VeriSilicon's scalable Vivante Graphics Processing Unit (GPU) IP Series can be used in a wide range of applications, from LPC (low-power-consumption) small IoT MCUs to powerful SoCs for automotive and computer applications. Designed to meet a variety of chip sizes and power budgets, Vivante GPU IP is regarded as a cost-effective, high-quality graphics processor solution.
Whether you need a miniature, high-efficiency GPU for small MCU-type products or a 500-1000 Gigabit floating-point GPU for ultra-high-end SoCs, we can satisfy your demands or needs with Vivante GPUs allowing flexible configuration of power and performance to create scalable products. In addition, our unified software architecture allows you to move from micro GPUs to large, powerful GPUs without having to offer different software solutions for each product. We can even help you design dynamic power source and clocking control to provide programmable, flexible control of your GPU—and dynamically adjust GPU performance as needed by you.
VeriSilicon operates globally and we are happy to meet you at any time to discuss your demand for GPU IP.
Please feel free to contact us and submit your request online, or reach out to your nearest VeriSilicon sales office for making an appointment, or meet us at the next industry event.
-
Vivante 3D GPU IP
VeriSilicon’s Vivante 3D GPU series has higher power efficiency and cost effectiveness with improved performance for 3D graphics rendering and computing.
-
Vivante 3D GPGPU IP
VeriSilicon’s Vivante 3D GPGPU IP provides computing horsepower, ranging from low-power embedded devices to high-performance servers.
-
Vivante 2.5D GPU IP
VeriSilicon’s Vivante 2.5D GPU series is designed specifically for MCU and MPU applications that require hardware accelerated UI displays and effects.
-
Vivante 2D GPU IP
VeriSilicon's Vivante 2D GPU IP series provides mature 2D graphics solution, working with display IP and 3D GPU. It is enhanced with new technology of versatile color format support, multi-layer video and graphics composition, video processing basic functions, and AI preprocessing functions.
