Transferring Broadband and Data Through Light Part 1 - Special Guest: OptiPulse COO Mathis Shinnick

Published: July 15, 2021, 2:09 a.m.

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Mathis Shinnick has been working with startups and investors for years. Most recently, he co-founded OptiPulse. Based in Albuquerque, New Mexico OptiPulse is working to revolutionize digital communications. They are developing Near InfraRed technology that tests show are capable of data transmission speeds that leave 5G and even the much lauded Starlink in the dust. How fast? How about 10GB/sec? The potential is actually much greater but that is all current off-the-shelf electronics can handle.\\xa0

Just as exciting as the speed is the range that it allows. Photons towards the infrared part of the spectrum have a longer wavelength than radio or microwaves. Normally, that limits the range as longer, lower energy wavelengths can get obscured in the atmosphere. OptiPulse has patented technology that can focus the energy much more like a laser, giving it much greater range. If you are wondering how great the range is, it can send a beam to space with the kind of bandwidth mentioned above. Also, if you caught the part about low energy, that means you don\\u2019t need nearly as much power to operate the system, making it cheaper and greener to use.\\xa0

That increased range plus lower cost will make OptiPulse the perfect choice for bringing broadband communications to out-of-the-way areas. Well placed towers could provide communication for places that are difficult to reach with any kind of cable. Right away, that makes the OptiPulse system an obviously better alternative than fiber optics or any other option that relies on a hard and continuous infrastructure system. Naturally, this saves considerably on construction costs. There will still be costs of course. The detectors are line of sight, requiring the detectors to be in view of each other. While that means that a number of collectors and emitters are necessary, it also means that the data is more secure since it is harder to intercept a direct beam than something diffused over a wide area.

Another interesting benefit of this developing technology, Mathis points out, is that since it uses light to transmit information, it operates outside of any regulated space. OptiPulse, therefore, isn\\u2019t competing with all the cell towers and Starlink that are operating in the radio band. Those other means of communication have to deal with interference from other signals, signals that require devices to filter out the noise that results from the interference. Again, lower cost than other alternatives.\\xa0

Mathis also says Optipulse will be easier to update. Since it is a modular system based around towers, towers that are accessible compared to cables in the ground or satellites in space, changing out hardware would be just a drive from the nearest service hub away. Therefore, as the communications technology develops, OptiPulse will be able to keep up with it much easier than anything else on the market or close to the market.\\xa0

Yet, OptiPulse need not completely take over either. It could actually work with existing fiber optic technology. Remember, fiber optic is just using light to transmit information through a glass tube in the ground. Existing cable could be mated to an OptiPulse tower to extend the range of the network rather than having to incur the expense of laying a new cable.\\xa0\\xa0

Where are things going in the future? The shift to online work that occurred as a result of Covid has brought a lot of awareness to the need for better connectivity, and to the fact that 5G isn\\u2019t delivering on its promise. Even in the relatively few places where it has been implemented, it is underperforming. That has helped OptiPulse attract a number of investors to help bring the company to the next phase, bringing the next phase of connectivity closer to you.

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