Synopsys’ LiDAR-on-chip solution leverages integrated photonic technology to optimize Light Detection and Ranging (LiDAR) systems, offering a compact, cost-effective alternative to bulky traditional LiDAR devices. By using chip-scale integration, these systems eliminate moving parts, ensuring durability and scalability. Synopsys’ simulation tools, such as FemSIM, BeamPROP, and FullWAVE, are essential for designing and optimizing on-chip LiDAR components, improving efficiency in beam steering, minimizing losses, and enhancing optical power output. This approach not only speeds up design but also reduces development costs, facilitating faster commercialization of LiDAR technology for automotive and other industries.
Other Trends
Solid-State Lighting
Optimize your Solid-State Lighting Designs with RSoft Software
Photonic Solutions: Empowering Innovations from Concept to Manufacturing
Photonics enable low footprint, high bandwidth, and energy-efficient devices, systems, and integrated circuits (ICs). This is driving the expansion of photonic technologies in a broad…
MetaOptic Designer: Automated Design of Metalenses
Metalenses have the potential to revolutionize optical products by replacing bulky curved lenses with thin, flat surfaces. Metalenses are a key enabling technology for the…
High-Performance FDTD Simulations with Sub-Cell/Conformal Meshing in RSoft FullWAVE
The finite-difference time-domain (FDTD) method is an advanced, rigorous solution to Maxwell's equations that does not have any approximations or theoretical restrictions.
Get all the latest information on Events, Sales and Offers.
C-DAC
Synopsys PrimeTime helps achieve timing closure with a tight correlation between pre and post silicon results in the design of the fully indigenous 64-bit VEGA Processor based SoC, THEJAS64.