Embedded Computing Design

Klika Techs Asset Tracking (ASTRA) and Intelligence Platform allows users to capitalize on actionable data insights quickly and efficiently. This fully open system allows you to select your preferred asset tracker and seamlessly integrate it into your existing platform. You can also implement a customized version of this platform tailored to meet your current and future needs cost effectively.

Microchip’s new LAN8650 and LAN8651 10BASE-T1S MAC-PHY Ethernet Controllers with SPI Interface simplify the implementation of zonal architectures by enabling basic MCUs, rather than higher-level MCUs with a MAC, to be used when creating sensors, actuators, and other devices for the edge of OT and IT networks.

Memfault’s IoT reliability platform accelerates go-to-market, derisks product launch, and cuts product costs. Memfault offers device reliability engineering tools (DREs) so developers can solve operational challenges via fleet observability, remote debugging, and smart firmware over-the-air (OTA) management. Memfault’s platform provides product, engineering, and support teams with deep insights into embedded device performance, irrespective of the hardware.

FG25 is the new flagship SoC for Wi-SUN, which is one of the world’s first open protocols for smart city and smart utility applications. By providing flexibility and versatility for large-scale IoT wireless communication networks, Wi-SUN is designed to make major community infrastructure scalable, safer, more efficient, and sustainable. EFF01 is the FG25’s corresponding front-end module that boosts the FG25’s signal range by 2x when used together.

Micro displays are no longer a thing of the future. With the products available today, OEMs can design systems that are power efficient, and produce high brightness and high contrast images. One example of a micro display comes from Wisechip, with its direct viewing miniature near-eye system mini OLEDs. The OLEDs provide clear information even in backlight by showing simple data and strings.

Threats from outside sources are a huge concern to developers, OEMs, and end-system providers. Detecting those threats is one part of the solution. The other part is the incident response. To that end, Exein, a global cybersecurity company specializing in IoT devices, is offering its Exein Runtime, which as its name implies, is a state-of-the-art runtime threat detection and incident response solution (XDR) for Linux- and RTOS-based IoT systems. The below video does a good job explaining how it works.

There’s been no lack of innovation in the automobile over the past few years, particularly in the non-mission-critical department, where modern cars are getting all the bells and whistles that consumers have become accustomed to, like now-mainstream touch displays.

The IoT has required products to be developed in many ancillary categories, particularly when it comes to communications. For example, Synaptics recently announced the SYN4778, what it claims is the industry’s the smallest, lowest power, most accurate Global Navigation Satellite Systems (GNSS) IC.

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Handheld mobile devices and other smart automation appliances have increasingly been adopted in retail, logistics, and warehouse environments to improve management and efficiency, and as the demand for automation increases, so will the need for devices capable of digitally managing and completing tasks for enhanced fulfillment workflows.

Smart agriculture combines traditional farming with the Internet of Things (IoT), as well as some of the latest technologies including artificial intelligence, robotics, and autonomous drive. That combination has not only provided solutions to often time-consuming and tedious tasks, but is totally changing the way we think about agriculture.

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Enterprises looking to expand local networking capabilities immediately find that the hardware appliances they need are expensive and difficult to integrate.

Edge networking solutions that reside in industrial environments regularly coincide with harsh temperatures, shock, vibration, and other tough environmental constraints. Additionally, because the operations within these spaces are often safety-critical, these solutions must deliver accurate, high-speed communication at a low power consumption to provide the most advanced and reliable performance possible.

With increasing amounts of data being delivered to and from IoT devices and smart sensors deployed at the industrial edge, Industry 4.0 and other safety-critical environments must be capable of processing and managing this data efficiently.

Small and medium-sized businesses, and even individuals looking to protect sensitive assets, can benefit from military-grade security that can safeguard data with tamper-resistant security capabilities in a compact, rugged solution.

The final installment of our CES 2023 slideshow recap series.

Advanced wireless IoT applications such as machine vision, industrial HMI, audio/voice systems, and more, require an integrated hardware and software solution that can provide multiprocessing and industrial-grade features in a secure architecture.

Installment two of three of our CES 2023 slideshow recap series.