World cup fever really hit most of the inhabitants of this planet. Although separated by oceans and the distance of 8500 km, the audience of the ball in Indonesia could be cheered excitedly when his favorite team is able to break the opponent's goal, along with cheering spectators who watched directly inside the stadium in South Africa.
Of course, it could not be separated from technological sophistication, which escaped the eyes of most people. In fact, the first World Cup on the African continent is a world cup with the most advanced technology ever.
According to The Soccer Room, world cup this time involving at least 600 tons of technological equipment imported from various countries, because no one country is able to provide all alone.
As you well know, 25 games from all 64 matches broadcast technology with 3D (three dimensional). Each camera is used at the World Cup also provided by a software that can record every game with a higher frame rate, so the broadcast quality is maintained even enjoyed through the phone.
Committee for the World Cup got to spend money almost reached around Rp 1 trillion to provide technology that enables the entire world can enjoy the air every game at the same time.
All game images from 10 stadiums, will be distributed to the broadcasting center in Nasrec, located in the southern capital of South Africa, Johannesberg, before finally being broadcast to 204 countries around the world.
Without a broadcasting center, according to FIFA General Secretary Jerome Valcke, there will be no world cup. "This is where the whole world can watch the world cup in South Africa," he said.
In the broadcasting center of 3 hectares, around 2500 people work, including personnel from FIFA and the broadcasters from around the world.
In every stadium itself, equipped with more than 32 cameras, including cameras from helicopters. Each camera image signal is sent to the carrier that there is room in every stadium.
Each video image will then be converted into a digital signal which is then transmitted via fiber optic cable capacity of 20 Gbps. The capacity of the channel is able to download a movie theater less than two seconds, or even distribute 312,500 telephone calls at one time.
Optic cable that too is equipped with temperature and pressure detection system, capable of indicating when the damage occurred. Had damage to the optic cable occurs, the signal will be transmitted via satellite.
"The world must know that the World Cup in Africa is supported by technology and infrastructure best ever," said chief executive committees of local organizing committee, Danny Jordaan.
Of course, it could not be separated from technological sophistication, which escaped the eyes of most people. In fact, the first World Cup on the African continent is a world cup with the most advanced technology ever.
According to The Soccer Room, world cup this time involving at least 600 tons of technological equipment imported from various countries, because no one country is able to provide all alone.
As you well know, 25 games from all 64 matches broadcast technology with 3D (three dimensional). Each camera is used at the World Cup also provided by a software that can record every game with a higher frame rate, so the broadcast quality is maintained even enjoyed through the phone.
Committee for the World Cup got to spend money almost reached around Rp 1 trillion to provide technology that enables the entire world can enjoy the air every game at the same time.
All game images from 10 stadiums, will be distributed to the broadcasting center in Nasrec, located in the southern capital of South Africa, Johannesberg, before finally being broadcast to 204 countries around the world.
Without a broadcasting center, according to FIFA General Secretary Jerome Valcke, there will be no world cup. "This is where the whole world can watch the world cup in South Africa," he said.
In the broadcasting center of 3 hectares, around 2500 people work, including personnel from FIFA and the broadcasters from around the world.
In every stadium itself, equipped with more than 32 cameras, including cameras from helicopters. Each camera image signal is sent to the carrier that there is room in every stadium.
Each video image will then be converted into a digital signal which is then transmitted via fiber optic cable capacity of 20 Gbps. The capacity of the channel is able to download a movie theater less than two seconds, or even distribute 312,500 telephone calls at one time.
Optic cable that too is equipped with temperature and pressure detection system, capable of indicating when the damage occurred. Had damage to the optic cable occurs, the signal will be transmitted via satellite.
"The world must know that the World Cup in Africa is supported by technology and infrastructure best ever," said chief executive committees of local organizing committee, Danny Jordaan.
