Category Archives: IoT

2Pi Optics’ cutting-edge lenses bring the future into focus @ CES 2024

2Pi Optics sensor lensesInnovative optics technology is a cutting-edge field that aims to revolutionize the way we capture and perceive images. The technology developed by 2Pi Incorporated, an MIT spin-off startup, focuses on creating lenses for sensors, cameras, and consumer electronic devices like AR/VR headsets. The optics technology has been under development for the last decade, with 2Pi Optics working on this specific lens technology for the last three years.

How 2Pi Optics’ lenses work

The company’s focus is on achieving high-resolution and crisp images in sensor arrays used by various manufacturers. 2Pi Optics does this by leveraging wafer-scale semiconductor manufacturing capabilities for high-volume, low-cost, and scalable flat optics production and integration.

The 2Pi Optics lens replaces the conventional stack of lenses with a single, thin piece of glass known as metasurface flat optics to overcome the fundamental limitations of traditional optical systems. This transformative technology preserves and can even improve optical performance, while achieving smaller form factors, lighter weights, better accuracy, and lower costs in the process.

The design prioritizes discrete wavelengths, which means that the lenses are optimized for specific colors or wavelengths. For instance, they can isolate infrared wavelengths, while disregarding other colors, which is particularly useful in AR/VR products where color accuracy may not be critical.

Traditional lenses sometimes sacrifice stability and clarity for specific features or functions. However, the technology developed by 2Pi Incorporated aims to overcome these limitations by providing precise sensor images without compromising either. 2Pi Incorporated has rolled out prototypes and samples, and partnered with sensor module integrators who will integrate their lenses into their sensors and sell them to original equipment manufacturers (OEMs) like Apple, Matter, and Microsoft.

Advantages of single glass lenses

One of the key advantages of this innovative optics lens technology is its cost-effectiveness. By utilizing a single piece of glass and employing low-cost manufacturing techniques typically used for computer chips, the production cost is significantly reduced. Assembly and packaging costs are also minimized, making the technology not only performance-enhancing but also economically viable.

While the lenses are made from thin glass, they are designed to be tough and durable. They provide a wider field of view and are unaffected by variations in temperature. They can be directly bonded onto image sensors, creating a monolithic piece that improves the overall ruggedness of the device. 2Pi Optics lenses can be used in a variety of consumer electronics devices, in industry automation, and automotive technologies.

Conclusion: 2Pi Optics brings improved performance and reduced costs into clear view

In conclusion, the innovative lens technology developed by 2Pi Incorporated is disrupting optics in the best way possible. By replacing conventional stack lenses with a single, thin piece of glass, this technology delivers high performance and reduced size, weight, power and cost, enhancing the overall consumer experience. With partnerships in place and a product launch on the horizon, it is an exciting time for the future of optics lens technology. While currently in prototype phase, a full product launch is expected in 2024.

For more information on the technology, you can email or visit 2Pi Optics’ website for more information.

Interview by Scott Ertz of F5 Live: Refreshing Technology.

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Linxura Smart Controller: A game-changer for smart homes @ CES 2024

Linxura Smart ControllerLinxura, a smart controller for home automation, can manage up to 52 smart devices, including lights, shades, and door locks. The controller is equipped with a screen that can simultaneously display four devices. By rotating a wheel, one can navigate between different devices. It provides various control options, such as a single click for activation, a double click for deactivation, or a toggle function. For instance, the volume of a speaker or the intensity of a light can be adjusted by clicking and rotating the wheel.

Smart controller for home automation

The Linxura Smart Controller can directly control a wide range of devices, and it can also be integrated with popular smart home platforms like Alexa, Google Home, and IFTTT. Additionally, the controller will soon support Samsung SmartThings, Apple HomeKit, and the Matter Protocol. This compatibility ensures that users can control thousands of devices, with more being added regularly.

To configure the controller, users need to download the Linxura app and connect the controller to their Wi-Fi network. The app supports direct control of certain devices like Sonos, Philips Hue, and LIFX. For devices not directly supported, users can set them up through other platforms like Alexa or Google Home. Users can create actions or routines to control their devices by connecting the app to these platforms.

In terms of battery life, the Linxura Smart Controller offers a long-lasting battery that ensures users can rely on it for extended periods without needing to constantly recharge. This is especially important for those who heavily rely on their smart devices and want a controller that can keep up with their daily needs.

A vast array of compatible devices

One of the standout features of the Linxura Smart Controller is its compatibility with various platforms. Users can connect and control their smart devices from different brands and platforms, making it a versatile and convenient tool for managing their smart home. Whether it’s controlling lights, thermostats, security cameras, or other smart devices, the Linxura Smart Controller can seamlessly integrate with them all.

Additionally, the Linxura Smart Controller boasts extensive device support. This means that users can connect and control a wide range of smart devices, ensuring that they can manage all aspects of their smart home from a single device. The ability to control multiple devices from one central hub simplifies the user experience and eliminates the need for multiple apps or controllers.

