Analog Photonics’ LiDAR solutions deliver an industry-leading range, measurement rate, and accuracy in a low-profile, solid-state form factor. With no moving parts and a wafer-scale manufacturing process, these systems are designed for high-volume, low-cost deployment without compromising performance or reliability.
Analog Photonics’ free-space communication module delivers high-precision beam pointing (0.1 mrad), low SWaP, and supports high data rates over long distances—up to 1 Gb/s over 4 km, and 1 Mb/s over 10 km. This makes it well-suited for UAV and satellite communications.
Analog Photonics’ optical phased array beam steerer is a compact, solid-state module with no moving parts. It enables fast, 2D beam steering with a wide field of view (50° × 14°), rapid point-to-point steering (< 10 µs), and high output power (80 mW). Its low size, weight, and power (SWaP) make it ideal for a variety of applications including automotive and robotics LiDAR, as well as free-space optical communication with drones.
Analog Photonics’ silicon-based tunable lasers offer wide wavelength coverage across the C and L bands (60 nm), fast random-access tuning (< 300 µs), high output power (> 25 dBm), and narrow linewidths (< 40 kHz). These lasers can be linearly chirped up to 1.5 GHz, making them ideal for applications such as FMCW LiDAR and coherent optical communication systems.
