Scientists from IBM have announced a new research result, using optical light pulses to speed data transfer between chips. As a result, the performance of today's supercomputers will increase to 1,000 times the current speed.
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CMOS Integrated Silicon Nanophotonics technology. (Photo CNet)
The new technology, called CMOS Integrated Silicon Nanophotonics , integrates optical and electronic modules on a single piece of silicon, allowing electronic signals to be converted into light pulses, CNet said . This will allow for faster communication between chips.
Will Green, light quantum science researcher at IBM, said the technology could lead to major advances in creating " terrible " power for today's supercomputers. The fastest supercomputers in the world currently only reach 2 petaflop (2 trillion calculations per second). But this new technology could push that number up to a million trillion calculations per second.
In addition, this technology can replace the widely used copper coils today for data transfer between chips. Because optical light can transmit data faster within a few centimeters to a few miles, it consumes less energy.
If IBM's announcement becomes a reality, IBM will make a breakthrough for laboratories around the world, because the speed of computer processing is raised, the scientific research work will be carried out. Show faster.
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