Acer To Unveil Intel Lunar Lake “Core Ultra 200V” Laptops On September 4

Acer will unveil the first batch of Intel Lunar Lake "Core Ultra 200V" laptops on September 4th at its "Next@Acer" 2024 event.

Acer Reveals Plans For Its "Next@Acer" 2024 Event, Will Likely Include Several Copilot+ Certified AI Laptops Based on Intel's Lunar Lake "Core Ultra 200V" SOCs

We are officially entering the launch timeline of Intel's upcoming Lunar Lake "Core Ultra 200V" SOCs, and it looks like Acer has become one of the first firms to announce a dedicated event to welcome the debut of Team Blue's next-generation chips. The firm announced the development on its YouTube channel, stating that they will hold a keynote at the IFA 2024 to release the new laptop lineup formally. With that, it's safe to say that we can expect a physical showcase on September 4.

Related Story Intel Lunar Lake “Core Ultra 200V” Officially Launches on 3rd September: Next-Gen CPU, GPU & NPU For Thin & Light Laptops

The official launch date for Intel's Lunar Lake SoCs is set for September 3rd by Intel, and that is also at the IFA 2024. We expect to see multiple vendors showcase their product offerings at the event, with firms like Acer, ASUS, HP, Dell, and MSI being at the very top. Acer's keynote is likely to revolve around "Human Intelligence," as disclosed by the newly-emerged promotional material. Hence, we might see the debut of several AI-oriented features in Acer's upcoming laptops, setting a new tone for the market.

We are currently not aware of what specific laptops we could see being showcased by Acer, but one name that popped up a few days ago is the Acer Swift 14 AI Copilot+ certified laptop, which is expected to feature the Intel Core Ultra 5 226V "Lunar Lake" CPU and given that Intel expects to ship eighty different designs around its Core Ultra 200V lineup, it's safe to say that Acer will indeed showcase a well-decorated product lineup, probably being one of the best out there.

The industry has set its sights on Intel's Lunar Lake "Core Ultra 200V" CPUs since, given the