The interaction between light (photons) and electrons (electronics), which is the basis of photonics. A relatively new development in the transmission and reception of data and its processing. This technique will have a great impact on the fiber optic network of the future, among other things.
One of our customers who specializes in the development of high-tech photonics hardware has managed to develop a chip the size of a grain of rice on which multiple optical functions are combined: lasers, switches and multiplexers. An enormous achievement that Global Electronics B.V. knows how to translate into the corresponding highly advanced hardware. Our high-quality machinery is ready for the future and ready to assemble the hardware of the future!
As data centers become increasingly overloaded, heat is one of the biggest problems facing electrical engineers. In electronic circuits, data is typically transmitted by electron currents passing through conductors. More data means more "traveling electrons" and therefore more heat.
But what if we could transmit data without the harmful effects of heat on electronic circuits? New research from Eindhoven University of Technology suggests that silicon can emit photons to transmit data - all without the woes of heat, high power consumption and slow on-chip and chip-to-chip communication.
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