Consider Leonardo Electronics US, the photon partner for achieving competitive advantage and creating higher performing, faster time to market systems. Leonardo's Tucson facility develops the latest laser diode technology to support defense illumination and automotive sensing applications.

Leonardo offers integrated control electronics, laser diode arrays, and beam shaping optics in a single module. Optimized for performance and cost, our VCSEL and edge-emitting laser products offer a range of configurable options, including variable power, wavelength, and application-defined beam shapes.

Based on Leonardo’s VCSEL or edge-emitting laser diodes, these lidar sources are the next generation of illumination sources to enable automotive Lidar for Autonomous Vehicles (AV) and Advanced Driver Assist Systems (ADAS).

This Tiki Fish Float Light is the perfect way to create those chilled vibes of the tropcis. These atmospheric fish float lamps in knotted rope netting are modelled on original blown-glass Japanese fishing floats, or Ukidama, which wash-up as ‘gifts from the sea’ on beaches around the Pacific. A staple piece of decoration for any cool home Tiki bar these fish float lights are the perfect way to light up dark corners.

Leonardo is advancing multiple platforms for design flexibility, which is key in the automotive and defense markets as customer demands, system requirements, and regulations take shape.

This link leads to the machine-readable files that are made available in response to the federal Transparency in Coverage Rule

Transportation, industrial robotics, smart cities, light railing, mining, security smartphones, computers, wearables, smart homes, drones/UASs, etc., are other applications requiring a laser source for sensing and illumination.

The push toward fully autonomous vehicles creates increased demand for 3D sensing in automotive applications. Leonardo's VCSEL arrays and edge emitters provide a dependable solution for automotive manufacturers to increase safety and exceed consumer expectations.