Fail-safe, reconfigurable chips

Jose Campmany and Daniel Pérez. Credit: Asociación RUVID.

Scientists at the Telecoms and Multimedia Applications Institute (iTEAM) of Valencia’s Polytechnic University (UPV) have actually taken an action towards producing a foolproof chip. They have actually established an innovative approach for the analysis and à la cart setup of photonic circuits, that makes it possible to pre-emptively handle the possible faults that a chip might suffer and decrease their effect in the style stage, prior to the chips end up being functional.

The work of the UPV scientists is centred on generic-purpose photonic circuits, which offer several performances while utilizing a single architecture, in an analogue method to how microprocessors operate in electronic devices. “With the tools we have developed, we will simplify and optimise the manufacturing and performance of these chips,” states José Campany, scientist at the Photonics Research Study Labs (PRL) of the iTEAM UPV.


According to teacher Campany, faults frequently happen within the elements of the circuits, which wind up impacting their last efficiency. “The technique makes it possible to predict where the circuit will fail and configure the other components to make up for these deficiencies, thus guaranteeing their maximum performance,” he states. All this is undetectable to the user.


“The analysis method is relatively simple: Each one of the units of the circuit is configured, and by applying mathematic induction techniques, offers a diagnosis of how the circuit would behave in each of the ports. Based on this diagnosis, we can conduct the modifications we see necessary in the configuration,” describes Daniel Pérez, fellow scientist at the PRL-iTEAM of the UPV. “Furthermore, the method enables us to simulate larger circuits and validate their capabilities with current manufacturing techniques.”


Another advantage of the work is the chip expense reduction. “If you are able to optimise the circuit with software, the manufacturing phase is not as demanding, which makes it possible to increase the performance when producing these devices,” includes Campany.


Chips with Expert System


The work established by the iTEAM scientists likewise requires a primary step for the style and production of photonic circuits with expert system strategies. “With this method, we can use machine learning algorithms to synthesise and design circuits. Current day work is the seed that an automated learning method needs,” includes Daniel Pérez.


The next obstacle for the UPV iTEAM scientists is to combine their newest works for the style of hardware of the circuits with sophisticated algorithms that make it possible to squeeze all the possible out of the incorporated optics.

Check Out even more:
Brand new multi-purpose programmable opticalchips

More details:
Daniel Pérez et al. Scalable analysis for approximate photonic incorporated waveguide meshes, Optica (2018). DOI: 10.1364/ OPTICA.6.000019

Journal recommendation:

Supplied by:
Asociacion RUVID.

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