South Africa’s Seacom and Infinera trial world’s first 500 Gigabit/second high-speed data network
Trial demonstrates South Africa’s readiness to host large-scale global infrastructure projects like the Square Kilometre Array
4 August 2011
South Africa-based undersea cable company Seacom and US-based digital optical networking equipment supplier Infinera have achieved a global first by successfully trialling a 500 Gigabits per second transmission over Seacom's newly built network between KwaZulu-Natal and Gauteng.
"This event is a landmark achievement and a global first," Seacom CEO Brian Herlihy said in a statement. "It also signals the international science research and development community that global projects such as the Square Kilometre Array are well within Africa's reach."
Live demonstration
The trial made use of five 100 Gigabit per second (100 Gb/s) channels of coherent optical transmission over a distance of 1 732 kilometres on Monday.
The trial was run over and looped back across Seacom's newly built 930-kilometre Dark Fibre Africa fibre route, which links the Seacom Mtunzini cable landing station on the coast of South Africa's KwaZulu-Natal province to the Teraco data centre in Johannesburg.
The live demonstration, news of which has generated huge excitement in the industry, was witnessed by members of the scientific, research and development community at Teraco's data centre in Johannesburg.
"The trial demonstrates Seacom's commitment to increase the pace at which African networks are deploying cutting-edge telecommunications infrastructure technology to support Africa's rise as a primary scientific and business destination," said Herlihy.
Photonic Integrated Circuits
The trial used Infinera's 500 Gb/s Photonic Integrated Circuits (PICs), each of which integrates five 100 Gb/s coherent channels onto a single chip. The PICs were used for both transmitting and receiving the five 100 Gb/s signals during the trial.
At the consumer level, the 500Gb/s PIC technology enables the download of 2 400 high-definition Blu-Ray movie files in 60 seconds, or supports the streaming of 320 000 simultaneous high definition video channels over a single fibre pair.
Demand for large-capacity transmission
Fibre optic transmission technologies have been developing considerably to satisfy demand for large-capacity digital transmission in public telecommunication networks worldwide.
"With internet traffic growing at exponential rates, driven by video, cloud computing, and mobility, the 500G PIC technology is designed to support the required growth in network capacity, while reducing the per-bit cost, space, and power consumption," said Infinera CEO Tom Fallon.
"These attributes are in-line with Seacom's vision to providing world-class infrastructure as African traffic continues to increase at record speeds."
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