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To commemorate its 75th anniversary, SWAROVSKI OPTIK, a manufacturer in sports optics, inaugurated 2024 with the AX VISIO, the first AI-supported binoculars globally. These binoculars represent a fusion of high-end analogue long-range optics and digital innovation.

PreAct Technologies (PreAct), an Oregon-based developer of near-field flash LiDAR technology, has announced a line of new flash LiDAR sensors – Sahara, Borrego, and Moab – to address various use cases across multiple industries including agriculture, healthcare, smart cities, retail, security, transportation, education, or any field that requires detailed 3D mapping and modelling.

Arrow Electronics will exhibit at PCIM Europe with a 105m2 booth alongside the company’s presence in the Sensor + Test show, which is co-located with PCIM.

At this year's electronica 2024, Polar Instruments will showcase two test systems for electronics manufacturing and assembly repair, as well as a short circuit locator.

At embedded world 2023, Barrie Mullins, Vice President of Solutions, einfochips, an Arrow Electronics company and Dev Singh, Vice President, Business Development, Qualcomm Technologies to Electronic Specifier's Editor, Mick Elliott, about an extension of the agreement between Arrow, eInfochips and Qualcomm.

Arrow Electronics has worked with franchised suppliers Nexperia and Yageo, to complete an AC/DC power supply (PSU) reference design to unleash gallium nitride (GaN) efficiency and power-density advantages in applications up to 4kW.

Over the last few years, wireless communication technology has been rapidly deploying due to 5G, allowing for greater connectivity between IoT devices. This advanced connectivity, however, leads to interference from multiple radio signals.

Arrow Electronics is collaborating with NVIDIA to distribute the DRIVE AGX Orin Developer Kit globally.

Gyrocopters, also known as autogyros, are unique aircraft that have captured the interest of aviation enthusiasts around the world.

The potential of quantum computers is currently hindered by a significant trade-off. Quantum systems capable of performing complex operations tend to be less tolerant to errors and noise, while those more resistant to noise are harder and slower to compute with.