Imagination customers creating products such as entry-level smartphones, wearables and IoT devices with displays (smartwatches, appliances, connected radios), and in-dash screens in entry-level cars and other vehicles, can now use the industry’s highest-quality, most efficient GPUs to create compelling GUIs and user experiences.

The new PowerVR G6020 GPU has been specially designed for graphics efficiency in ultra-compact silicon area, obtaining better real device performance and compatibility without unnecessary overhead. It is the smallest member of the PowerVR Series6XE family, with four arithmetic logic unit (ALU) cores and a silicon footprint of 2.2mm2 (28nm process technology at 400MHz).

To enable this, the G6020 features a highly optimized universal shading cluster (USC) engine designed specifically for UI experiences. Specially configured to enable the optimal feature set in the smallest possible area and power envelope, the new USC is completely compatible with other Rogue USCs.

Designed to deliver a smooth user experience for high-definition displays (720p at 60fps) the G6020 features full OpenGL ES 3.0 capability, providing the optimal feature set needed to meet next-generation requirements for a range of devices.

PowerVR is the ideal GPU for mobile and embedded because its programmable shader-based tile based deferred rendering (TBDR) architecture leads to high performance efficiency and the lowest power consumption per frame. In addition, PowerVR maximizes bandwidth efficiency with Imagination’s advanced PVRTC2 texture compression technology that also ensures minimum memory footprint and superior image quality.

The new G6020 is a key member of the Rogue product line-up that features an OpenGL ES 3.0 feature set and compatibility across the range for easy software development, enabling customers to build an entire product line based on Rogue from the entry level to the high end.

The new GPU is designed to support operating systems such as Android, Android Wear, Linux and RTOS (real-time operating systems).