


Pingtouge Xuantie RISC-V processor C920, C907, R910 released, the first Android device will be launched next year
News from this site on November 22nd. On November 21st, Pingtouge Xuantie RISC-V launched three new processors: C907 that realizes AI matrix expansion for the first time, C920 that meets the Vector1.0 standard, and the real-time processor R910, which is claimed to accelerate the large-scale commercial implementation of RISC-V in scenarios and fields such as autonomous driving, artificial intelligence, enterprise-level SSD, and network communications.

#According to reports, based on software and hardware collaborative optimization, C920 has been upgraded to support the latest Vector1.0 standard, which can achieve more accurate and stable task allocation. Let each thread maximize its performance, thereby improving overall performance. C920 has improved AI performance by up to 3.8 times compared to the previous generation and can run Transformer models, which is suitable for fields such as machine learning and autonomous driving.

Another processor, Xuantie C907, claims to have achieved independent matrix operation (Matrix) expansion for the first time, improving computing density and computing parallelism. , which can be 15 times faster than the traditional solution. This processor is expected to be available in March next year.

Xuantie R910 is oriented to the new computing requirements of high reliability and high real-time performance. It also supports Cache and TCM storage architecture, with optional fast and consistent configurations. The peripheral interface greatly improves the real-time performance of the system while maintaining high reliability. R910 can be used in storage control, network communications, autonomous driving and other fields. The newly released SSD main control chip Zhenyue 510 by Pingtou Ge uses R910.
According to the latest news from this site, the Xuantie RISC-V processor family has increased to 9 models, which are widely used in many fields such as computer vision, storage solutions, industrial interconnection, network communications, and smart device terminals.

Currently, Xuantie RISC-V has completed integration with Android, Debian, Fedora, Gentoo, Ubuntu, Dragon Lizard, Tongxin, openKylin, Skyworth In-depth integration of operating systems such as Kukai system and RTT. During the 2023 RISC-V International Summit held recently, Xuantie demonstrated the first RISC-V-based smart large-screen WebOS "Coolita" developed by Coolka Technology, which enabled mainstream website video playback and multi-screen interaction on the TV side , games, Changba audio and video entertainment, DingTalk online meetings and other functions. In addition, the first Android device based on Xuantie RISC-V will also be commercialized on a large scale in 2024. Advertising statement: The external jump links (including but not limited to hyperlinks, QR codes, passwords, etc.) contained in the article are used to convey more information and save selection time. The results are for reference only. All articles on the site contain this statement.
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According to news from this site on March 14, at the 2024 Xuantie RISC-V Ecological Conference held today, DAMO Academy announced the upgrade of a number of Xuantie processors: Xuantie C907 implemented matrix operation (Matrix) expansion for the first time. In the future, AI accelerated computing will provide more options and will be integrated into other Xuantie processors; the next generation flagship processor C930 will also be launched within the year. In addition, the first RISC-V-based Android device will also be commercialized on a large scale in 2024. At present, international and domestic mainstream operating systems have completed full adaptation to RISC-V, including Android, Linux, OpenHarmony, Debian, Fedora, Gentoo, Ubuntu, Dragon Lizard, Tongxin, op.

According to news from this site on November 22, on November 21, Pingtou Ge Xuantie RISC-V launched three new processors: C907 that realizes AI matrix expansion for the first time, C920 that meets the Vector1.0 standard, and real-time processor R910. It claims to accelerate the large-scale commercial implementation of RISC-V in scenarios and fields such as autonomous driving, artificial intelligence, enterprise-level SSD, and network communications. According to reports, based on software and hardware collaborative optimization, the C920 has been upgraded to support the latest Vector1.0 standard, which can achieve more accurate and stable task allocation, allowing each thread to maximize performance, thereby improving overall performance. C920 has improved AI performance by up to 3.8 times compared to the previous generation, and can run Transformer models, making it suitable for machine learning.

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