2024-03-15 In March 14th, Appliance&electronics World Expo (AWE) officially kicked off at the Shanghai New International Expo Center. Calterah presented a full portfolio of 60 GHz mmWave radar SoCs and unveiled its latest Indoor Human Point Cloud SDK solution at 3E81 W3.

2024-03-13 On March 12, the 5th Software Defined Vehicles Forum and AUTOSAR China Day was held in Shanghai. Co-hosted by AUTOSAR Organization and Gasgoo, the event focused on Software Defined Vehicles (SDV) and discussed the future trends of automotive software technologies. As a leading enterprise in mmWave radar chips, Calterah's automotive SoC products and solutions cover various auto radar applications, including 4D imaging radar, front radar, corner radar, door radar, in-cabin radar, etc. Invited to AUTOSAR China Day, Calterah elaborated on its development model of chip basic software based on AUTOSAR, gaining wide attention from the industry.

2024-01-26 Marking the pioneer’s exhibition debut in Japan, Calterah as a mature semiconductor company with mass production operation achievement, had impressed visitors with its comprehensive selection of automotive mmWave radar SoCs and their applications for both the interior and exterior of vehicles including the latest short-range radar applications, highlighting their involvement in empowering L2+ autonomous driving. Providing interactive experiences and expert advice at the booth, Calterah’s impressive display has helped deepen its communication with international customers as the company seeks to further develop its global strategic presence.

2023-12-19 In response to the high demands for forward-looking radar applications, based on Alps-Pro mmWave radar SoC, Calterah unveiled a new forward-looking radar solution with excellent detection performances, which can fulfill the requirements of L2/L2+ ADAS systems. Alps-Pro forward-looking radar solution supports long-range-radar (LRR) and medium-range-radar (MRR) modes, providing more powerful range detection, more accurate real-time velocity measurement, high-accuracy 2D angle measurement with larger FOV, more stable angle separation with higher resolution, as well as more precise depiction of objects.

2023-12-05 An exceptionally high level of reliability and safety is required for automotive chips. In response to high standards and stringent requirements on automotive chips, Calterah, as a leading player in the mmWave radar chip market, adheres to its core value of “Quality Pursuit” and its quality policy of “With a pledge of quality, we innovate for the greater good”. Recently, Calterah hosted its third “Quality Month” event spanning over a month, to raise quality awareness of all Calterah members and enhance its “Zero Defects” management of automotive-grade chips, thus facilitating innovations in quality management, and the delivery of mmWave radar technologies with higher quality, reliability, and performance.

2023-11-30 Recently, Calterah has earned the ISO/IEC 27001:2013 certification for information security management system by TÜV Rheinland. This recognition demonstrates that Calterah has established a comprehensive information security management system aligned to the international standard.

2023-11-20 On November 20, the awarding ceremony for ASPICE CL2 certification to Calterah's Alps-Pro AUTOSAR project was held. In the Automotive Software Process Improvement and Capability dEtermination (ASPICE) assessment, the Calterah Alps-Pro AUTOSAR project has passed CL2 (Capability Level 2) with flying colors in all 16 major processes, demonstrating that Calterah has aligned to advanced international standards for software development and  process management for automotive mmWave radar SoC chips.

2023-11-17 Recently, Dr. Chen Jiashu, CEO of Calterah, attended the China Auto Supply Chain Summit (CASCS) at the World New Auto Technology Collaboration Ecosystem Show (WNATCES 2023). He shared his insights on the future market trends for the automotive mmWave radar and explained how Calterah’s innovative semiconductor technologies propel the wide application of automotive mmWave radar.