Taiwan・Government & Council・2015
Hsinchu District Prosecutors Office, Taiwan, 6th Floor Room 635 - FCS-6300 Conference System Case Study
| Customers | Meeting Room 635, 6th Floor, Taiwan Hsinchu District Prosecutors Office |
|---|---|
| Country／Region | Taiwan |
| Venues | Governments & Parliaments |
| Release Date | 2015-03-20 |
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[Written by Joanne Wang]
The predecessor of the Taiwan Hsinchu District Prosecutors Office was the Hsinchu Branch Prosecutors Office of the Taipei District Court during the Japanese colonial period. It was restructured into the Taiwan Hsinchu District Prosecutors Office in 1937, governing the Hsinchu Prefecture at that time (which currently includes Hsinchu County, Hsinchu City, Taoyuan City, and Miaoli County). Following the retrocession of Taiwan in 1945, it was renamed the Taiwan Hsinchu District Prosecutors Office. This institution bears heavy responsibilities, existing to prosecute crimes for the nation, protect people's rights, and maintain national security and social peace. This project case was undertaken by Yu-Jun Electric Co., Ltd., which has over ten years of experience. Dedicated personnel are responsible for planning, design, construction, and maintenance engineering, providing customers with the most complete service through excellent technology. Yu-Jun's professional system integration capabilities maximized efficiency in this project's system integration, earning highly positive reviews from users. Located on the 6th floor, Conference Room 635 has 44 seats and is equipped with BXB's new FCS-6350 series tabletop UFO conference microphones. This microphone control host and chairman and delegate units have just won the 2015 Taiwan Excellence Award. Even better, there is more than one piece of good news: the design of the UFO unit also won the 2015 iF Product Design Award, which is undoubtedly an endorsement and affirmation of product quality and design. In addition, regarding the wiring installation, CAT5E network cables are used in a loop system and parallel wiring. The benefit of this parallel wiring is that, unlike traditional daisy-chain wiring where a single faulty unit during use would cause all subsequent units to fail, it ensures continuous operation.