近日，一场RISC-V创新中心产教融合交流会在苏州召开。大家围绕产业发展与人才培养展开深入 思考交流，用"芯速度"探讨"慢功夫"。"芯片的自主可控之路是一场壮丽的技术'长征'，而苏州正努力在 这条路上扮演重要角色。RISC-V这一新赛道，必将发挥关键作用。"一位资深芯片研究人员这样看待苏 州的布局。 在全球集成电路产业格局持续演变的背景下，开源架构RISC-V凭借其开放生态与灵活定制的特 性，正成为新一轮竞争的焦点。今年5月，RISC-V开源芯片产业创新中心（RVIC）在苏州正式启动； 短短三个月后，江苏省RISC-V产业联盟在苏州落户。依托坚实的产业基础和开放创新的产业生态，苏 州正在这一新兴赛道上快速迈进，云安全芯片、可信高算力加速卡、高速接口芯片等一批标杆产品相继 研发成功，展现出苏州在发展RISC-V产业上非同一般的决心与效率。 构建高地，瞄准产值百亿目标 集成电路是名副其实的"工业粮食"。它通过精密的半导体工艺，将数以亿计的晶体管集成在微小的 硅片上，成为驱动一切电子设备智能运转的"大脑"。从掌中的智能手机到庞大的AI服务器，从新能源汽 车到遥远的航天器，这颗"芯"支撑着现代社会的智能化运转。 而R ...

Summary of Guoxin Technology Conference Call Company and Industry Overview - The conference call focuses on Guoxin Technology, a company specializing in semiconductor technology, particularly the RISC-V architecture, which is gaining traction in the semiconductor industry due to its open standard and innovation potential [3][4][5]. Core Points and Arguments 1. **Adoption of RISC-V Architecture**: Guoxin Technology has chosen the RISC-V architecture for its openness and innovation, allowing for a wide range of applications from embedded design to high-performance computing without licensing fees [3][4]. 2. **Market Potential**: The global market for RISC-V is projected to exceed $90 billion by 2030, with a compound annual growth rate (CAGR) of 47.4%, indicating significant growth opportunities in sectors like consumer electronics, autonomous driving, and industrial control [3][6][7]. 3. **Product Development**: Guoxin Technology is developing the V5 CPU core based on RISC-V, focusing on sectors such as information security and automotive electronics. The company aims to create low-power CPU cores and expand DSP instructions to meet the needs of IoT and automotive applications [3][5]. 4. **Automotive Electronics Innovations**: The company has developed high-end automotive chips using the RISC-V instruction set, targeting software-defined vehicles. The first product is designed for intelligent driving assistance systems, achieving a computing power of 6,000 DMIPS [9][10]. 5. **High-Performance Computing**: Guoxin Technology has introduced the CRV5 and CRC77 multi-core processors, with the latter competing against ARM Cortex-A55, operating at a frequency of 1.5GHz, providing robust computational support for complex applications [10][11]. 6. **Information Security Solutions**: The CRP7 CPU has been utilized to develop a cloud security chip with a signing speed of 1 million signatures per second and an encryption speed of 80Gbps, meeting domestic security standards [12][13]. 7. **Future Product Strategy**: The company plans to leverage its FCPU series IP to create reusable chip products across various sectors, enhancing performance through the integration of RISC-V CPUs and NPUs [16][17]. 8. **AI Integration**: Guoxin Technology is expanding AI instruction sets in its CPUs to improve neural network processing capabilities, aligning with the growing demand for AI applications [11][17]. Additional Important Insights 1. **Open Ecosystem Benefits**: The open nature of RISC-V allows for reduced design costs and faster development times, with user-customized designs expected to drop below 10% as the ecosystem matures [4][7]. 2. **Government Support**: The national support for RISC-V technologies is aimed at fostering domestic semiconductor industry growth and enhancing innovation capabilities [8]. 3. **Strategic Focus Areas**: Over the next 3 to 5 years, Guoxin Technology will concentrate on IoT applications, smart governance systems, and the automotive sector, with a particular emphasis on RISC-V architecture [23]. 4. **Collaboration with Major Players**: The company is involved in partnerships with various automotive chip manufacturers to accelerate the development of RISC-V based automotive chips [23][24]. 5. **Quantum Security Initiatives**: Guoxin Technology is also exploring quantum security measures to address potential threats posed by advancements in quantum computing [20]. This summary encapsulates the key points discussed during the conference call, highlighting Guoxin Technology's strategic direction, product innovations, and the broader implications of the RISC-V architecture in the semiconductor industry.