#China #Beijing #Valens Semiconductor #MIPI A-PHY #ESWIN Computing

Valens Semiconductor and ESWIN Computing Jointly Launch MIPI A-PHY Solutions for China's Automotive Sector

In a groundbreaking collaboration, Valens Semiconductor and ESWIN Computing have united forces to introduce a comprehensive range of MIPI A-PHY solutions aimed at the burgeoning Chinese automotive market. This partnership signifies a pivotal moment for local automakers, as it allows them to access MIPI A-PHY chipsets that are economically viable and ready for production, specifically designed for both sensor and display connectivity.

Scheduled for demonstration at the much-anticipated Auto Shanghai event from April 23 to May 2, this strategic alliance is expected to attract significant attention from industry stakeholders. Leveraging Valens' established expertise in MIPI A-PHY technology—where Valens stands as a key contributor to the industry standard—the partnership seeks to capitalize on ESWIN Computing's profound grasp of the local market dynamics.

Growing Demand and Quick Adoption

MIPI A-PHY has emerged as the first automotive industry standard tailored to facilitate high-speed sensor and display connectivities within vehicles. This standard has paved the way for a developing ecosystem that encourages manufacturers to design products based on MIPI A-PHY technology. Notably, China has demonstrated an impressive rate of adoption, with seven silicon vendors having already completed interoperability testing, underscoring the rapid integration of this standard into the local market.

As a leader in MIPI A-PHY, Valens has already introduced the VA7000 Series chipsets, marking a significant milestone as the first chipsets compliant with the new standard. The series has garnered critical design wins among major original equipment manufacturers (OEMs), illustrating Valens' competitive edge in the semiconductor landscape.

Statements from Company Leaders

Adar Segal, Head of Automotive Business at Valens Semiconductor, articulated the significance of this partnership, stating, "China is a key innovator in the automotive industry, and it is no surprise that the MIPI A-PHY standard is seeing such rapid adoption there. Our collaboration with ESWIN Computing allows us to maximize this opportunity."

echoing this sentiment, Weihao Hu, President and COO of ESWIN Computing, remarked, "Partnering with Valens Semiconductor enables us to enhance our A-PHY offering by integrating sensor connectivity components, ensuring reliable and cost-effective high-performance solutions for Chinese automotive manufacturers. We are excited to present our complete solution at Auto Shanghai."

The Future of Connectivity in Automotive

The implications of this partnership extend far beyond the initial unveiling at Auto Shanghai. It represents a major shift in how automotive technology is evolving in response to market demands. The collaboration serves to enhance the technological landscape by providing Chinese automakers with tools essential for the future of vehicle connectivity, where efficient and high-quality connections between vehicle components are paramount.

Valens Semiconductor, listed on NYSE under the ticker VLN, is recognized as a trailblazer in high-performance connectivity solutions. The company’s chipsets facilitate a transformative digital experience across numerous applications, including advanced driver-assistance systems (ADAS) and autonomous driving innovations. Combining forces with ESWIN Computing, known for its prowess in AI and RISC-V architecture, positions the new MIPI A-PHY offering as a versatile solution tailored for the demands of modern automotive technology.

Conclusion

In essence, the union of Valens Semiconductor and ESWIN Computing heralds a new chapter for automotive manufacturers in China, offering promising advancements in connectivity solutions. As the demand for high-performance and reliable automotive technology continues to escalate, this partnership aims to meet and exceed market expectations, ensuring that Chinese automakers are equipped with cutting-edge technology tailored for their specific needs.