Obsidian Sensors Launches Advanced SVGA Thermal Imaging Tech
Obsidian Sensors Revolutionizes Thermal Imaging with SVGA Technology
Obsidian Sensors is excited to announce the launch of its groundbreaking thermal imaging sensor, the SVGA (800x600), featuring a remarkable 17um pixel pitch. Navigating through the ever-evolving landscape of thermal imaging technology, these advancements were made possible through a partnership with Innolux, a leader in large glass substrate manufacturing. This collaboration has propelled the development of this new sensor, enhancing resolution significantly while keeping costs accessible.
Enhancing Resolution While Maintaining Cost-Effectiveness
The progress made in increasing the sensor's resolution by over 50% showcases the efficiencies of Obsidian Sensors' innovative manufacturing methods. As competitors attempt to reduce the costs of production through lower resolution sensors, Obsidian is steadfast in producing high-quality imaging capabilities without compromising price point. The new SVGA sensors are vacuum-packaged at the wafer level, maintaining a form factor similar to the prevailing VGA sensors already in circulation across various markets.
Strategic Partnerships for Greater Market Reach
With the addition of JDI (Japan Display Inc.) as a second manufacturing ally, Obsidian Sensors is set to expand its reach in delivering thermal imaging solutions at unmatched scales and prices. The SVGA microbolometer focal plane sensor is anticipated to become available to customers soon, with future enhancements towards SXGA (1280x1024) planned to cater to the rising demand for high-definition applications, including those in robotics.
Technological Innovations Leading to Future Improvements
The choice between silicon and glass substrates may seem obscure to those not familiar with the inner workings of thermal imaging, but Obsidian's breakthroughs have dissolved concerns regarding manufacturing risks associated with glass. The field is now poised for a significant technological leap, targeting SXGA in 2026, followed by FHD (1920x1080) in 2027, and ambitious plans for 4K (3840x2160) resolution by 2028. They are committed to addressing robust security, industrial, automotive, and defense applications with their dual-use technology.
Adapting to Market Demands
With a mission to confront the fast-paced requirements of both commercial and defense sectors, Obsidian Sensors is at the forefront of meeting the expectations of modern thermal imaging needs. Their products utilize commercial parts that qualify for numerous high-demand sectors, ensuring versatility and broad applicability. This commitment reflects a thorough understanding of market dynamics and customer demands.
A Legacy of Innovation
Founded in 2017 following its spin-off from Qualcomm, Obsidian Sensors is based in sunny San Diego, California. The company leverages the LAMP (Large Area MEMS Platform) technology which employs advanced surface micromachining processes. This sophisticated manufacturing technology is integrated with high-performance low-temperature polysilicon thin film transistors (LTPS TFT), ensuring that microbolometers and other MEMS devices can be produced efficiently, economically, and with exceptional quality.
Frequently Asked Questions
What is the new SVGA thermal imaging sensor?
The SVGA (800x600) thermal imaging sensor offers enhanced resolution while maintaining cost-effectiveness, thanks to innovative manufacturing methods.
How does Obsidian Sensors differentiate from competitors?
Obsidian focuses on producing higher resolution sensors without increasing costs, whereas competitors often lower resolution to cut prices.
When will the SVGA sensors be available?
The SVGA microbolometer focal plane is expected to be available to customers shortly.
What are the future projections for Obsidian Sensors?
Plans include enhancements to SXGA in 2026, FHD in 2027, and 4K resolution by 2028.
What is the significance of the partnership with JDI?
Partnering with JDI enables Obsidian to scale production and offer thermal imaging solutions at unmatched volumes and pricing.
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