A bold leap forward in thermal imaging.
Now available in 640 x 480 and 320 x 240 resolutions.

Built on Legacy. Engineered for the Future.

Eagle Core represents a bold leap forward in thermal imaging technology. This next-generation lineup is the result of over 50 years of pioneering work by our founder, Bill Parrish, widely regarded as the father of uncooled, long-wave thermal imaging. Built on a legacy of experience and shaped by customer feedback, Eagle Core is the pinnacle of thermal imaging with real-world performance you can trust.

Eagle Core at a Glance

Eagle Core 300
320 x 240 Sensor Resolution
12 μm Pixel Pitch
24° or 56​° Horizontal Field of View
Up to 60Hz Frame Rate
MIPI CSI-2 and I2C
100 mW (Max)
23 x 20 x 21mm (Same as Mosaic Core)
Eagle Core 600
640 x 480 Sensor Resolution
12 μm Pixel Pitch
24° or 60​° Horizontal Field of View
Up to 60Hz Frame Rate
MIPI CSI-2 and I2C
< 1 W (Max)
32 x 25 x 25mm (L x W x H)

Peak Performance. Higher Resolution. American Made.

Superior Thermal Performance
With significant improvements in image clarity, sensitivity, and frame rates, Eagle Core sets a new benchmark for thermal imaging performance.
Available in 640 x 480 Resolution
Eagle Core offers a new 640 × 480 high-resolution array, providing 2× the resolution per dimension and 4× the total pixels compared to Mosaic Core.
Manufactured in the United States
Eagle Core is proudly designed and manufactured in the United States, ensuring high standards of quality and reliable customer support.

From Mosaic to Eagle: See What’s Evolved

✔ 4X More Pixels – 640 x 480 Resolution now available with Eagle Core.
✔ 2X Frame Rates – Now up to 60Hz, doubling the speed of Mosaic Core.
✔ 2X Sensitivity – More detail, better accuracy, and with half the noise.

What Hasn't Changed

We have designed Eagle Core 300 around our existing Mosaic Cores, simplifying the upgrade process for our current OEM customers:
✔ Leverage the Seek Thermal SDK for seamless software integration.
✔ Eagle Core 300 uses the same housings and lenses for easier mechanical integration.