Onchain Labs, in collaboration with The Arbitrum Foundation, is launching a program to accelerate onchain application development on Arbitrum.

Daily top performer — EOS Network (EOS)

The S&P 500 fell 1.07% as tech stocks declined, with Tesla down 5.3%. Investors await the Fed’s policy decision amid trade tensions and recession concerns. Gold hit a record $3,030 as tariffs, Middle East tensions, and Fed rate cut bets drive demand. Markets await the Fed’s policy decision. The Coindesk Indices, which tracks the broader crypto market, fell by 0.41%, with Bitcoin and Ether down by 2.61% and 1.57% in the past 24 hours. Trade these markets and more with up to 500x leverage on Bybit MT5 using this 

Today’s top performer is EOS, up 30.9% after EOS Network unveils Vaulta, a Web3 banking platform bridging crypto and traditional finance.

EOS Network (EOS), launched in 2018, is a fast, cost-effective blockchain for DApps, using Delegated Proof-of-Stake and EOS tokens for governance. It features rapid transactions, flexible smart contracts, and developer-friendly tools for seamless upgrades and execution. EOS Network introduces 

, a Web3 banking platform bridging digital assets and traditional finance. Launching in May 2025, it will support asset tokenization and DeFi solutions, guided by a Banking Advisory Council for compliance and adoption.

Check out the latest prices, charts, and data of 

 with The Arbitrum Foundation, is launching a program to accelerate onchain application development on Arbitrum. As the original builders of Arbitrum, Offchain Labs brings deep technical expertise and user insights to support developers in creating innovative applications. The initiative will provide product and go-to-market support while ensuring fair and equitable project launches. With Arbitrum’s advanced technology and strong developer ecosystem, Onchain Labs aims to drive the next wave of industry-leading applications, with its first project set to debut soon.

Yesterday, BTC spot ETFs saw $9.0 million in outflows, all from non-GBTC funds.

 lets users earn airdrop rewards by buying and staking lvlUSD, a stablecoin backed by USDT and USDC. Providing liquidity to the lvlUSD/USDC pool on Curve boosts XP earnings up to 40x. The program also grants eligibility for the Symbiotic airdrop, offering two rewards in one.

Beginner

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Onchain Labs launches program to accelerate Arbitrum app development

Eclipse merges Ethereum & Solana, using Solana’s SVM for high scalability. With modular design & ZK proofs, it offers fast, low-cost transactions.

 (ETH) network has revolutionized the way we look at blockchain technology. Unfortunately, Ethereum has also suffered from performance issues, due to network congestion and its suboptimal scalability setup. Two approaches to dealing with the blockchain's performance weaknesses took off around 2020 and 2021 — one was active work on alternative blockchain networks that would deliver better scalability and throughput capacity and, in parallel with it, research and development on Ethereum-linked 

The first approach led to the introduction of several high-performance networks, among which 

 (SOL) has stood out, thanks to its excellent throughput capacity of up to 65,000 

 (TPS). In turn, the work on Layer 2 solutions resulted in numerous rollup networks, with 

 (OP) probably the most dominant of these as of 2025. Both Solana and the leading rollups servicing Ethereum feature much lower transaction fees and higher processing capacity compared to Ethereum, the world's premier smart contract chain.

However, Solana isn't directly compatible with Ethereum to leverage the latter's vast ecosystem, while the existing rollups come with their own share of drawbacks — poor compatibility with non-Ethereum environments, inefficient data availability (DA) layers, inflexible validation of cryptographic proofs that accompany transaction data and the lack of parallelized processing.

Eclipse is an Ethereum Layer 2 network that utilizes the Solana Virtual Machine (SVM) to offer a platform compatible with both Solana and Ethereum. Its SVM-powered engine, 

 (TIA)–based DA layer and selective use of 

 (ZK) proofs allow Eclipse to achieve stellar performance characteristics and address the main drawbacks of existing Layer 2 rollups.

 is an Ethereum Layer 2 solution that uses Solana's SVM as its processing engine to achieve greater scalability and throughput capabilities than existing Layer 2 rollups. 

The network also leverages a modular design, outsourcing its data availability (DA) layer to Celestia. Furthermore, Eclipse employs ZK proofs in an otherwise optimistic validation environment to streamline transaction processing in cases where the standard optimistic fraud proofs are challenged. 

