Welcome to OptiPulse, a technology company dedicated to revolutionizing the way we communicate. Our mission is to develop and deploy cutting-edge optical wireless networks (OWN) that provide lightning-fast, secure, and cost-effective connectivity to people around the world.
At OptiPulse, we believe that connectivity is a fundamental right that should be accessible to everyone, regardless of their location or economic status. That's why we are committed to bringing our technology to underdeveloped regions of the world, where access to information and resources can make a significant difference in people's lives.
Transition from 5G to 6G optical wireless
The goal of this business case is to outline the advantages of transitioning from legacy wireless infrastructure, such as 5G MIMO systems, to an NIR optical wireless passive array system for routing signals in specific beam directions.
The proposed optical wireless system offers a safe lower energy consumption, reduced interference, higher bandwidth and higher data rates, making it an attractive alternative to connect the world
Lower Energy Consumption
Optical wireless systems require only milliwatts of power, significantly reducing energy usage an increasing sustainability.
Enhanced
Security
Due to the line-of-sight nature of optical wireless communications, these systems are inherently more secure than traditional radio frequency-based systems. And connections can be meshed for high reliability.
Ease of
Deployment
Optical wireless systems can be deployed in various environments, including urban areas, remote locations, and challenging terrains, without the need for carrying fibers & a carbon footprint that comes along with it.
Higher Data Rates
NIR optical wireless systems can achieve higher data rates than conventional wireless technologies, improving network performance and user experience.
OptiPulse is a Leading partners in a Regional Innovation Engine (RIE) to develop Optical Wireless 6G
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Build and equip a 100,000 sqft compound semiconductor growth and fab based on 4- and 6-inch lines.
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Establish a leading-edge packaging lab for solder bonding and integrating 3D circuits for controlling the Light Grids.
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Develop applied physics test laboratories for innovating sensing, communications and Applications.
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Create a Cutting Edge facility to develop many products from the product nature of the disruptive Technology.
