Imagination Technologies released the first GPU IP core based on its latest PowerVR Furian architecture, the Series8XT GT8525. Furian is designed to drive a new generation of consumer devices that deliver long-term, high-resolution, immersive graphical content and data computing with a mobile power budget. The two-cluster GT8525 delivers best-in-class performance, power and area, and unique features to help customers design high-end smartphones and tablets, mid-range VR and AR devices, and Intermediate to advanced SoC for automotive infotainment and ADAS systems.
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Chris Longstaff, senior director of product and technology marketing at Imagination, said: "The new GT8525 is the first member of the Series8XT GPU family, using our Furian architecture for efficiency and scalability. This IP core is designed to meet a wide range of high-volume applications. Launched on demand. It continues and enhances the performance/mW leadership of the PowerVR XT family and supports a very rich feature set."
Jon Peddie, General Manager of JPR Research, said: "Imagination has strong industry performance in the high-end mobile market, and the Furian architecture will further strengthen its technological leadership. With the launch of the GT8525, Imagination can set new performance targets for standard mobile GPUs. And continue to provide superior power efficiency through Block Delayed Rendering (TBDR) technology."
Tatiana Solokhina, CTO of ELVEES R&D Center, said: "As a SoC provider for diverse global video analytics applications, we need GPUs to deliver the best computing performance with limited power consumption. The new PowerVR Furian 8XT from Imagination can be We offer industry-leading GPUs with new ALUs for higher performance density and efficiency. In addition, it supports standard computing APIs such as OpenVX, making it easy to create real-world visual processing applications."
Meet the next generation of application needs
The Furian architecture is designed to meet the evolving graphics and computing needs of next-generation consumer devices:
· Smartphone: The GT8525 meets the needs of gaming applications to continuously increase stability with a limited power budget, including mobile VR applications. It also opens up new mobile use cases that require more compute availability, such as neural networks (including CNN) for object recognition.
· Automotive: The GT8525 dramatically increases computing efficiency and built-in hardware virtualization capabilities to address the trend of combining infotainment, electronic dashboards and some ADAS functions on the same SoC. OEMs can isolate synchronized features and services to ensure greater security and save valuable chip area.
· AR/VR: The GT8525 provides high resolution and stable high frequency graphics to meet the great user experience required for standalone AR/VR headsets. The GT8525 includes specially designed hardware and software to minimize critical motion-to-photon latency. By using the built-in GT8525 chip, OEMs can provide higher performance graphics and computing functions in a smaller area. Developers can take advantage of the power of the OpenVX* API to execute on PowerVR for fast application development.
Performance data for the PowerVR Series8XT GT8525
The Furian architecture is designed to enhance performance and power efficiency, and performance per microwatt is far superior to competitive solutions. Compared to the Series7XT GT7200 GPU, the GT8525 achieves:
· For the Manhattan benchmark, this is the industry standard test for mobile and other applications that can increase fps by more than 50% and increase TRex by 80%
· This is another important benchmark for the Antutu benchmark, which can increase over 50% of fps
· 2x PPC data processing capability (8 pixels per cycle and 4 GT7200) for higher resolution and additional performance to support previous use cases limited by insufficient fill rate
· Increased GFLOP by more than 50%, and more available GFLOP, making it easier to take full advantage of the graphics and computing capabilities of the kernel
The difference in the Furian architecture
The GT8525 is based on the Furian architecture, which improves performance, GPU efficiency and system efficiency to meet the lower power consumption and better user experience required for next-generation applications. It features a number of features that enable PowerVR to lead the way in technology, including Imagination's Block Delay Rendering (TBDR) technology, which has been proven on generations of PowerVR GPUs to provide the most efficient embedded graphics capabilities.
Furian also uses the new 32-wide ALU cluster design to improve performance and efficiency. The new instruction set architecture (ISA) used in the primary and secondary ALU pipelines enables better resource utilization and efficiency, while the multithreaded optimization design enables local computational memory reads embedded on the chip. Take more efficiency and flexibility. Furian is designed to meet the ever-increasing computing needs of a wide range of applications and markets, enabling efficient use of multiple computing APIs, including OpenCL® 2.0, Vulkan® 1.0 and OpenVX 1.1*.
Supply situation
The GT8525 is available to early adopters; authorization is available from now on.
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