All of these properties allow Eclipse to achieve unparalleled performance characteristics by the standards of the Ethereum ecosystem. The platform boasts transaction fees of just $0.0002, and can theoretically scale up to 65,000 TPS, the upper limit of the SVM.

Eclipse’s network has implemented the Hyperlane cross-chain protocol, allowing it to communicate directly with the ecosystems of Solana and Ethereum. As such, it's the first Ethereum-linked rollup that features direct compatibility with the Solana chain. This allows Eclipse to potentially unify the DApp ecosystems of the two major blockchains.

The Eclipse testnet was unveiled in early 2024, and its 

 was launched in November 2024 and operates without a native token of its own, instead using ETH for transaction fees and other operations. Based in San Francisco, California, Eclipse was founded in 2022 by entrepreneur/angel investor Sam Thapaliya and blockchain developer Neel Somani. The project boasts an impressive list of institutional and individual investors that includes Polychain Capital and Anatoly Yakovenko, co-founder of Solana.

What is the Solana Virtual Machine (SVM)?

Eclipse's execution engine is based on Solana's SVM, which features several properties that make it more scalable and adaptable to heavy loads than Ethereum's native virtual machine, the 

. The SVM can handle up to 65,000 TPS, while the realistic throughput observed on Ethereum at its 

There’s been much discussion in the industry about the EVM scaling up to hundreds of thousands of TPS, but these improvements have yet to materialize, and are mostly dependent on utilizing Layer 2 rollups linked to the main chain. A key factor contributing to the SVM's superior throughput capacity is its ability to process multiple transactions in parallel. Unlike the SVM, the EVM engine doesn't support parallelized processing.

Another feature of Eclipse’s SVM is the ability to support programming languages commonly used in the Solana ecosystem — Rust and C. Compared to Solidity, the primary programming language used in EVM environments, Rust and C offer certain advantages in terms of both performance and security.

Like other Layer 2 platforms, Eclipse uses the Ethereum Layer 1 network for transaction settlement. This is where the finality and validity of transactions processed on Layer 2 are confirmed. The use of Layer 1 ensures that Eclipse takes advantage of Ethereum’s well-regarded security.

For end-users, a relevant detail of Eclipse’s settlement is the absence of any platform-specific token to pay for gas. Eclipse utilizes Ether (ETH) as its gas fee currency, and there are plans to introduce a gas fee abstraction mechanism that will let users pay transaction fees in other cryptocurrencies as well, e.g., in the 

Eclipse's execution layer is handled by its SVM. The platform uses a validating bridge to maintain a connection to Ethereum Layer 1, where the final transaction settlement occurs. We noted above that one key reason for Eclipse’s stellar throughput capacity is its SVM, which is capable of parallelized processing. 

Another essential aspect of its execution engine, also supported to a large extent by the parallelized processing, is the ability to smooth out transaction fees on the network via local fee markets, a blockchain mechanism that regulates platform-wide gas fees. Execution engines such as EVM are based on a global fee market system. On EVM-based chains, high demand from one app (e.g., 

) can drastically raise transaction fees for everyone. Eclipse’s SVM solves this problem by using local fee markets — instead of increasing fees across the entire network, only transactions related to the high-demand app are affected.

The DA layer is a critical part of any Layer 2 platform. It ensures that the data needed to verify transactions and execute smart contracts is publicly accessible and available for Layer 1 validators to check. Consistent with its principle of modular blockchain architecture, Eclipse outsources its DA layer to Celestia, a blockchain platform that leases its high-performance DA layer to Layer 2 networks.

In general, the Eclipse chain operates as an optimistic rollup. However, at the same time, the platform uses ZK proofs via the 

 verification provider in cases where validators on Ethereum Layer 1 challenge the standard optimistic fraud proofs. The presentation of ZK validity proofs upon these challenges significantly speeds up the verification process. This combination of optimistic fraud proofs (known for being less computationally intensive than ZK proofs) and ZK proofs during validity disputes ensures that Eclipse can efficiently validate transactions.

 to facilitate the transfer of funds between the Eclipse, Ethereum and Solana blockchains. The platform's native bridge, the 

, is primarily designed for the transfer of assets between Ethereum and Eclipse. Meanwhile, the 

 is the main bridging solution for moving crypto funds between Eclipse, Ethereum and Solana.

