Jesper Bevensee Jensen, co-founder and CTO of a start-up association Bifrost Communications, was recently presented with a Danish Industry Foundation Entrepreneur Award of DKK 500,000 by HRH Crown Prince Frederik of Denmark.
In a proclivity for a award, a jury stressed, among other things, that a group behind Bifrost had grown a record with ‘global potential’ which, by a really nature, was ideally matched for scaling and mass production.
The association is prepared to find investors who wish to inject income into Bifrost’s ground-breaking visual transceiver (contraction of a English difference ‘transmitter’ and ‘receiver’, ed.). The record will be means to urge twine network operation and boost a array of users.
From being a proof indication a stretch of a bread bin, a transceiver is to be grown into something same to a USB hang that a group can exam on a telecom operators’ existent twine network. The aim is to secure billions of kroner in assets for a telecom sector, emanate mercantile expansion and jobs, and faster internet connections.
In new years, a former partner highbrow during DTU Fotonik published systematic articles and kick universe annals with lightning-fast wireless networks. However, he became increasingly meddlesome in elucidate a industry’s need for inexpensive broadband solutions that could yield users with good, stable, and quick internet access.
Jesper Bevensee Jensen therefore motionless to facilitate things, do divided with dear difficult steps, and use new technologies. To that end, he purebred dual patents by DTU.
In 2015, Jesper Bevensee Jensen was contacted by Bo Pedersen, before with DTU Fotonik and a male behind several telecommunications and nanotechnology start-ups. After usually 10 minutes, Jesper motionless to turn an businessman instead of a DTU researcher.
The dual group rented a bureau subsequent doorway to Jesper’s and started a association with assistance of ‘proof of concept’ appropriation from DTU. Gradually, a plan saw several gifted entrepreneurs join a team.
Over a past dual years, a group has grown a transceiver, that can send and accept sound and images. Based on supposed ‘coherent detection’ widely used in wireless communication systems, a transceiver creates it probable to implement some-more visual channels in fibre-to-the-home systems.
With a new technology, a delivery stretch can be augmenting fourfold and 8 times as many users can use a same twine connection. This means that a delivery operation of any sell is augmenting from 10 to 40 km and a array of intensity users from 32 to 256 per fibre, ensuing in a poignant rebate in both operational costs and appetite expenditure in telecom providers’ information networks.
“The combined reward here is that a telecom operators can do divided with 90 per cent of a exchanges and save power. In usually a few years, a internet’s share of sum appetite expenditure has augmenting from dual to 7 per cent. So there’s a lot of income to be saved,” says Jesper Bevensee Jensen.
Cheap customary components
The suspicion is to use inexpensive customary components most like a form of laser used in an visual mouse. The components are simply used in a new way. Behind a invention distortion analyses of how to facilitate a systems, how to mislay a some-more costly components, and how a vigilance looks when it comes from a low-cost component. The work requires tighten partnership between DTU Electrical Engineering, DTU Fotonik, and DTU Mechanical Engineering.
“The record combines laser physics, fibre, and electronic vigilance processing—three disciplines not closely related, nor apparent to combine. It competence also explain because we’re a usually ones who suspicion of a solution,” explains Jesper Bevensee Jensen.
When Netflix lags
The need to boost network ability is increasing. Not slightest due to a fact that some-more and some-more business are streaming films and array from Netflix, and a arise of new digital technologies such as practical reality. Increased internet bandwidth will therefore be a motorist for growth, says Jesper Bevensee Jensen:
“As things stand, substantiating some-more exchanges in a marginal areas is too expensive. Instead, we can strech these areas regulating the technology. In this way, the resolution is future-proofed: when we run out of bandwidth, we can usually supplement channels instead of laying some-more cables.”