the U.K., for example, no one knows about them,” Soohoo said. “We’ve been around for many years now and our brand is truly global.”



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Micron
Gaming Gear

Next-generation 3D DRAM approaches reality as scientists achieve 120-layer stack using advanced deposition techniques

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Imagine trying to build a tower out of hundreds of very thin, slightly different sheets of material, where each sheet wants to bend or warp on its own. That’s essentially what researchers at imec and Ghent University accomplished when they grew 120 alternating layers of silicon (Si) and silicon-germanium (SiGe) on a 300 mm wafer—a key step toward three-dimensional DRAM. At first glance, it sounds like stacking sheets of paper, but in reality, it’s more like balancing a house of cards with materials that naturally want to pull apart.

The challenge starts with lattice mismatch. Silicon and silicon-germanium crystals have slightly different atomic spacings, so when stacked, the layers naturally want to stretch or compress. Think of it like trying to stack a deck of cards where every second card is slightly larger than the first—without careful alignment, the stack warps and topples. In semiconductor terms, these “topples” appear as misfit dislocations, tiny defects that can ruin a memory chip’s performance.


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(Image credit: B. N. Khan, J. F. M. Van Hove, M. Meuris, Journal of Applied Physics, AIP Publishing, 2025.)

The process itself, using advanced epitaxial deposition techniques, is like painting with gases. Silane and germane—gases containing silicon and germanium—are broken down on the wafer surface, leaving behind precise, nanometer-thin layers. Controlling the thickness, composition, and uniformity of each layer is crucial; even a tiny deviation can propagate through the stack, magnifying defects.

Now, why go through all this effort? In conventional DRAM, memory cells are laid out flat, limiting density. Stacking layers vertically—in 3D—allows for far more memory cells in the same footprint, improving storage capacity without making chips larger. Successfully creating 120 bilayers demonstrates that vertical scaling is achievable, bringing us closer to next-generation, high-density memory devices.

Think of each bilayer as a story in a skyscraper, if one floor is misaligned then the entire building becomes unstable. By controlling strain and keeping layers uniform, the researchers effectively built a nanoscale skyscraper of silicon and SiGe that could host thousands of memory cells per unit area.

(Image credit: Future)

The implications stretch beyond memory chips. Techniques for growing precise multi-layer structures can advance 3D transistors, stacked logic devices, and even quantum computing architectures, where controlling layer properties at the atomic level is critical. Samsung has already put 3D DRAM on its roadmap and even has a dedicated R&D facility for it.

Furthermore, the research aligns with ongoing efforts to develop Gate-All-Around Field-Effect Transistor (GAAFET) and Complementary FET (CFET) technologies. These advanced transistor architectures benefit from the precise control over material properties afforded by epitaxial growth techniques, enabling the fabrication of smaller, more powerful transistors that are crucial for the continued miniaturization of electronic devices.

In summary, this is not just stacking silicon as you might know; it’s engineering order from atomic tension, creating structures that nature itself would struggle to produce. For memory technology, like we say with every new breakthrough, it’s a milestone that could reshape how chips are designed, making them denser, faster, and more reliable than ever before.

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