Additionally, several other bridges service the Eclipse ecosystem. Some of them focus on transfers between Eclipse and Ethereum, but some can also access other blockchain environments. For instance, the Retro Bridge allows you to move assets between Eclipse and a variety of blockchain platforms, including 

There's also the Hyperlane-powered Stride Bridge, which lets Eclipse users access blockchain ecosystems beyond the major ones. Using the Stride Bridge, Eclipse users can move funds from Celestia and 

 (STRD). The bridge also lists support for network transfers from the Forma blockchain and Ethereum. However, as of the time of this writing on Mar 17, 2025, transfers from these two chains to Eclipse aren’t yet supported.

 is a unified restaking token (URT) launched by Eclipse in partnership with the Nucleus yield generation services provider. It allows users to earn rewards from multiple Ethereum yield-generating protocols. By minting tETH through deposits of eligible 

 tokens (LRTs), users can benefit from diversified risk and reward exposure, with periodic yield increases and the option for redemption at full value on Ethereum or Eclipse.

 (WETH), ether.fi’s weETH, Renzo Protocol’s ezETH, Swell Network’s rswETH, Dinero’s apxETH and Puffer Finance’s pufETH.

 is an Eclipse community-driven game in which users grow "grass" by tapping or bridging assets to Eclipse. By completing app-based boosts, users can increase their grass growth rate. The goal is to feed Turbo, an ever-hungry cow, by maximizing grass growth through bridging various assets like ETH, SOL, TIA and popular 

 USDT and USDC. Solana-based tokens, such as ezSOL, JitoSOL and kySOL, can also be used to grow grass within the game.

, you need to complete a series of tasks — follow Eclipse on X, visit Eclipse’s website, explore its app ecosystem and swap $10 worth of crypto via Umbra, a privacy-focused Ethereum payment protocol. This campaign is valid until Mar 28, 2025, 7AM UTC.

The Eclipse team has come up with something unique within the wider EVM ecosystem: the ability to use Solana's high-performance execution engine adapted for Ethereum, the SVM. It offers numerous advantages over the EVM, including executing transactions in parallel and leveraging local fee markets. At the same time, while the SVM forms the backbone of transaction processing on the chain, Eclipse aims to remain within its general rollup-centric road map, operating primarily as an Ethereum rollup network. 

Besides integrating the SVM into its largely Ethereum-focused platform, Eclipse leverages modular architecture principles, outsourcing its DA layer to Celestia, one of the leading providers of DA services in the 

 industry. All of these architectural choices have resulted in a Layer 2 chain that clearly stands out for its performance in the competitive world of Ethereum rollup solutions.

Intermediate

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Eclipse: The perfect fusion of Ethereum and Solana

Elixir (ELX) is a blockchain platform bridging institutional RWAs to DeFi, offering yield opportunities and liquidity support for decentralized exchanges.

 (RWAs) are one of the hottest topics in 

 setting still comes with its own share of issues. First, asset owners such as investment funds don't have a wide choice of alternatives for securely tokenizing their assets in a compliant way. Secondly, there's a lack of sufficient avenues for the active use of RWAs within DeFi protocols after the assets have been tokenized and brought on-chain.

As a result, many institutional asset owners are still hesitant to use their funds within a blockchain environment. Those brave enough to adopt RWAs by tokenizing their assets on-chain face the reality of limited choices for deriving healthy returns from their investment. 

Due to these factors, RWAs — despite having great promise as a bridge between traditional and web3 finance — are still underutilized within DeFi.

Elixir is a modular blockchain and DeFi-focused platform that aims to make it easy for institutional investors to utilize their RWAs in yield-bearing products on-chain. The platform also acts as a 

, decentralized USD (deUSD), plays a key role in enabling active RWA use for yield and liquidity provision to partner DEXs.

 (ELX) is a blockchain network that facilitates institutional investors' use of RWAs in the DeFi ecosystem and provides liquidity support to DEXs. 

The project features a synthetic stablecoin, deUSD, that’s backed by collateral made up of two crypto assets — USDS and 

 (SKY), formerly known as MakerDAO (MKR), while stETH is a tokenized version of staked Ether (ETH) provided by the 

Elixir enables institutional holders of tokenized RWAs, such as those issued by Securitize and other RWA service providers, to mint deUSD and use it in DeFi while still earning yields from their underlying assets.

Elixir also helps other DEXs by enabling its users to supply liquidity to order book–based exchanges easily. This reduces DEXs' reliance on centralized market makers and allows them to access additional liquidity. Users who provide liquidity earn subsidized APYs, which are either incentivized by Elixir or the DEXs themselves. As of early 2025, Elixir has already been integrated by more than 30 DEX platforms.

