Acer Iconia X12, X14, A14 and A16 tablets introduced
Acer started its IFA announcements with four new Iconia tablets: The Acer Iconia X12 and X14 as well as the Iconia A14 and A16 are here.
Acer Iconia X12
That The Acer Iconia X12 and X14 feature 12.6-inch AMOLED displays with a resolution of 2,560 x 1,600 pixels and 14-inch OLED displays with 1,920 x 1,200 pixels, respectively. They also feature 8,000 mAh batteries and four speakers. The X12 is the only model that supports pen input and is optionally available with a keyboard cover.
Acer Iconia X14
The Acer Iconia X14, A14, and A16 are based on the Allwinner A733 chipset, while the X12 features the Helio G99 from MediaTek. 8 GB of RAM and 256 GB of storage are standard on all models, with the X12 and X14 also featuring microSD card slots for storage expansion.
Acer Iconia A14 and A16
The Acer Iconia A14 and A16 are available in 14- and 16-inch sizes and both feature IPS LCD displays, built-in kickstands, and 8,000 mAh batteries.
All four tablets launch with Android 15 and feature special AI features such as AI Super Resolution for video upscaling and AI Smart Sensing gesture control.
In terms of connectivity, the X12 has Wi-Fi 5 and Bluetooth 5.2, while the X14 has Wi-Fi 6 and Bluetooth 5.4. The A14, A16, and X14 also have 5 MP front and 8 MP main cameras, while the X12 has a 13 MP main camera.
The Acer Iconia X12 starts at €275/$320, while the Iconia X14 will be available for €300/$350. Both will launch in November. The Acer Iconia A14 starts at €257/$300, the Iconia A16 at €292/$340. Both models will be available from January 2026.
It is interesting to see Acer expanding their tablet lineup so aggressively with these new models. I was particularly struck by the inclusion of AI Super Resolution for video upscaling; it’s fascinating how that kind of image processing is becoming standard even in mid-range mobile devices now.
It’s a massive contrast to the workstation gear I usually work with. I’m currently testing a setup with a Xeon 28-core processor running at 2.5GHz https://serverorbit.com/cpus-and-processors/xeon-28-core/2-5ghz-en, and while that chip is a powerhouse for parallel processing and heavy computational tasks, it’s definitely not designed for the kind of nimble, AI-driven media upscaling you see in these tablets. It really shows how specialized hardware has become—we have incredible raw throughput in our servers, while our mobile devices are getting increasingly clever at “filling in the gaps” using software-based AI.
Do you think these AI features on mobile tablets will eventually become so efficient that we’ll stop needing high-end desktop hardware for everyday video editing and media work?