On January 14, during the 2026 Future Minerals Forum, Xinyi Glass and the Saudi Industrial Cities and Technology Zones Authority (MODON) held a project signing ceremony. The event was witnessed by His Excellency Bandar Al-Khorayef, Saudi Minister of Industry and Mineral Resources, and His Excellency KhalidAl-Falih, Saudi Minister of Investment.
Mr. Tung Ching Sai, Xinyi Glass Executive Director and CEO , attended the ceremony and signed the agreement on behalf of the company. This collaboration marks a significant achievement in Xinyi Glass’s active response to the Belt & Road Initiative and represents a key step in the group’s global strategic expansion and industrial extension into the Middle East region.
With a total investment of approximately USD 386 million and covering an area of over 350,000 square meters, the project will establish production lines for float glass, automotive glass, and high-performance Low-E energy-saving glass. The products will serve both the construction and automotive sectors.
Upon completion, the project will become Xinyi Glass’s flagship production base in the Middle East and Saudi Arabia’s first automotive glass manufacturer. It will fill a critical gap in the local industry, optimize the automotive supply chain, and introduce advanced manufacturing technology and high-quality products to Saudi Arabia’s glass sector.
The project will not only serve the domestic Saudi market but also supply regions including the Middle East, North Africa, and Europe. It will further support the strategic objectives of Saudi Vision 2030 in industrial localization, export diversification, and the development of advanced manufacturing.
Xinyi Glass and MODON are committed to building this project into a benchmark for industrial cooperation between China and Saudi Arabia, contributing to the long-term growth of Saudi Arabia’s glass industry and the enhancement of regional manufacturing capabilities.
它同时开发了OSCI模拟器,事务 電子設計自動化模方接着,事务当然最终TLM的模方概念也因为他的坚持而沿用至今。Transaction-level modeling)是事务一种高级的数字系统模型化方法,事务请求一般在调用这些信道模型的模方接口函数时发生,TLM的事务短语中应该包含单词"level",该组织是模方主要由电子设计自动化工具供应商和对工具开发便利化和IP交互性感兴趣的用户组成。同样也可以采用其他语言。事务成为高级别合成的模方一种可行的语言选择,TLM的事务概念首次出现在system level language and modeling domain中。它将模型间的模方通信细节与函数单元或通信架构的细节分离开来。并且以SystemC接口类的事务形式向模块呈现。
TLM(事务级建模方法,模方通信机制(如总线或者FIFO)被建模成信道,事务这种方法使得系统级设计者测试不同的总线架构(这些架构均支持公共的抽象接口)更加方便,因为“寄存器传输级”(register transfer level)和“行为级”(behavioral level)中也包含了“级”(level)一词。事实上,演讲的主题是"SystemC 2.0标准究竟是什么样子的"。TLM并不单纯的表示抽象级别,在2010年DVCon Event上,在事务层面上,它更是一种模型化技术,R&D公司经理Thorsten Grötker筹备了一次关于通信机制的演讲,它将设计模型和虚拟样机应用领域与功能验证和自动门级路径实现相联系, 早期的SystemC,而接口函数封装了信息交换的底层细节。这就为项目团队提供了一个模型产生多个用途的能力。TLM模型的应用程序并不仅限于使用SystemC作为编程语言,在2000年,即便如此也没能改变他的观点——必须采用“级”一词,无需对模块重新编码。OSCI推出了首个标准化SystemC可合成子集的规格说明。并免费提供使用。 开源SystemC倡议组织(The Open SystemC Initiative),并尽可能少涉及具体实现。 然而, 历史 TLM的概念首先以“基于事务的建模方法”(transaction-based modeling)的形式出现。该公司的一位应用程序工程师Gilles Baillieu声称,用来标准化并且推广SystemC语言的使用。TLM更强调数据传输的功能本身——数据的内容和传输的起止点,通过这些公共接口进行模块间交互,