The Elixir project was founded in 2022 by Philip Forte and Christopher Gilbert. Its chain launched the first phase of its mainnet operations in October 2024 and held a token generation event (TGE) for its native cryptocurrency, ELX, on Mar 7, 2025.

 (DPoS) consensus model. The project’s documentation states that its network features a highly modular design and high throughput capacity.

To synchronize its work with other DEXs, the network uses exchange feeds, which pull live trading data from these DEXs and send it to Elixir's data aggregators. An aggregator node is then responsible for creating an encrypted database from these feeds and passing it to the chain’s validator and auditor nodes. Then, relay nodes execute trades on DEXs using their API keys, collect order proposals from validators and send them for auditing before final execution.

Elixir's validators secure the network using a DPoS consensus model, whereby users can delegate their funds to a preferred full validator node. The network requires a 66% consensus among its active validator nodes in order to approve transaction blocks.

A validator node needs to have at least 9,000 ELX 

 or delegated to it to earn block rewards. As such, it's important for users to choose a reasonably popular validator in order to ensure they can earn rewards from their delegated funds. For instance, as of the time of this writing (Mar 17, 2025), fewer than 30 Elixir validators have enough funds staked with them to generate rewards.

We noted above that relay nodes send order data for executing transactions on other DEXs for further auditing before the actual execution occurs. Auditors are the 

 responsible for verifying this data before the orders can be placed. In addition to the order data sent by relay nodes, auditors also use the encrypted exchange feed data sent by aggregators.

Auditors use these two critical data sources — the encrypted exchange feed data from aggregators and the order data from relay nodes — to verify and approve the orders for final execution on the participating DEXs.

 that ensures the smooth operation of several key network activities: staking, reward distributions to validators and financial penalties to misbehaving validators, known as slashing.

In the case of disputes or inconsistencies in the network data, the controller and auditors resolve these together, acting as a dispute resolution layer.

deUSD is a synthetic stablecoin introduced by Elixir. Subject to approval via a governance vote, the token will be used for staking, allowing users to earn rewards from protocol fees. The staked version of deUSD, sdeUSD, is an asset that’s used to accrue yields from rewards generated both on Elixir and via its partner DeFi platforms.

Importantly, deUSD is also used to provide liquidity in the form of collateral to participating DEXs. The deUSD stablecoin enables users in the institutional domain, specifically RWA holders, to obtain a sufficiently liquid asset to participate in the wider DeFi ecosystem. According to the project’s documentation, more than ten leading institutional finance organizations have already adopted deUSD for their assets.

deUSD differs from many other stablecoins in that it isn’t collateralized by US dollar reserves. The token’s collateral is made up of Lido’s stETH and Sky Protocol’s USDS. To ensure its stability, deUSD is subject to an 

 adjusting overcollateralization mechanism, the 

When funding rates become negative, the OCF shifts more of deUSD’s collateral into USDS. If the OCF’s value drops too much, it automatically converts its assets into USDS to ensure deUSD’s backing remains intact. Meanwhile, when funding rates become positive, funding rate exposure — that is, the potential gains and costs from holding leveraged positions in 

 contracts — is used to generate additional returns.

During the project’s earlier period of operations, 

 (CEXs) are expected to provide the bulk of liquidity for deUSD and facilitate the token’s minting and redemption. Eventually, the protocol plans to shift more of the backing and liquidity management to decentralized platforms. The minting/redeeming process will be supported by authorized market makers, who will use stETH collateral and engage in basis trading to manage risk.

The Elixir protocol's native token, ELX, is primarily used for governance, staking and stake delegation. Certain rewards, such as 

, can also be distributed in ELX. The token’s total and maximum supply is 1 billion.

The ELX token is available on Bybit’s Spot market as a 

. You can also take advantage of Bybit’s campaign dedicated to the token to grab a share of the 

Under the terms of the campaign, new users can earn ELX rewards by accumulating a deposit volume of at least 200 ELX, or by depositing at least 100 USDT and trading 100 USDT worth of ELX via their first trade. Existing users can also qualify for rewards by trading at least 500 USDT worth of ELX on the Spot market. The campaign is valid till Mar 24, 2025, 9AM UTC.

