Imagination Technologies Pioneers AI and Graphics Advancements

Imagination Technologies has been at the forefront of AI and graphics advancements for decades. The company's PowerVR graphics processing unit (GPU) was first introduced in 1998 and has since become one of the most widely used GPUs in the world.

Imagination's GPUs are designed to provide high-performance graphics and AI capabilities, making them a popular choice for mobile devices, automotive systems, and other applications. Their technology has enabled the creation of sophisticated graphics and AI-powered features in a wide range of products.

One of the key advantages of Imagination's GPUs is their ability to efficiently process complex graphics and AI workloads. This is due in part to their use of advanced architectures and techniques, such as multi-core processing and neural network acceleration.

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Imagination Technologies has been a leader in developing GPU architectures, which are then used by other firms for graphical processors. Their IPs are also used in cars and were used in the iPhone from 2007 to 2017.

The company has released several notable GPU IPs, including the 2023 released IMG DXD GPU IP, which supports various graphic APIs like DirectX 11 and Vulkan 1.3, as well as Ray Tracing. This GPU is aimed at cloud gaming services.

In the automotive industry, Imagination Technologies has announced the XS GPU product class, which enables ADAS acceleration and safety-critical graphics workloads. This is the most advanced automotive GPU IP created to-date.

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Imagination Technologies is a leading developer of GPU architectures, with a focus on creating efficient and powerful graphics processing units (GPUs).

Their products are used in a wide range of applications, including mobile devices, automotive systems, and cloud gaming services. In 2023, they released the IMG DXD GPU IP, which supports various graphic APIs like DirectX 11 and Vulkan 1.3, as well as Ray Tracing.

Imagination Technologies also announced the E-series, a new era of on-device AI and graphics that leverages their highly efficient parallel processing architecture. This technology provides exceptional graphics and AI performance.

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Their GPU IP is used in various industries, including automotive, with the XS GPU product class being designed for safety-critical graphics and ADAS compute acceleration. In 2020, they announced the XS GPU, which is the most advanced automotive GPU IP created to-date.

Imagination Technologies has also developed GPUs for mobile applications, such as the IMG DXT, which enables ray tracing in mobile devices. This technology provides enhanced graphics for mobile device users.

In addition to their GPU products, Imagination Technologies has also developed CPU IP, such as the Catapult CPU, which is a RISC-V application processor for intelligent, consumer, and industrial applications.

Their products are used by various companies, including Texas Instruments, which has included Imagination's BXS-4-64 GPU in their Jacinto processor families for automotive applications. This GPU offers up to 60% higher performance for automotive graphics applications.

Imagination Technologies has also partnered with MulticoreWare Inc. to optimize algorithms on their GPUs, and has showcased Android 15 running on a high-performance RISC-V-based platform with Andes Technology.

Their products are designed to be efficient and powerful, with the IMG A-Series being the fastest GPU IP ever released, and the DXTP GPU IP extending battery life when accelerating graphics and compute workloads on mobile and other power-constrained devices.

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Imagination Technologies has upgraded to the Premier RISC-V International membership level.

This upgrade signifies the company's increased commitment to driving growth for the RISC-V ecosystem.

Shreyas Derashri, VP of Compute at Imagination, will join the RISC-V International Board of Directors as part of this new membership level.

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Imagination Technologies has formed strategic partnerships to accelerate innovation in the field of computer vision and AI. Imagination has partnered with MulticoreWare Inc. to optimise algorithms on its GPUs, leveraging the company's expertise in computer vision and sensor data processing.

This collaboration aims to provide superior performance for Imagination's GPUs, making them more suitable for demanding applications. Imagination also partnered with Visidon Oy to power the transition to deep-learning-based super resolution technology.

Through its partnership with SiFive, Imagination Technologies has made its PowerVR GPU and neural network accelerator (NNA) IP cores available to RISC-V users, giving them access to industry-leading IP cores.

Imagination Technologies has partnered with MulticoreWare Inc. to optimize algorithms on Imagination GPUs.

This partnership aims to improve the performance of computer vision, sensor data processing, and AI applications on Imagination GPUs. MulticoreWare Inc. specializes in software solutions and services that optimize these applications.

Ana Salazar, a Senior Research Manager at Imagination Technologies, has presented a tutorial on the challenges of deploying serial computer vision tasks implemented with DNNs. This highlights the importance of optimizing algorithms for Imagination GPUs.

Neural network accelerators have demonstrated significant gains in performance, making them a key tool for training deep learning algorithms. However, deploying these algorithms on end devices is crucial for their commercial success.

Imagination Technologies has also announced a new partnership with MulticoreWare Inc. as a preferred software development partner to optimize algorithms on Imagination GPUs. This partnership aims to improve the performance of computer vision, sensor data processing, and AI applications on Imagination GPUs.