Flexibility in your hand or on the wall

Another exciting feature of the Linxura Smart Controller is its programmable capabilities. Users can customize and create their automation routines, allowing them to set specific actions or schedules for their smart devices. Whether it’s turning on the lights at a certain time, adjusting the thermostat based on the weather, or activating security features when leaving the house, the Linxura Smart Controller offers flexibility and personalization in home automation.

The controller is designed with convenience and flexibility in mind. It can be mounted on a wall or placed on a tabletop, and it has a backlight for easy visibility in the dark. The device has a long battery life, lasting up to three months on a single charge.

The company is also working on a new feature that provides real-time feedback on device settings. For example, if a user adjusts the thermostat, the controller will display the current temperature percentage. This feature enhances the user experience and allows for precise control over devices.

Conclusion: An inexpensive controller for your whole smart home

Overall, the Linxura Smart Controller offers a comprehensive solution for controlling and managing smart devices in the home. Its compatibility with various platforms, extensive device support, and programmable features make it a convenient and powerful tool for home automation. With its user-friendly interface and long battery life, the Linxura Smart Controller provides a seamless and efficient way to control and customize the smart home experience.

The Linxura Smart Controller is priced at $99.99 and comes in multiple colors. To purchase one for yourself, check out their website.

Interview by Scott Ertz of F5 Live: Refreshing Technology.

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IoTize: French startup’s journey into IoT-connected designs @ CES 2024

IoTize IoT development systemIoTize, a French startup, provides a no-code solution for IoT (Internet of Things) through a small module. Steve Gessenhoven, the marketing communications manager for IoTize, shares that the company initially supplied tools for designing embedded systems. As they began to receive customer inquiries about IoT-connected designs, they recognized that their embedded systems technology could streamline the design process and remove the need for complex coding.

No-code IoT solution with module

The core of the IoTize solution is a module that can be plugged directly into a microcontroller to retrieve and transmit data without modifying the original code. To demonstrate the capabilities of the module, the company’s designers integrated it with a robot. They configured the module with the addresses where the desired data resides, allowing them to control the robot without any coding required.

The core of the module itself is its I/O (input/output) interface. I/O is used to connect the module to the debugging port of the microcontroller of an electronic board, in the provided example this was the robot, providing full access to all the memory. However, for final products, where leaving a debugging port open is not feasible, the same pins reserved for the debugging port can be used to create a secured access based on the module’s configuration.

Software to streamline the process

In addition to the module, IoTize provides a simple configuration environment and a mobile app that serves as an off-boarded human-machine interface. The mobile app allows users to create a dashboard with different controls associated with the variables identified in the system. For example, buttons can be assigned to turn left, turn right, move forward, or move backward. The app also includes settings for different sensitivities and a monitoring screen that displays data from sensors, such as a radar that detects obstacles.

The main goal of the no-code solution is to provide a plug-and-play, configuration-only approach. However, there are instances where additional coding may be required for more advanced functionalities. To address this, IoTize provides an environment called IoT App Creator, which runs on a PC and offers a drag-and-drop interface for associating variables with buttons, sliders, and graphs. This environment also includes a data flow editor that allows users to combine variables and apply conversions, as well as add Java code for more specialized tasks.

Once the user interface is created and configured, IoTize’s app builder, based on the Ionic toolset, generates native apps for iOS, Android, or web apps that can run on a PC browser. These apps can also be used as cloud dashboards to bring data to the cloud. The generated apps contain all the necessary code, allowing users to further customize and work with the code if desired.

Conclusion: A small device with a robust impact on IoT

When it comes to pricing, IoTize offers a competitive range for their industrial modules. The development kit for these modules is priced at $49, making it accessible for businesses and individuals looking to experiment and develop IoT applications. For small volumes of the device, the price per piece is around $15, which further makes it an affordable option for industrial applications.

For those interested in learning more about IoTize’s platform and its offerings, the company’s website is a valuable resource. It provides information on all their product lines, recently released software, and other relevant details. The website serves as a one-stop destination for anyone looking to explore and engage with IoTize’s solutions.

Overall, IoTize’s industrial modules offer a practical and cost-effective solution for businesses in need of IoT integration. With their availability through popular distributors and competitive pricing, these modules present an accessible option for a wide range of industrial applications. IoTize’s commitment to expanding their product line and providing a comprehensive ecosystem further solidifies their position as a leader in the IoT industry. Their no-code solution and user-friendly approach make it easier for individuals and businesses to harness the power of IoT technology and drive innovation in their respective industries.

In conclusion, IoTize’s no-code IoT solution offers a streamlined approach to designing, implementing, and retrofitting IoT-connected systems. The solution empowers users to create innovative IoT applications more efficiently by eliminating the need for extensive coding. With its user-friendly configuration environment and mobile app, IoTize provides a comprehensive ecosystem for developing and controlling IoT devices. This solution has the potential to revolutionize the IoT industry and enable a wider range of individuals and businesses to harness the power of IoT technology.

Interview by Scott Ertz of F5 Live: Refreshing Technology.

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