deepin 23丨RISC-V New Era Leading Desktop Operating System Innovation

deepin 23丨RISC-V New Era Leading Desktop Operating System Innovation

Academician Ni Guangnan of the Chinese Academy of Engineering has stated that the RISC-V architecture, due to its openness and flexibility, has become one of the most popular choices in China’s CPU field and is expected to be a key driving force in the development of next-generation information technology. Currently, the deepin community has established close ties with the RISC-V ecosystem, successfully migrating deepin's self-developed applications to the RISC-V architecture and achieving significant milestones. deepin 23 has successfully achieved compatibility and optimization for multiple RISC-V architecture chips, including but not limited to SiFive FU740, StarFive JH7100, StarFive JH7110, ESWIN EIC7700, ...Read more

deepin 23: Optimized for LoongArch, Pioneering a New Integration of Homegrown CPU and Open Source OS

deepin 23: Optimized for LoongArch, Pioneering a New Integration of Homegrown CPU and Open Source OS

The deepin 23 version has completed adaptation to the LoongArch architecture, which is an instruction set architecture used by processors developed by Loongson Technology, a domestic leader in CPU innovation. This important milestone not only signifies a new step in integrating domestic CPUs with open-source operating systems but also provides LoongArch computer users with a more stable and efficient operating system choice. Loongson has maintained a long-term deep cooperation with the commercial distribution of deepin, known as UOS, and is referred to in the industry as the "Loong-UOS combination." The two parties have achieved significant accomplishments in ecological adaptation and ...Read more

deepin 23: Partnering with Intel Ultra to Lead AI PC Technology Innovation

deepin 23: Partnering with Intel Ultra to Lead AI PC Technology Innovation

In the tide of digital transformation, the operating system, as the bridge connecting hardware and software, marks a solid step in computing technology with each leap in performance and compatibility. The upcoming deepin 23 version will support Intel's latest Ultra platform, positioning it as one of the most suitable operating systems for AI PCs on the current market, taking a historic step in integrating open-source operating systems with advanced hardware technology.   deepin 23: Leading the New Era of AI and Operating System Integration As an open-source desktop operating system based on Linux, deepin has been beloved by global users ...Read more

Exciting Updates in the New Version of deepin IDE: Get a Sneak Peek!

Exciting Updates in the New Version of deepin IDE: Get a Sneak Peek!

It's been a month since we released the last version of deepin IDE. During this short time, what amazing features have our engineers been working on? Let's take a closer look at the highlights of this deepin IDE update. "deepin-IDE Achieves Bootstrapping!"   deepin IDE Version Update: Enhanced Intelligence and Tools Our development team has launched a new version of deepin IDE based on user feedback and needs, with upgrades in AI intelligence, top navigation, and various tools. Here are the key highlights: AI Enhancements: Support for file queries, online questions during intelligent Q&A, and providing corresponding links for more ...Read more

The Story Behind Mesa LLVMpipe ORCJIT Upstreaming

The Story Behind Mesa LLVMpipe ORCJIT Upstreaming

Recently, the Mesa open-source graphics driver merged the Merge Request (MR) for the llvmpipe ORCJIT backend, adding support for the riscv64 architecture.   What is LLVMpipe? LLVMpipe is a software renderer in the Mesa driver that does not use GPU hardware. Instead, it uses LLVM's JIT compiler to dynamically convert the graphics-related code to be rendered into rasterized data for display. It offers better performance compared to softpipe. Closed-source drivers have long been a major obstacle to the desktop ecosystem of the riscv64 architecture, causing most riscv64 development boards' built-in GPUs to be partially or completely unusable. Consequently, desktop distributions ...Read more