As digital asset trading products continue to diversify, trading platforms are also evolving their event formats.

In the past, most events offered one-time rewards—users simply needed to complete a specified trade to receive their prize. More recently, however, many platforms have adopted tiered task mechanisms. These are designed around users’ trading volumes, account levels, and historical activity, providing different paths for participation so that every type of trader can find a suitable goal. The newly launched Gate ETF "Chip Power Bonus" event follows this approach. Instead of a single reward, tasks are tailored for contract points users, regular users, and VIP users, ensuring that rewards are better aligned with trading behaviors.

Why Are More Trading Events Using Tiered Mechanisms?

Traders differ significantly. Some users are new to ETFs and want to learn about the product through small trades. Others already trade regularly and seek greater benefits. There are also high-frequency traders who focus on the extra rewards that come from long-term participation.

If everyone faces the exact same event rules, it’s difficult to meet these varied needs.

That’s why tiered mechanisms have become the design direction for more trading events. Platforms set different thresholds based on user type, allowing newcomers to participate easily while giving active traders room to pursue higher goals.

This approach not only increases event flexibility but also ensures that users at different trading stages enjoy a more reasonable participation experience.

How Gate ETF Designs Participation Paths for Different Users

The standout feature of this Gate ETF event is its three distinct participation paths based on user type. For eligible contract points users, the event focuses on ETF product experience. After completing their first ETF trade and reaching cumulative trading targets, they receive corresponding rewards, offering contract product users a chance to try ETFs.

For all participants, cumulative trading volume targets are set. As trading volume grows, users unlock higher-level rewards, encouraging ongoing engagement instead of just a single trade.

VIP users enjoy exclusive rewards. After reaching higher cumulative trading volumes, they can claim extra benefits, which stack with regular trading rewards. This means users at different levels receive feedback proportional to their trading activity.

Overall, the event doesn’t emphasize one-off task completion. Instead, it aims to guide users toward a more sustained trading experience through gradual progress.

Highlights of the "Chip Power Bonus" Event

The Gate ETF "Chip Power Bonus" event runs until July 16, 2026, 07:00 UTC, with a total prize pool equivalent to 65,000 USDT. The event is divided into three parts.

The first part targets contract points users. By completing their first ETF trade of at least 1,000 USDT and meeting subsequent cumulative trading goals, participants can earn SKHYNIX3L and USDT rewards.

The second part is open to all users. As cumulative ETF trading volume reaches thresholds of 10,000 USDT, 20,000 USDT, and 50,000 USDT, users can claim rewards at each level. The higher the trading volume, the greater the rewards.

The third part is an exclusive bonus for VIPs. When VIP users reach cumulative trading volumes of 100,000 USDT, 150,000 USDT, or 200,000 USDT, they receive additional USDT and SKHYNIX3L rewards, which can be claimed alongside the second part’s rewards.

The entire event centers on cumulative trading volume, linking rewards directly to ongoing participation.

What Do Tiered Tasks Mean for the Trading Experience?

For trading platforms, events are not just about rewarding users—they’re also a way to help users gradually become familiar with products. New ETF users can start with lower-threshold tasks to learn product features, then take on higher trading goals as their experience grows.

Experienced traders can jump straight to higher-level tasks based on their trading scale, without repeating basic objectives.

This tiered design accommodates different trading stages and reduces the gap between event rules and actual trading needs. From a product perspective, Gate ETF has continually expanded its coverage in recent years, launching themed ETFs around AI, gold, and popular stocks in addition to mainstream crypto assets. As trading scenarios broaden, event design has shifted to focus more on long-term participation and sustained experiences, rather than single trades.

Summary

As ETFs become a key component of digital asset trading, event design is also evolving.

Gate ETF’s "Chip Power Bonus" uses a tiered trading mechanism, offering tailored tasks and benefits for different user types. New users, active traders, and VIPs each have their own participation paths.

Compared to one-time rewards, this model—built around ongoing trading—better aligns with current trends in trading product development. For users looking to learn more about ETFs, it’s recommended to fully understand Gate ETF’s product mechanics and risk profile before participating, and to plan trades according to individual investment goals.

FAQs

Q1: How long does the Gate ETF "Chip Power Bonus" event last?

The event runs from July 2, 2026, 07:00 UTC to July 16, 2026, 07:00 UTC.

Q2: Why does this event use tiered tasks?

Tiered tasks cover users at different trading stages, so new users, active traders, and VIPs each have suitable participation goals.

Q3: What rewards can regular users claim?

All users can join the ETF advanced trading module and claim USDT and SKHYNIX3L rewards at different levels based on their cumulative trading volume.

Q4: What extra benefits do VIP users receive?

VIP users who reach specified cumulative trading volumes can claim exclusive bonus rewards, which stack with ETF advanced trading rewards.

Q5: What should I know before trading Gate ETF products?

Gate ETF is a leveraged ETF product with an automatic rebalancing mechanism. Before trading, be sure to understand the product’s features and risks, and develop a trading strategy that matches your risk tolerance.