MediaTek launches Helio G96 and Helio G88 SoCs

MediaTek has announced two additions to its Helio G series – Helio G96 and Helio G88, the system-on-chips (SoCs) which will give device makers the ability to provide powerful smartphone features with cutting-edge display and photography capabilities to bring intelligent mobile experiences to every customer.

“With the launch of the Helio G96 and Helio G88, MediaTek advances its position as the leading mobile chip innovator, delivering new SoCs to boost display and photography experiences for the mainstream market,” said CH Chen, Deputy General Manager – Wireless Communication Products at MediaTek’s Wireless Business Group.

“MediaTek is continually advancing chip performance, speed and reliability. These new Helio G series chips are at the core of incredible mobile experiences,” added Chen.

The MediaTek Helio G96 SoC ensures premium everyday user experiences with its support for 120 Hz displays with up to FullHD+ resolution for notably smoother scrolling of web pages and animations in apps, Helio G96 120Hz display support has no limitation in DDIC supply, C-phy or D-phy interface, and support both LCD or AMOLED display.

Combined with support for up to 108 MP cameras for the most detailed images, fast Cat-13 4G LTE WorldMode modem integration, dual 4G SIM and VoLTE and ViLTE services, as well as its Intelligent Resource Management Engine and Networking Engine, MediaTek’s Helio G96 brings an impressive breadth of features and capabilities to 4G smartphones.

The MediaTek Helio G88 SoC supports fast 90 Hz displays to create super smooth mobile app and operating system (OS) capabilities. Its octa-core CPU features two Arm Cortex-A75 CPUs operating at up to 2.0 GHz, enabling responsive reactions, fast app loading and camera captures.

The Helio G88 builds on generations of photographic excellence with support for up to 64 MP main cameras, a hardware depth engine for dual-camera bokeh captures, a Camera Control Unit (CCU) and Electronic Image Stabilization (EIS) and Rolling Shutter Compensation (RSC) technologies.

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