Welcome to the age

of Parallel Processing

Advanced processor IP for graphics and AI acceleration

Our cutting-edge parallel processing solutions deliver unrivalled brilliance and optimised AI performance, setting a new benchmark for innovation in a connected world.

Unlock AI on any device

Imagination GPUs are not just for graphics. They are the perfect solution for bringing the power of artificial intelligence to power-constrained devices. Their parallelism, designed to handle the enormous complexities of modern 3D games, is also a perfect fit for efficiently accelerating the thousands of simultaneous operations in an AI model.

Programmable Parallelism

Imagination GPUs are highly programmable and backed by an extensive software ecosystem. Our processors move with the cutting-edge of graphics and AI.

Flexible Parallelism

An Imagination GPU is an adaptable and hard-working piece of silicon, able to handle to graphics workloads, compute workloads or even both at the same time!

Efficient Parallelism

Power efficiency is essential for all markets and applications, from wearables to data centres. All our GPU IP is based on the fundamentally efficient PowerVR architecture which has now seen thirteen generations of efficiency optimisations.



Our key markets

Imagination’s cutting-edge technologies power a wide range of industries. Our solutions drive innovation, efficiency, and performance in the world’s most advanced devices. Explore how we shape the future across our key markets.

An ecosystem of innovation

Our ecosystem enables developers, customers, and partners to create truly world-class products.

By working with leading partners across industries, we provide the tools, resources, and support needed to drive breakthrough innovation, accelerating time to market and ensuring seamless integration across a wide range of applications.

Recent news and updates
Imagination DXTP GPU redefines graphics and performance efficiency

Imagination DXTP redefines graphics and compute acceleration for smartphones and other power-constrained devices. Learn more below.

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