The Summit was covered live from the forum news center by many news organizations between eight central media sites.
Barnfind participated in the construction of the signal transmission network and was also responsible for the transmission of all signals between all sites.
Barnfind Technologies was recently tapped to configure, construct and provide a transmission network at the One Belt and One Road International Cooperation Summit which took place in Beijing from April 25th to 27th. The Summit was the second of its kind since 2017, a high-level forum sponsored by the Chinese government to discuss an ambitious global infrastructure project that aims to connect Asia with Africa and Europe via land and maritime networks.
Barnfind gear was installed in pre-wired short racks that were temporarily stacked for efficiency.
The event consisted of three parts, an opening ceremony, a roundtable summit, and a high-level meeting based around the theme: Building One Belt and One Road for a Better Future. 37 heads of state or government attended as did representatives from France, Germany, the UK, Spain, Japan, Korea and others from the EU. In addition, the UN Secretary General and the Managing Director of the International Monetary Fund were in attendance at the Forum that took place by Yanqi Lake at the foot of Yan mountain.
The Summit was covered live from the forum news center by People's Daily, Xinhua news agency, CCTV and other news organizations between eight central media sites.
Barnfind’s BTF1-02 BarnOne frame with CWDM 16-channel wavelength division multiplexing devices with optical splitters 1:8 comprised the heart of the signal transmission network that operated between the eight central media sites. Each site was equipped with main and standby receiving devices consisting of another set of 16-channel wavelength division multiplexers, a BTF1-02 and BarnMini units.
The general control room transmitted 12+2 SDI signals to various media sites. The optical signals were first multiplexed through wavelength division multiplexing and transported on one optical fiber. The distributed optical signals were then transmitted to the eight sites respectively.
Each media site configuration consisted of a main receiver de-multiplexed through a 16-channel wavelength division multiplexer, 12-2 SDI signal output through a BTF1-02, standby receiver received by a BarnMini 07, SDI signal output through 4 BarnMini 01’s. The standby receivers were 4-channel wavelength division multiplexer devices, which are point at standby receivers of main signal as BarnMini 07 is 4-channel wavelength division multiplexer.
Barnfind optical transmission products proved to be flexible, easy-to-use, and performed flawlessly throughout the Summit, receiving much praise for the quality of the system. Both the Barnfind China office and Barnfind HQ in Norway look forward to participating in many more successful events in China.
You might also like...
In a multi-disciplinary subject such as color space, it is hard to know where to start. John Watkinson argues that the starting point is less important than the destination.
Security is becoming increasingly important for broadcasters looking to transition to IP infrastructures. But creating improved software, firewalls and secure networks is only half the story as cybercriminals look to find new and imaginative methods of compromising data.
At the 2019 IBC convention this year it was clear that the consumer is king and, for broadcasters and content delivery platforms, reliably serving that on-demand ruler with hyper-adaptable operations that can reach many platforms simultaneously could secure the keys to…
The Ultra HD Forum has given a stimulus to UHD deployments with the release of its latest 2.1 guidelines that give proper weight to all the ingredients constituting next generation A/V (Audio/Video).
Live sports productions are the natural home for HDR. The increase in luminance latitude combined with extended color space delivers an immersive experience never before witnessed by the home viewer. But backwards compatibility must still be maintained for legacy SDR…