#GatePerpDEX正式上线

Gate Perp DEX is a decentralized perpetual contract trading platform launched by Gate based on its self-developed Layer 2 network, Gate Layer, aimed at providing a transparent and efficient derivatives trading experience through blockchain technology. Here are its core features and technical architecture:
Core Advantage
High performance and low latency
The Gate Layer second-layer network, using OP Stack technology, achieves a throughput of over 5700 transactions per second (TPS), with transaction latency below 1 second, approaching the experience of centralized exchanges (CEX) 3.
Full chain transparency
All completed orders and balance changes are recorded on the blockchain in real-time, and users can verify the data through the blockchain explorer. In the future, we plan to completely record pending order data on the blockchain to eliminate manipulation risks.
Multi-chain compatibility
Support for multi-chain asset interactions such as Solana, Ethereum, BSC, Base, etc., and cross-chain communication through LayerZero, lowering the migration threshold for users.
Function Design
Trading Mode: Supports both long/short positions, cross/isolated margin, providing up to 125x leverage (BTC/ETH contracts) 1.
Order Types: Covering market orders, limit orders, conditional orders, and advanced tools such as take profit and stop loss, meeting the needs of high-frequency and institutional users 23.
Liquidity: Currently, there are 447 open trading markets using an order book matching model. In the future, we plan to enhance throughput and traceability through the L3 data layer.
Industry positioning
As an emerging platform in the decentralized derivatives space, Gate Perp DEX attempts to address the performance bottlenecks of traditional DEXs by balancing efficiency and transparency while responding to regulatory trends 24. Its technical architecture and functional design have attracted significant attention from traders, positioning it as a potential benchmark in the perpetual contract DEX field 35.
For more information on its security mechanisms or operating instructions, you can refer to the official documentation or community tutorials.