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IMG BXE-4-32 MC1

Technology: GPU

Series: B-Series

Performance: Entry-Level to Mid-Range, Mid-range

IMG B-Series is a range of flexible, ultra-efficient, high-performance GPUs based on tile-based deferred rendering offering up to 25% lower area and up to 30% lower power than previous IMG designs. Features include: An advanced “de-centralised” multicore architecture, IMGIC multi-level image compression, HyperLane Technology and AI-Synergy. The BXE-range is focussed on fillrate centric market segments including entry-level mobile, set-top box, HDTV and automotive digital clusters and infotainment systems.

working on a GPU

IMG BXE-4-32 MC2

Technology: GPU

Series: B-Series

Performance: Entry-Level to Mid-Range, Mid-range

IMG B-Series is a range of flexible, ultra-efficient, high-performance GPUs based on tile-based deferred rendering offering up to 25% lower area and up to 30% lower power than previous IMG designs. Features include: An advanced “de-centralised” multicore architecture, IMGIC multi-level image compression, HyperLane Technology and AI-Synergy. The BXE-range is focussed on fillrate centric market segments including entry-level mobile, set-top box, HDTV and automotive digital clusters and infotainment systems.

working on a GPU

IMG BXE-4-32 MC3

Technology: GPU

Series: B-Series

Performance: Entry-Level to Mid-Range, Mid-range

IMG B-Series is a range of flexible, ultra-efficient, high-performance GPUs based on tile-based deferred rendering offering up to 25% lower area and up to 30% lower power than previous IMG designs. Features include: An advanced “de-centralised” multicore architecture, IMGIC multi-level image compression, HyperLane Technology and AI-Synergy. The BXE-range is focussed on fillrate centric market segments including entry-level mobile, set-top box, HDTV and automotive digital clusters and infotainment systems.

working on a GPU

IMG BXE-4-32 MC4

Technology: GPU

Series: B-Series

Performance: Entry-Level to Mid-Range, Mid-range

IMG B-Series is a range of flexible, ultra-efficient, high-performance GPUs based on tile-based deferred rendering offering up to 25% lower area and up to 30% lower power than previous IMG designs. Features include: An advanced “de-centralised” multicore architecture, IMGIC multi-level image compression, HyperLane Technology and AI-Synergy. The BXE-range is focussed on fillrate centric market segments including entry-level mobile, set-top box, HDTV and automotive digital clusters and infotainment systems.

working on a GPU

IMG BXM-4-64 MC1

Technology: GPU

Series: B-Series

Performance: Mid-Level to High-End, Mid-range, Neural Networks

IMG B-Series is a range of flexible, ultra-efficient, high-performance GPUs based on tile-based deferred rendering offering up to 25% lower area and up to 30% lower power than previous IMG designs. Features include: An advanced “de-centralised” multicore architecture, IMGIC multi-level image compression, HyperLane Technology and AI-Synergy. The BXM series is optimised for performance efficiency increasing the floating point capabilities of the GPU design allowing for richer visual quality and faster compute for the mid-range Mobile Phone market.

working on a GPU

IMG BXM-4-64 MC2

Technology: GPU

Series: B-Series

Performance: Mid-Level to High-End, Mid-range, Neural Networks

IMG B-Series is a range of flexible, ultra-efficient, high-performance GPUs based on tile-based deferred rendering offering up to 25% lower area and up to 30% lower power than previous IMG designs. Features include: An advanced “de-centralised” multicore architecture, IMGIC multi-level image compression, HyperLane Technology and AI-Synergy. The BXM series is optimised for performance efficiency increasing the floating point capabilities of the GPU design allowing for richer visual quality and faster compute for the mid-range Mobile Phone market.

working on a GPU

IMG BXM-4-64 MC3

Technology: GPU

Series: B-Series

Performance: Mid-Level to High-End, Mid-range, Neural Networks

IMG B-Series is a range of flexible, ultra-efficient, high-performance GPUs based on tile-based deferred rendering offering up to 25% lower area and up to 30% lower power than previous IMG designs. Features include: An advanced “de-centralised” multicore architecture, IMGIC multi-level image compression, HyperLane Technology and AI-Synergy. The BXM series is optimised for performance efficiency increasing the floating point capabilities of the GPU design allowing for richer visual quality and faster compute for the mid-range Mobile Phone market.

working on a GPU

IMG BXM-4-64 MC4

Technology: GPU

Series: B-Series

Performance: Mid-Level to High-End, Mid-range, Neural Networks

IMG B-Series is a range of flexible, ultra-efficient, high-performance GPUs based on tile-based deferred rendering offering up to 25% lower area and up to 30% lower power than previous IMG designs. Features include: An advanced “de-centralised” multicore architecture, IMGIC multi-level image compression, HyperLane Technology and AI-Synergy. The BXM series is optimised for performance efficiency increasing the floating point capabilities of the GPU design allowing for richer visual quality and faster compute for the mid-range Mobile Phone market.

working on a GPU

IMG BXM-8-256

Technology: GPU

Series: B-Series

Performance: Mid-Level to High-End, Mid-range, Neural Networks

IMG B-Series is a range of flexible, ultra-efficient, high-performance GPUs based on tile-based deferred rendering offering up to 25% lower area and up to 30% lower power than previous IMG designs. Features include: An advanced “de-centralised” multicore architecture, IMGIC multi-level image compression, HyperLane Technology and AI-Synergy. The BXM series is optimised for performance efficiency increasing the floating point capabilities of the GPU design allowing for richer visual quality and faster compute for the mid-range Mobile Phone market.

working on a GPU

IMG BXT-16-512

Technology: GPU

Series: B-Series

Performance: High-End, High-End Gaming, High-End to Premium, Neural Networks, Premium

IMG B-Series is a range of flexible, ultra-efficient, high-performance GPUs based on tile-based deferred rendering offering up to 25% lower area and up to 30% lower power than previous IMG designs. Features include: An advanced “de-centralised” multicore architecture, IMGIC multi-level image compression, HyperLane Technology and AI-Synergy. The BXT range is focussed on performance power efficiency, tuning for maximum FPS/W to enable the best performance for premium mobile phones and a range of “beyond-mobile” markets including chromebooks, laptops, PC graphics cards and servers.

working on a GPU

IMG BXT-32-1024 MC1

Technology: GPU

Series: B-Series

Performance: High-End, High-End Gaming, High-End to Premium, Neural Networks, Premium

IMG B-Series is a range of flexible, ultra-efficient, high-performance GPUs based on tile-based deferred rendering offering up to 25% lower area and up to 30% lower power than previous IMG designs. Features include: An advanced “de-centralised” multicore architecture, IMGIC multi-level image compression, HyperLane Technology and AI-Synergy. The BXT range is focussed on performance power efficiency, tuning for maximum FPS/W to enable the best performance for premium mobile phones and a range of “beyond-mobile” markets including chromebooks, laptops, PC graphics cards and servers.

working on a GPU

IMG BXT-32-1024 MC2

Technology: GPU

Series: B-Series

Performance: High-End, High-End Gaming, High-End to Premium, Neural Networks, Premium

IMG B-Series is a range of flexible, ultra-efficient, high-performance GPUs based on tile-based deferred rendering offering up to 25% lower area and up to 30% lower power than previous IMG designs. Features include: An advanced “de-centralised” multicore architecture, IMGIC multi-level image compression, HyperLane Technology and AI-Synergy. The BXT range is focussed on performance power efficiency, tuning for maximum FPS/W to enable the best performance for premium mobile phones and a range of “beyond-mobile” markets including chromebooks, laptops, PC graphics cards and servers.

working on a GPU

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