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- 🚨 Gate Alpha Ambassador Recruitment is Now Open!
📣 We’re looking for passionate Web3 creators and community promoters
🚀 Join us as a Gate Alpha Ambassador to help build our brand and promote high-potential early-stage on-chain assets
🎁 Earn up to 100U per task
💰 Top contributors can earn up to 1000U per month
🛠 Flexible collaboration with full support
Apply now 👉 https://www.gate.com/questionnaire/6888
- 🔥 Gate Square #Gate Alpha Third Points Carnival# Trading Sharing Event - 5 Days Left!
Share Alpha trading screenshots with #Gate Alpha Trading Share# to split $100!
🎁 10 lucky users * 10 USDT each
📅 July 4, 4:00 – July 20, 16:00 UTC+8
Gate Alpha 3rd Points Carnival Issue 10 is in full swing!
Trade and post for double the chances to win!
Learn more: https://www.gate.com/campaigns/1522alpha?pid=KOL&ch=5J261cdf
- 🎉 [Gate 30 Million Milestone] Share Your Gate Moment & Win Exclusive Gifts!
Gate has surpassed 30M users worldwide — not just a number, but a journey we've built together.
Remember the thrill of opening your first account, or the Gate merch that’s been part of your daily life?
📸 Join the #MyGateMoment# campaign!
Share your story on Gate Square, and embrace the next 30 million together!
✅ How to Participate:
1️⃣ Post a photo or video with Gate elements
2️⃣ Add #MyGateMoment# and share your story, wishes, or thoughts
3️⃣ Share your post on Twitter (X) — top 10 views will get extra rewards!
👉
Kai Xia's production capacity is fully loaded, and it is reported that the most advanced NAND Flash products will be mass-produced in July.
On July 4th, Jin10 Data reported that the production line utilization rate of Kioxia has rebounded to 100% in June, and it will start mass-producing the most advanced storage chip (NAND Flash) products within July to meet the growing demand for data storage due to the popularity of generative AI. Kioxia will stack 218 layers of data storage components for the NAND Flash products to be mass-produced, increasing the storage capacity by about 50% compared to current products, and reducing the power required for writing data by about 30%.