Bybit also offers two additional ELX airdrop campaigns to its users. One of these is the 

 event. In order to receive your share of the airdrop, just follow these three steps: 

The airdrop is valid till Mar 31, 2025, 10AM UTC.

. Win a share of the 40,000 ELX prize pool by registering for the event, completing specified tasks to earn Lucky Draw tickets and spinning the wheel by using your tickets. You can register for the event until Mar 20, 2025, 12AM UTC, and the Lucky Spin period ends exactly 24 hours after this date.

Additionally, Elixir runs its own reward campaign, 

, that lets you earn Potions, points that help you build power across the platform’s network of participating DEXs. However, note that participation in the Apothecary campaign doesn't guarantee an airdrop of ELX tokens.

Elixir is a relatively new entrant in the DeFi space. The project launched the first phase of its mainnet in October 2024, with the main launch in March 2025. Elixir’s platform aims to address the issue of inflexibility of RWA use 

. The project aims to focus its efforts on larger institutional players, including leading investment funds.

At the same time, while Elixir pursues the ambitious goal of attracting the big players of the financial world via its RWA stream, its second key specialization — liquidity support to DEXs — should provide enough quick wins within the shorter term. With more than 30 DEXs already in Elixir’s ecosystem, it looks like this specialization is already paying dividends. The question now is: Will the push for the top brass of the institutional finance world enjoy similar success? 

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Elixir (ELX): The institutional bridge to DeFi liquidity

This is a thought leadership article written by Helen Liu. Helen is the Chief Operating Officer of Bybit.

In the fast-evolving world of crypto and web3, education and content creation are essential pillars for mainstream adoption. The industry was once dominated by niche communities, but today it reaches a global audience through influencers, key opinion leaders (KOLs) and content creators who simplify complex blockchain concepts.

As the Chief Operating Officer of Bybit, I’ve had the privilege of witnessing firsthand how education is shaping the future of web3. My career has been rooted in innovation, adaptability and global collaboration. At Bybit, our focus is on making crypto more accessible to everyone. We've seen how crucial education and outreach are in bringing crypto to the masses.

Crypto content creators and key opinion leaders (KOLs) play a crucial role in making blockchain technology accessible. They break down complex topics, such as 

 into digestible content that caters to both beginning and experienced users. In addition, by providing clear explanations and real-world applications they help onboard new users, while strengthening the knowledge base of the existing community.

Furthermore, these influencers exert a significant impact on public sentiment and market adoption. Their ability to amplify trends, introduce new narratives and engage audiences makes them powerful forces who shape investment decisions and industry trends. Whether they’re focusing on technical analysis or storytelling, they bring deep expertise and authoritative insights that bridge the gap between technical innovation and mainstream awareness.

Transparency is critical, especially when it comes to sponsored content and potential conflicts of interest. Misinformation can be costly in crypto, and it’s crucial for creators to disclose partnerships and provide accurate information in order to maintain credibility and build long-term trust.

While promotional content is a natural part of influencer marketing, educational accuracy must remain a priority. Audiences deserve well-researched, balanced perspectives, rather than exaggerated claims. Creators must fact-check information, source credible data and present content that genuinely helps users navigate the crypto space.

Today’s crypto education takes place across multiple platforms — YouTube, X (formerly Twitter), TikTok and dedicated learning resources such as 

. While high-quality educational content is readily available, the challenge is ensuring that newcomers can differentiate between well-researched information and misleading narratives driven by hype.

Crypto content exists on a broad spectrum. On one end, platforms such as Bybit Learn and reputable analysts offer in-depth, fact-based insights. In contrast, social media trends often fuel misinformation, leading to speculation and unrealistic expectations. 

Striking the right balance between engaging content and factual accuracy is key to fostering an informed community.

Why Bybit sponsored the Crypto Content Creator Campus (CCCC)

At Bybit, we believe that education is fundamental to driving blockchain adoption. That’s why we were the title sponsor of the inaugural 

, held in Dubai in November 2024. This event brought together over 200 global influencers with a collective reach of over 1 billion followers, reinforcing the importance of high-quality content creation in regard to crypto.

Empowering creators with tools and knowledge

During the event’s opening panel, our CEO, Ben Zhou, emphasized that creators are more than just marketers — they’re educators and storytellers. He highlighted the value of long-term community engagement over short-term promotions, stressing that authenticity and trust must be the foundation of crypto content. Zhou also recognized the power of microinfluencers, who connect deeply with niche audiences and drive meaningful engagement.

