Phononic in LiDAR & 3D Sensing
The applications for LiDAR & 3D Sensing components are practically limitless. From autonomous driving and machine vision to meteorology and topography-mapping, the need for precision and high-sensitivity is critical for all.
Thermoelectric cooling can be implemented for the light source, the detector, or the beam steering mechanism to increase sensitivity, accuracy, and range or to shrink sensor form factor. TECs also enable new detection methods and functionality for applications where wavelength control is critical or multiple wavelengths are needed.
Benefits.
Uncompromised performance
Up to 60% higher heat pumping density and up to 30% less power consumption drives top performance even in the most compact form factors.
Extreme reliability
The process control and in-line metrology employed in our automated manufacturing facility ensure reliability and precision that scales into production, as evidenced by a TEC return rate of 0% in mass production.
Shorten your NPI timelines
Our unique design process and application-specific devices help shorten development cycles so you keep up in a rapidly evolving market.
Uncompromised performance
Up to 60% higher heat pumping density and up to 30% less power consumption drives top performance even in the most compact form factors.
Extreme reliability
The process control and in-line metrology employed in our automated manufacturing facility ensure reliability and precision that scales into production, as evidenced by a TEC return rate of 0% in mass production.
Shorten your NPI timelines
Our unique design process and application-specific devices help shorten development cycles so you keep up in a rapidly evolving market.
Extreme reliability
The process control and in-line metrology employed in our automated manufacturing facility ensure reliability and precision that scales into production, as evidenced by a TEC return rate of 0% in mass production.
Shorten your NPI timelines
Our unique design process and application-specific devices help shorten development cycles so you keep up in a rapidly evolving market.
Shorten your NPI timelines
Our unique design process and application-specific devices help shorten development cycles so you keep up in a rapidly evolving market.
Applications.
Autonomous vehicles
Where public safety is the ultimate goal, LiDAR components need to deliver absolute and consistent performance, no matter the environment. Phononic TECs ensure those exacting requirements are met every time.
Meteorology and Geomatics
LiDAR is used extensively to map the earth’s surface and provide information on weather and climate. Our TECs can be used to stabilize the laser light source, ensuring high-accuracy LiDAR data.
See your application? Build it with our family of products.
Don’t see your application? Let’s make it together.
Resources.
Phononic CEO Tony Atti Featured in Sustainability Magazine
Sustainability Magazine interviewed Tony Atti who explained how Phononic’s solid state design represents a new way to reduce climate change.
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Electronic Design Interview with Phononic on the Future of LiDAR
Phononic 's Alex Guichard discusses the key factors in developing cost-effective and high-performance LiDAR technology for autonomous vehicles.
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All About Circuits Features Phononic COO Jason Ruppert
Jason Ruppert, COO at Phononic, explains how partnership with Google Cloud is poised to improve productivity, yield, and ROI for semiconductor fabs.
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Phononic Partners with Google Cloud Manufacturing Solution
Phononic's partnership with Google Cloud facilitates the contextualization of data across all manufacturing processes for key analytics.
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