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The 2016 Olympics in Rio de Janeiro, Brazil

Published: 2019-05-21 14:23:42Author: adminRead: 961

Project Introduction

Maracana Stadium, a professional football stadium in Rio de Janeiro, Brazil, can accommodate 80,000 spectators. The stadium was built for the 1950 World Cup in Brazil. In addition to being the venue for the 1950 World Cup finals, it also serves as the venue for the 2013 FIFA Confederations Cup and the 2014 World Cup in Brazil. In addition, it is the opening and closing Stadium of the 2016 Olympics in Rio de Janeiro. It adopts HUB series transmission networking, which is easy and convenient. It is suitable for medium and large-scale analog video surveillance project networking, simple and convenient, and has stable performance.

Solution

Adopting HD video and power Receiver HUB series products from FOLKSAFE. With unique patented design technology, support OSD remote control, easy to manage and control the camera. No need extra power which solves the problem of inconvenient to take power during camera installation in actual engineering applications.

Application Features

Support HD-TVI/CVI/AHD/CVBS 4-in-1 high-definition video transmission, adopting principle of Balun to realize signals single-end to Diff and Diff to single-end transmission. Using Cat5/5e/6 cable as transmission medium, easy and convenient. Adopting non-source circuit design and has good temperature characteristics, plug and play, convenient maintenance, flexible wiring and obvious cost advantages.

Built-in TVS power tube and adopts a unique anti-surge design with a protection level of 2KV, which is used to discharge the surge and reduce the risk of damage from the surge to the camera and DVR.

Summary

HD video and power Receiver HUB series products from FOLKSAFE has excellent anti-interference and low emissions, allowing video and power signals to coexist in various environments. Compared with traditional video receiver, this series of products greatly reduces the cost and improves the stability and reliability of the entire system.




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