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Canxin Technology: Developing automotive electronic field controller SoC platform, customized chip demand increasing to expand market space|Exclusive coverage of earnings conference
① Zhuang Zhiqing, the director of Canxin Co., stated that the company has initiated projects and started research and development for BLE+RF wireless microcontroller platforms, controllers SoC platforms in the field of autos electronics, and system-level automated testing platform solutions; ② Zhuang Zhiqing mentioned that the continued growth in demand for custom chips has expanded market space for the chip design services industry.
Canxin Co., Ltd.: Report for the third quarter of 2024
Third Quarter Report 2024
Can-Syntronics (688691.SH) released its performance for the first three quarters, with a net income of 81.97 million yuan, a year-on-year decrease of 41.76%.
Canxin Co., Ltd. (688691.SH) disclosed the third quarter report of 2024, achieving revenue of 8...
Canxin shares (688691.SH): The main design of the front-end and DFT parts related to functional safety of the dual-core lock-step MCU platform based on 40nm EFlash has been completed.
On September 25, Canxin Technology (688691.SH) stated at an investor relations event that: (1) In terms of the automotive platform: the company has completed the main design of the functional safety related front-end and DFT parts of the automotive dual-core lockstep MCU platform based on 40nmEFlash, and entered the simulation verification stage; (2) Regarding the automatic test platform: the company has successfully built automated test systems for MIPI, PCIE, DDR, ADC, RF respectively, and verified them in actual projects. The consistency of test data is guaranteed, and the testing efficiency has been significantly improved.
Canxin Shares (688691.SH): Advanced technology MIPIDPHYIP design successfully verified to meet the reliability requirements of automotive electronics.
Gelonghui September 25th | Canxin shares (688691.SH) stated at the investor relations event that (3) MIPI: The company has successfully verified the design of MIPIDPHYIP advanced technology that meets the reliability requirements of automotive electronics, with a maximum speed of 2.5Gbps. At the same time, the company has successfully verified the design of MIPIDPHYIP based on 28nmHKC+ technology, with a maximum speed of 4.5Gbps; (4) USB: The company has successfully verified the design of USB2.0IP advanced technology that meets the reliability requirements of automotive electronics, with a speed of up to 480Mbps. At the same time, the company's basic
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