Boarden successfully hosted a technical seminar with strategic partner TOSPO, jointly exploring the future of circuit protection technology in the LED lighting industry.
On November 15, 2024, Shanghai Boarden was invited by its strategic partner Hengdian Group TOSPO Lighting to jointly host a seminar on the future technological development of circuit protection solutions in the LED lighting industry.
Amid the evolving global economy, a recent seminar focused on redefining product and circuit protection solutions in the LED lighting industry. The aim was to make products more forward-looking and cost-effective. This collaborative effort introduced fresh perspectives for technological innovation in LED lighting and provided other industries with new strategies to enhance product competitiveness amidst overcapacity and intense competition. The event was attended by over 30 electronic development engineers from TOSPO, covering both indoor and outdoor lighting fields. TOSPO’s technical team highly valued the seminar, participating actively throughout. From Boarden, key attendees included Customer Manager Mr. Lin and FAE Lead Mr. Xie, among others.
The discussions revolved around the electromagnetic environments in which LED luminaires operate, industry standards, and precise requirements for components and solutions. Combining theoretical insights with practical experiences, both parties conducted in-depth discussions on optimizing circuit protection solutions and customizing new products. Mr. Xie, Boarden’s FAE Lead, showcased the performance advantages, market applications, and case studies of their flagship products. His detailed presentation provided insights into future optimizations for LED power supply circuit protection solutions and the roadmap for new product development. This seminar laid a solid foundation for further collaboration between the two companies.
Key Highlights of the Seminar
1. Comprehensive Circuit Protection Solutions
Boarden showcased its extensive product portfolio, including CMS varistors, GDT gas discharge tubes, and TVS diodes, emphasizing multi-scenario protection for LED lighting. A standout was the CMS1206V561, a high-surge solution tailored for the Indian market, offering stable protection under 440Vac input voltage and 4KV surge conditions.
2. Optimized SMD Varistor Solutions
Boarden proposed an optimized approach to replacing traditional plug-in varistors with SMD varistors, focusing on current handling capabilities, cost efficiency, and space utilization. This innovative solution delivers a “three-in-one” benefit for customers.
3. Technological Innovation and Industry Strategy
The seminar also reflected on Boarden’s technological advancements since 2005, showcasing its achievements in the LED lighting market. For the first time, Boarden unveiled its plans for future product development and strategies to maintain industry leadership.
Mr. Xie engaged TOSPO engineers in detailed discussions on application-specific cases, particularly on key considerations for surge protection design. Participants gained valuable insights into efficient solutions for component selection and design, enabling cost reductions, increased production efficiency, and space savings—realizing the “three-in-one” benefits. Boarden also benefited significantly from the seminar, gaining deeper insights into customer challenges with circuit protection and obtaining firsthand information on market demands in the LED lighting industry. These findings provide Boarden with renewed momentum to drive innovation in circuit protection for LED lighting.
This seminar identified solutions and development directions for circuit protection under the current competitive landscape. It further deepened the strategic partnership between Boarden and TOSPO, offering a collaborative model for industries navigating economic downturns. Looking ahead, the two companies will continue to join forces, driving technological innovation and delivering more efficient, reliable, and cost-effective circuit protection solutions for the LED lighting market.