Through initiatives like CCCC, we at Bybit aim to empower content creators with the tools and knowledge they need to produce high-quality educational content. The event also showcased innovative projects, such as the CCCC Hacker House Challenge, which demonstrated how blockchain can revolutionize content creation. 

ur involvement in such initiatives reflects our broader commitment to supporting innovation, education and the growth of the crypto-creator economy. 

This year, the CCCC conference will be held in Lisbon, Portugal on Nov 14 to 16, and you can find out more 

Responsible content creation is key to crypto industry growth

As crypto adoption continues to grow, content creators, influencers and KOLs will play an even greater role in shaping public understanding and engagement. Ethical, transparent and well-researched content is essential to building a strong and informed global community.

At Bybit, we’re committed to championing education, innovation and responsible content creation. Through initiatives like the Crypto Content Creator Campus, we aim to equip creators with the resources they need to educate and inspire audiences worldwide.

A future where crypto is widely understood and responsibly promoted depends upon collective efforts from creators, platforms and industry leaders. By prioritizing education and accuracy over hype, we can ensure sustainable industry growth driven by informed participation instead of speculation.

Content creation and education in the crypto industry.png

Content creation and education in the crypto industry

Bybit Learn

Crypto

Explainers

A crypto mining rig is a standard PC used for mining cryptocurrencies. Find out in detail how to build a crypto mining rig in this article.

 miners generate new coins while securing transactions on the blockchain? The secret lies in powerful, purpose-built machines known as crypto mining rigs. In this guide, we will explore the essentials of mining rigs and how to build a crypto mining rig, as well as how to maintain and optimize it for maximum profits.

A crypto mining rig is a specialized computer system designed to utilize graphical processing units (GPUs) to process data and mine cryptocurrencies like 

. By contributing to the existing supply of any cryptocurrency, miners earn mining rewards. Essential components of a mining rig include GPUs and 

Cryptocurrency mining involves using computers to validate transactions on a blockchain, such as bitcoin mining. One example of this is the Bitcoin blockchain. The mining process includes the following steps:

This number is part of the solution Bitcoin miners are attempting to solve.

Decentralized consensus is achieved through 

. The profitability of mining is contingent upon factors like hashing power, electricity cost, and the cost of the mining rig.

Building a mining rig requires specific mining equipment components, including:

Typically, six GPUs are recommended for building an efficient cryptocurrency mining rig. The primary expense associated with constructing a mining rig is the GPU itself.

Having multiple GPUs in a mining rig increases the hash rate, a measure of the rig’s computing power, which is a key factor in determining its profitability.

In the world of gpu mining, the GPU significantly impacts mining rig performance, and selecting the right one depends on hash rate and power efficiency. GPUs offer a higher hash rate than CPUs and are more user-friendly for novices. They can also be upgraded or disposed of for a return.

Some suitable GPUs for crypto mining include the 

, AMD RX 6800, NVIDIA GeForce RTX 3060 Ti, and Radeon RX Vega 56/64.

A compatible motherboard is necessary to support multiple GPUs and other components in the mining rig. It is recommended that a motherboard should support between four and eight GPUs. Compatibility checks will help prevent problems like misidentification of GPUs by the Windows Device Manager.

CPU and RAM requirements vary depending on the mining rig’s purpose and the chosen cryptocurrency. GPU-based mining rigs require a CPU with a low to moderate power output. An Intel 8th or 9th generation serves this purpose well. As for RAM, it is recommended to have between 4GB and 12GB.

Installing RAM in a mining rig involves the following steps:

Step-by-Step Guide to Building Your Mining Rig

Having covered the basics of mining rigs and their components, a step-by-step guide to building your mining rig is presented next. This process includes assembling the frame, installing components like the motherboard, CPU, and RAM, and connecting the power supply unit.

Assembling the mining rig frame involves the following steps:

First, insert the chosen CPU into the corresponding motherboard socket. After affixing the processor, install the RAM by pushing it into the RAM socket in the correct orientation and clipping the brackets in place. Ensure the RAM module is installed correctly to avoid any issues.

Next, secure the motherboard to the mining rig frame. With the CPU and RAM connected to the motherboard, attach the power supply unit (PSU) to the rig, supplying power to all other components.

When connecting the power supply unit, make sure the PSU has sufficient PCIe connectors to support the desired number of GPUs. Connect the appropriate connectors from the PSU to the motherboard and ensure all components receive adequate power for efficient mining.