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Imagination Technologies and Visidon Oy partnered to power the transition to deep-learning-based super resolution for embedded applications across mobile, DTV, and automotive markets.

This partnership enables advanced AI-based software to efficiently upscale images and videos.

The technology allows users to upscale low-resolution images and videos up to 4K resolution.

This AI-based super resolution technology can be used in various applications, including mobile devices, digital TVs, and automotive systems.

The partnership was announced on May 17, 2022, in London, England.

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A strategic masterstroke is when a company makes a bold move that gives them a competitive edge. This can be a game-changer for their business.

Mr. Yassaie, the founder of Imagination, made a strategic masterstroke by targeting the mobile phone market, which was considered impossible at the time due to the feeble power supply and unsophisticated screens.

He was told by other CEOs that it was pointless to target this market, but Imagination's technology was well suited for it as it required much less power than graphics processors in personal computers.

This move paid off as Imagination quickly found customers and rode the wave of the smartphone boom, giving them a new outlet for their broadcast technology and valuable experience in dealing with a consumer market.

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Imagination Technologies has been at the forefront of innovation in the tech industry, with a string of groundbreaking announcements in recent years. They've partnered with Visidon Oy to develop deep-learning-based super resolution technology, allowing for efficient upsampling of images and videos.

Their collaboration with Andes Technology resulted in the successful demonstration of Android 15 on a high-performance RISC-V-based platform. This achievement is a testament to the power of their technology and its potential to drive innovation in the industry.

Imagination Technologies has also joined SiFive's DesignShare ecosystem, giving system designers access to their industry-leading PowerVR GPU and neural network accelerator (NNA) IP cores. This move has made it easier for developers to create cutting-edge devices that can run complex tasks efficiently.

Imagination Technologies redefines edge AI and graphics system design with the launch of Imagination E-Series GPU IP. This technology leverages its highly efficient parallel processing architecture to provide exceptional graphics and AI performance.

The E-Series GPU IP is a significant advancement in edge computing, enabling developers to create more powerful and efficient devices. Massive gains in Imagination E-Series establish the GPU as the principal accelerator for both graphics and AI at the edge.

With the E-Series, developers can expect improved performance, reduced power consumption, and increased flexibility. This makes it an ideal solution for a wide range of applications, from mobile and automotive to industrial and IoT devices.

Imagination Technologies' E-Series GPU IP is designed to work seamlessly with existing systems and software, making it easy to integrate into existing workflows. This allows developers to focus on creating innovative applications rather than worrying about the underlying technology.

The E-Series is a game-changer for edge AI and graphics, and we can't wait to see what developers create with this technology.

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Andes Technology recently showcased Android 15 on a high-performance RISC-V based platform. This is a significant development in the tech industry.

The demonstration was done in collaboration with Imagination Technologies, a leading company in the field. The event took place in San Jose, CA.

The platform is based on RISC-V processor cores, which are known for their high-efficiency and low-power consumption. This makes them ideal for use in a wide range of applications.

The successful demonstration of Android 15 on this platform marks a major milestone in the adoption of RISC-V technology.

Imagination Technologies has been driving RISC-V device adoption with its Catapult CPU family. The Catapult CPUs are based on the RISC-V ISA and designed for heterogeneous solutions.

Imagination launched the Catapult CPU family in 2021, and since then, it has been gaining traction in the industry. The Catapult CPUs can be configured for various applications, making them a versatile choice for device manufacturers.

The Catapult CPU family includes the APXM-6200 CPU, a RISC-V application processor that offers compelling performance density, seamless security, and artificial intelligence capabilities. This makes it an attractive option for devices that require high-performance computing.

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The collaboration between Imagination and Ashling has also resulted in the RiscFree C/C++ SDK, which provides software development support for Imagination's RISC-V-based Catapult IP cores. This has made it easier for developers to create applications for devices powered by the Catapult CPUs.

The Catapult CPU family has also led to the development of the IMG RTXM-2200, a highly scalable, feature-rich, 32-bit embedded solution. This CPU is ideal for high-volume devices that require a flexible design.

The Catapult CPU family's success can be attributed to its ability to cater to various applications and industries. Its performance density, security, and AI capabilities make it a strong contender in the market.

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Imagination Technologies has made a significant move to democratize access to cutting-edge silicon technology with its Open Access program. This initiative offers early-stage companies a low-cost path to differentiated silicon, allowing them to create advanced SoCs without the burden of licensing fees.

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Companies like Ashling have already benefited from this program, with their RiscFree SDK supporting Imagination's RISC-V-based Catapult IP cores. This collaboration resulted in the RTXM-2200, the first industrial licensable CPU IP from the RISC-V Catapult family.

