English
From August 31 to September 1, 2025, the Shanghai Cooperation Organization (SCO) Summit was held in Tianjin. As the fifth SCO Summit hosted by China, this year’s event gathered high-level representatives, including leaders from more than 20 countries and heads of 10 international organizations, making it the largest scale to date.
At this high-level, multilingual international gathering, TAIDEN provided a stable and reliable digital infrared simultaneous interpretation system for the summit. A total of 1,500 digital infrared interpretation receivers were deployed, comprehensively covering the main venue, banquet hall, listening rooms, and bilateral meeting spaces at the Tianjin Guest Hotel, ensuring clear, stable, and barrier-free communication for every delegate in every meeting.
Main venue：
Conference room：
Banquet Hall：
Yingbin Hotel：
TAIDEN Digital Infrared Simultaneous Interpretation System
✅ 12 Languages, Clear Reception
Every seat in the summit venue was equipped with a TAIDEN digital infrared receiver, meeting the 12-language requirement of this conference (the digital infrared system can support up to 40 languages). The receivers feature a 270° ultra-wide reception angle, allowing delegates to move freely around the venue while seamlessly receiving stable and clear audio. Additionally, the built-in LCD display clearly shows the names of each language, making channel switching effortless and intuitive.
✅ 64-Channel System, Efficient and Reliable
The interpreter booths were equipped with HCS-8385 series next-generation fully digital interpretation units, capable of processing simultaneous interpretation for up to 64 languages (including the original audio channel). Paired with a 6.8-inch TFT LCD high-definition display, these units provide interpreters with a safer and more efficient working experience.
✅ 97-Meter Ultra-Wide Coverage, No Dead Zones
The HCS-5100T series digital infrared radiator units deployed in the venue offered two power options—25 W and 35 W—with a maximum radiation radius of 97 meters and support for adjustable emission angles across 13 levels. Strategically arranged according to the venue’s layout, they ensured seamless signal coverage without dead zones, creating a broad and secure communication environment for all participants.
