Delivering high-performance, high-quality vector graphics processing capabilities to smart wrist-worn devices
Shanghai, May 15, 2024–(BUSINESS WIRE)–VeriSilicon (688521.SH) today announced that Actions Technology (688049.SH), a low-power AIoT fabless semiconductor company, has announced that VeriSilicon's power-efficient and feature-rich 2.5D graphics processor unit (Highly integrated dual-mode Bluetooth smart watch SoC series, ATS3085S and ATS3089 GPU) IP.
Featuring low power consumption and high frame rate, Actions Technology's smart watch SoCs, ATS3085S and ATS3089 series, deliver superior graphics display performance with 2D+2.5D dual GPU hardware acceleration and support for JPEG hardware decoding. Offers. These SoCs are highly integrated, allowing a single chip to drive display screens, run sports and health algorithms, make Bluetooth calls, provide local audio decoding, and transmit Bluetooth audio to True Wireless Stereo (TWS) headsets. and provide mature services. Dual-mode Bluetooth single-chip solution supporting low-power Bluetooth 5.3 for end products such as smart bracelets and smart watches. Currently, smart watch products equipped with ATS3085S and ATS3089 series SoCs are in mass production and released into the market.
VeriSilicon's 2.5D GPU IP is specifically designed for MCU and MPU applications that require hardware-accelerated user interface (UI) display effects, with the ability to render vectors, scalars, and images in low-power modes. , high performance, and high performance. High-quality graphics processing power and excellent image output. It includes an in-house developed, low-level and compact VGLite API driver that supports the popular Light and Versatile Graphics Library (LVGL), enables the creation of visually appealing UIs across a wide range of hardware platforms, and provides free resources. can effectively reduce the size of . The GCNanoUltraV 2.5D GPU also supports scalable vector graphics (SVG) using VeriSilicon's open source tool SvgVGLiteRenderer. This tool parses SVG files and renders his SVG content through VGLite API. VeriSilicon's 2.5D GPU IP expands support for Baidu Maps and various offline map formats, providing users with a richer and more convenient interactive experience.
“VeriSilicon's 2.5D GPU IP provides our smart watch SoCs with cutting-edge graphics rendering capabilities, enabling smoother UI interactions and stunning visual effects,” said Zhenyu Zhou, Chairman and CEO of Actions Technology. “The adoption of this technology significantly improves the user experience of smart watches.” We develop watches to meet the diverse needs of the global market, thereby increasing our competitive advantage in the global wearables market. ”
“As smart watch screen resolutions and refresh rates continue to improve, so do our customers' demands for GPU performance. “It is ideal for key GPU applications,” said Wei-Jin Dai, VeriSilicon's executive vice president and general IP division. “Our 2.5D GPU IP not only provides powerful graphics processing capabilities, but also improves the performance-to-power ratio of Actions Technology's smartwatch SoC and also meets the needs of long-wear users. .”
About action technology
Actions Technology (688049.SH) is a leading low-power AIoT fabless semiconductor company in China. We excel at delivering high-quality, low-latency wireless audio experiences while prioritizing power efficiency. Our core expertise includes high-performance audio ADC/DAC, audio pre-processing, audio encode/decode, and audio post-processing technologies to deliver superior audio signal chains. Additionally, the company specializes in low-latency wireless connectivity with Bluetooth RF, baseband, and protocol stack technologies at its core. For more information about the Actions® high-quality, low-latency platform, please visit www.actionstech.com.
About Verisilicon
VeriSilicon is committed to providing customers with an all-round, platform-based, one-stop custom silicon service and semiconductor IP licensing service leveraging its semiconductor IP. For more information, please visit www.verisilicon.com.
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