Topics of Crypto World

Gate’s Zero-Fee Mode for U.S. stocks and ETFs waives platform trading fees and removes minimum trading fees, account opening fees, and account maintenance fees. Settlement, SEC, TAF, CAT, and ADR custody pass-through charges may still apply per trade rules. After the upgrade, U.S. stock trades no longer count toward VIP total volume. Gate Stocks covers U.S./ETF, Hong Kong, and Korean listings totaling over 12,500 stocks and ETFs.

The November 2025 Zcash halving reduced the block reward from 3.125 ZEC to 1.5625 ZEC—the third halving in Zcash history. Halving slows new ZEC issuance, supports scarcity, and affects miner profitability and market supply dynamics. Based on the current block cadence, the next halving is estimated around 2029.

TronLink is a decentralized self-custody wallet for TRON. It stores private keys locally, supports TRX, TRC-10, TRC-20, and TRC-721 tokens, and lets users stake TRX for Energy or Bandwidth, vote for Super Representatives, and connect to TRON DApps via browser extension or mobile app.

The AEON tokenomics model is designed around cross-chain payments and AI agent commerce. It connects the AEON token to AEON Pay, cross-chain settlement, and the node network through payment gas, validator staking, protocol governance, fee-funded buybacks, and liquidity incentives. AEON has a fixed total supply of 1,000,000,000 tokens allocated across ecosystem development, the team, the foundation, early investors, marketing, liquidity, and airdrops.

AEON is a crypto payment infrastructure designed for AI agents and real-world commerce. Through its node network, cross-chain settlement protocol, and AEON Pay, it connects users, autonomous agents, wallets, and merchants to support scan-to-pay transactions, multichain payments, agent-to-agent settlements, and AI-driven real-world purchases.

Buying stocks with USDT means using a digital asset account and stablecoins such as USDT as the funding source for stock market trading. After completing account registration, identity verification, and stock account activation, users can transfer USDT into their stock account, search for target stocks on the Gate Stocks platform, and submit buy or sell orders. This process bridges the digital asset market with traditional stock markets, enabling unified management of global assets under a single account.

Stochastic RSI is generally better for fast reversal timing in sideways markets, while CCI is often more useful for identifying sustained momentum, trend acceleration, and breakout conditions. For traders comparing Stochastic RSI vs. CCI, the right choice depends on whether they prioritize frequent overbought and oversold signals or broader evidence that price is moving unusually far from its statistical average.

TRON stands as one of the world's leading blockchain networks. Beyond supporting native TRX assets and TRC-20 tokens, it plays a pivotal role in stablecoin payments and on-chain liquidity. As institutional players increasingly enter the digital asset market, the question of how to securely and compliantly hold assets and engage in on-chain activities has become a central focus for the industry.

Driven by rising demand for stablecoin payments, on-chain settlement, and digital asset management, TRON is steadily shifting from a basic blockchain network to a key component of global digital asset financial infrastructure. Robust stablecoin trading and dynamic on-chain liquidity are drawing greater institutional attention to TRON’s ecosystem. Meanwhile, Anchorage Digital’s expansion of TRON custody, TRX staking, and TRC-20 asset support signals a transformation in how institutions engage with the blockchain market.

As institutional investors become more involved in the blockchain ecosystem, the need for secure and compliant digital asset infrastructure is growing. Anchorage Digital recently broadened its support for the TRON network, introducing native TRX staking and TRC-20 asset custody services. This allows institutions to engage with the TRON ecosystem through a regulated platform.

Cerebras is a semiconductor company specializing in artificial intelligence computing infrastructure. Its core technology, Wafer-Scale Computing, leverages the design of an entire wafer as a massive AI accelerator, aiming to break through the limitations of traditional GPU clusters in data transfer, scalability, and energy efficiency. The Cerebras WSE (Wafer-Scale Engine) chip series represents a unique AI computing pathway, setting it apart from NVIDIA GPUs.

Cerebras is a semiconductor company specializing in artificial intelligence computing infrastructure. Its high-speed AI inference strategy leverages the Wafer-Scale Engine (WSE) wafer-level chip architecture, enabling faster execution of large AI models through extensive on-chip computing resources and low-latency data transfer design. While traditional AI training primarily focuses on model size and parameter count, AI inference is more concerned with model response efficiency, computational cost, and real-world application performance.

Wafer-Scale Engine (WSE) is a wafer-level AI computing chip architecture developed by Cerebras. By designing the entire semiconductor wafer as a single ultra-large-scale AI accelerator, it surpasses the limitations of traditional chips that depend on interconnecting multiple processors to scale hashrate. WSE delivers a new computational paradigm for training and inference of large AI models through massive integration of compute cores, high-speed on-chip communication, and an optimized dataflow architecture.

Cerebras (CBRS) is a semiconductor company specializing in artificial intelligence computing infrastructure. Its core technology, the Wafer-Scale Engine (WSE) wafer-level AI chip, dramatically enhances data transmission efficiency during AI model training and inference by designing the entire wafer as a unified computing unit. In contrast to conventional GPU clusters that depend on the interconnection of multiple chips, Cerebras seeks to redefine AI Taux de hachage infrastructure with its ultra-large-scale chip architecture.

Event Contracts are designed for users who want to trade a clearly defined outcome within a fixed period, while perpetual futures are better suited to traders who want flexible position management, leverage, and continuous exposure to price movements. Both products can express a bullish or bearish market view, but they differ substantially in what is being traded, how positions are maintained, and where the main risks arise.