The Open Access program provides access to select class-leading GPU and AI accelerator IP, enabling scale-ups to create advanced SoCs without any licensing costs. This lowers the barriers of entry to SoC design, giving companies a level playing field in the industry.

By joining SiFive's DesignShare ecosystem, Imagination Technologies has made its PowerVR GPU and neural network accelerator (NNA) IP cores accessible to RISC-V users. This move has opened up new possibilities for system designers to create innovative solutions.

Imagination's Catapult CPU product line is designed from the ground-up for next-generation heterogeneous compute needs, based on the open-source RISC-V ISA. This has enabled companies to create scalable and real-time designs, such as the RTXM-2200, which is a 32-bit integrated design with Imagination's expertise in CPU development.

The Open Access program is a testament to Imagination's commitment to innovation and accessibility. By providing a low-cost path to differentiated silicon, the company is empowering companies to push the boundaries of what is possible with technology.

Imagination Technologies has been a pioneer in computer vision and AI, with a focus on edge AI and graphics system design. They've developed the E-Series GPU IP, which leverages highly efficient parallel processing architecture to provide exceptional graphics and AI performance.

Their collaboration with MulticoreWare Inc. has enabled GPU compute on the Texas Instruments TDA4VM processor, resulting in a massive improvement in the performance of common workloads used for autonomous driving and ADAS. This achievement has demonstrated the potential of Imagination Technologies' GPUs in the automotive industry.

Imagination Technologies has also developed a face detection algorithm optimized for mobile devices, using a classifier cascade and running on a CPU and GPU combination. This algorithm showcases the company's expertise in computer vision and AI, particularly in the field of object detection.

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Imagination Technologies has collaborated with Visidon to create a powerful combination of a neural network accelerator and a denoising algorithm.

This collaboration has resulted in a perfect partnership that can be seen in the blog post "Imagination’s Neural Network Accelerator and Visidon’s Denoising Algorithm Prove to be Perfect Partners".

The partnership has shown that the neural network accelerator and the denoising algorithm can work together seamlessly to produce high-quality images.

Visidon is recognized as an expert in algorithms for camera image processing, and their denoising algorithm is a key component of this partnership.

The collaboration between Imagination and Visidon has led to the creation of a powerful tool for image processing.

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Imagination Technologies is confident that the volume of units sold will continue to increase, aiming for a billion units by 2016.

The company's graphics chips will be in high demand, not just for smartphones, but also for other areas like connecting devices to the internet and broadcast systems.

Designing graphics chips requires hundreds of skilled engineers with years of experience, making it difficult for giant chipmakers like Intel to build a rival team.

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The industry favors independent firms that design and sell products to others, even to rival firms.

This third-party licensing model is economically favorable, as seen in Imagination Technologies' success.

Customers appreciate the independence of Imagination, which allows them to do everything on their mobile phones that they can on their personal computers.

Imagination Technologies has been a leader in the development of automotive and safety solutions for several years.

They have collaborated with MulticoreWare Inc to enable GPU compute on the Texas Instruments TDA4VM processor, unleashing around 50 GFLOPS of extra compute and demonstrating a massive improvement in the performance of common workloads used for autonomous driving and ADAS.

Their GPU IP, including the XS and BXS-Series, has been adopted by various companies for safety-critical applications, including Ambarella for their CV3 Automotive SoC Family, which enables access to various IMG B-Series multi-core GPUs, including the ASIL-B certifiable IMG BXS GPUs.

Imagination Technologies has also announced the IMG Series4, a next-generation neural network accelerator (NNA) for advanced driver-assistance systems (ADAS) and autonomous driving, which targets automotive industry-leading disruptors as well as Tier 1s and OEMs.

Their BXS-4-64 GPU is included in Texas Instruments' Jacinto processor families for automotive applications, offering up to 60% higher performance for automotive graphics applications.

The XS GPU product class is the most advanced automotive GPU IP created to-date and is the first licensable IP in the industry that is ISO 26262 conformed, enabling ADAS acceleration and safety-critical graphics workloads.

Imagination Technologies has also developed a new OpenGL SC (Safety-Critical) 2.0 driver for their automotive graphics processing units (GPUs), enabling automotive OEMs and Tier 1s to benefit from GPU acceleration in safety-critical applications.

Imagination Technologies' neural network accelerator (NNA) technology, including the IMG Series3NX, has been licensed to UNISOC for use in future system-on-chips (SoCs) targeting mid-high range mobile devices, TV and other markets.

They have also set up a new page where developers can find resources and information to help them write and optimize code for heterogeneous computing, making it easier for developers to take advantage of their technology.

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