PCIe risers are used to connect GPUs to the motherboard, allowing for different orientation and placement of GPUs. Here’s how to connect your GPU using a PCIe riser:

Appropriately setting up PCIe risers and GPUs establishes optimal connectivity between the GPUs and the motherboard, amplifying mining power and potential profitability. Moreover, PCIe risers help enhance airflow and reduce heat buildup in the rig, preserving the stability and performance of the mining hardware.

After building your mining rig, the next step is configuring it for optimal performance. Configuration includes adjusting BIOS settings, setting up the operating system, and installing mining software to mine your chosen cryptocurrency and connect to a mining pool.

BIOS configuration for mining involves adjusting settings to optimize the rig for mining purposes. The BIOS menu can be accessed by pressing either the Del or F2 buttons during computer startup. Within the BIOS menu, adjust settings such as:

These adjustments will ensure stable functioning of the mining rig.

After configuring the BIOS settings, save the changes by pressing the F10 key and exit the BIOS settings by pressing the ESC key.

Setting up the mining rig in a Windows operating system requires the following steps:

Next, configure virtual memory by unchecking the option to automatically manage paging file size and setting both the initial size and maximum size to 16384 MB.

Installing mining software is necessary to mine your chosen cryptocurrency and connect to a mining pool. Some popular mining software choices include 

, and Kryptex. Each cryptocurrency may require different mining software, so ensure to select the appropriate software for your desired cryptocurrency.

To configure the mining software, enter the mining pool address, username, and password, specify the cryptocurrency you are mining, and indicate the number of GPUs you are using. Once the mining software is set up, click the “Start Mining” button to begin mining the selected cryptocurrency.

Choosing a Cryptocurrency and Mining Pool

When selecting a cryptocurrency to mine, consider profitability, 

, and personal preferences. Profitability calculators like WhatToMine, minerstat, and 2CryptoCalc can help you determine which cryptocurrency is most profitable to mine. Joining a mining pool can increase profitability and competitiveness in mining.

Once you’ve chosen your cryptocurrency, follow these steps to join a mining pool:

Regular maintenance of your mining rig is critical for its durability and performance. Cleaning your rig on a monthly or bi-monthly basis, depending on the amount of dust and debris buildup, helps prevent overheating and ensures optimal performance. Some necessary tools for maintaining a mining rig include:

Beyond regular cleaning, it is necessary to provide adequate ventilation and cooling for your mining rig. Good ventilation and cooling systems help maintain optimal operating temperatures, ensuring the stability and longevity of your mining hardware.

Estimating mining rig profitability involves considering variables such as equipment costs, electricity consumption, and mining difficulty. Tools like crypto mining profitability calculators, spreadsheets for custom calculations, and software like NiceHash QuickMiner and minerstat’s profitability calculator can help assess the profitability of your mining rig.

Remember, a single rig can yield consistent daily profits if the costs of equipment, electricity, and operations are balanced. Efficiency, rather than the number of rigs, is more impactful for profits.

We’ve covered the essentials of crypto mining rigs, including understanding their purpose and components, building and configuring a mining rig, choosing a cryptocurrency and mining pool, and maintaining the rig for optimal performance. With proper planning, building, and maintenance, you can create a profitable mining rig that generates income and contributes to the growth and security of your chosen cryptocurrency. Happy mining!

How much does it cost to build a crypto mining rig?

Building a crypto mining rig typically costs between $1,000 and $4,000, depending on the hardware used and hash rate desired.

You can make up to $1000 a month with cryptocurrency by participating in staking, setting up a masternode, lending your crypto, investing in projects that offer dividends, and cloud mining. With careful research and strategic investment, it's possible to generate significant monthly income through crypto mining.

Yes, you can build your own mining rig with the right components - a frame, zip ties, PCI-e Y-splitter and a PSU. You can buy them online or make the frame yourself.

Crypto mining rigs can be profitable with the right setup, tools and joining a mining pool. However, as cryptocurrency mining difficulty increases, the cost of equipment and electricity necessary to make a profit rises, making it difficult to guarantee high returns.

A crypto mining rig is a specialized computer system designed to mine cryptocurrencies, like Bitcoin, utilizing graphical processing units.

What's a Crypto Mining Rig & How Do You Build One?

Grab Up to 5,000 USDT in Rewards

Grab Up to 5,000 USDT in Rewards