eSOL Technology Forum 2025 in Japan Wraps Up Successfully!
eSOL was pleased to hold the eSOL Technology Forum 2025 on June 27th in Tokyo, Japan.
Beginning with a speech by Masaki Gondo, eSOL's new president and CEO, this forum delved into the challenges facing Japanese software in the manufacturing industry. In addition to our presentation, guest speakers from Woven by Toyota and Mazda introduced their strategies to overcome these challenges. Furthermore, Deloitte Tohmatsu Consulting presented the prospects for the mobility and robotics industry that stem from accelerating AI development.
Many attendees visited our demo booths during the breaks and networking sessions, exchanging information and ideas.
A big thank you to our guest speakers, and to everyone who joined us on this occasion!
Thank You to Everyone Who Attended the MPSoC 2025 in Megève, France!
Masaki Gondo, eSOL's new president and CEO, presented at the MPSoC 2025 in Megève, France, from June 15th to 20th, on 'The essentials for SDV—Service modeling and a Multi-kernel OS'.
eSOL boasts deep expertise and advanced technological capability cultivated through the provision of platform products based on its eMCOS real-time operating system (RTOS) and engineering services. With a track record as one of the few leading OS vendors in the market, we are ready to take advantage of our full-stack engineering expertise built through a broad spectrum of software development projects, and therefore contribute to the realization of SDV.
What is Essential Scheduling for Embedded Systems? A Practical Understanding of Multitasking Programming
Our latest blog post explores what essential scheduling means for embedded systems and why it matters. As multicore processors become standard in embedded design, developers face the challenge of adapting legacy software for single-core to SMP (symmetric multiprocessing) environments. But simply running the same code across multiple cores doesn’t guarantee better performance or even correct behavior.
Effective use of multicore processors requires robust multitasking and smart scheduling. This in-depth technical article explains key scheduling principles for embedded environments, including core algorithms, the importance of preemption, and the role of real-time operating systems.
