Build-in Pushbroom Camera

ATH1100

Delivery

FOB

minimum order

1 unit

Country of Origin

Made In China

Quantity

Contact Now

Description

The ATH1100 is a compact and lightweight mini hyperspectral imager suitable for both indoor and outdoor scenes. Beyond its small size and light weight, the ATH1100 features high spatial resolution, high spectral resolution, and a broad imaging range. It consists of two parts: an imaging lens and a hyperspectral imager. The hyperspectral imager, based on transmission grating technology, exhibits excellent aberration characteristics.

The ATH1100 uses a high-performance CCD imaging device with 1920×1200 pixels, producing clear images with minimal noise. The ATH1100 model is a conventional straight-tube hyperspectral imager, ideal for multi-rotor drones.

The ATH1100 can be used for real-time spectral information measurement of objects such as plants, water bodies, and soil, obtaining spectral images. By analyzing these spectral images, relationships can be established with the physical and chemical properties of plants, aiding in plant classification and growth condition studies. The entire system is compactly designed with a high spectral resolution in the main hyperspectral imager unit. Using a built-in push-broom imaging method, it can function as an independent measurement system or be mounted on a drone for aerial remote sensing operations.

Model	Features
ATH1100	390~1000nm，1920X1200pixels, built-in push-broom
ATH1100-17	900~1700nm，640X512pixels, built-in push-broom

Features

Spectral Range: 390~1000nm
Hyperspectral Resolution: Better than 1.5 nm
Built-in push-broom imaging
Spectral Pathway: Holographic transmission grating
Maximum Field of View: 31.7° (customizable)
Minimum Instantaneous FOV: 0.7 mrad
Superior imaging performance
Powerful image compression algorithm
Compact design: 77mm x 285mm x 105mm
Weight:<1000g

Application

Geology and mineral resource：Oil、Mining、Energy
Agriculture: crop growth and Seed testing
Environmental Monitoring：Forest pest and disease monitoring and fire prevention
Environmental Monitoring：Coastal and marine environment
Environmental Monitoring：Grassland productivity and monitoring
Environmental Monitoring：Lake and watershed
Scientific Research：Remote sensor
Scientific Research：Meteorological research
Mining & Environmental Analysis
Environmental Monitoring：Water Bodies Monitoring & Water Stress
Food Safety：Agricultural and livestock product quality testing
Public Safety：Military, Defense, Homeland security
Environmental Science：Disaster prevention and mitigation

Serial No.	Specifications	ATH1100	ATH1100-17
1	Spectral Range	390~1000 nm	900~1700 nm
2	Spectral Resolution (FWHM)	No Binning: Better than 1.3 nm 4X4 binning: 1.7 nm	No Binning: Better than 1.3 nm 4X4 binning: 2.2 nm
3	Sampling Interval	0.31 nm	0.29 nm
4	F-number (F/#)	F/2.4	F/2.6
5	Detector	CMOS	CMOS
6	Interface	USB3.0	USB3.0
7	Power Consumption	USB powered, 3.4 W	USB powered, 4.5 W
8	Detector Size	11.3 mm × 7.03 mm	9.6 mm × 7.7 mm
9	Detector Resolution	1920 × 1200	640 × 512
10	Pixel Size	5.86µm x 5.86µm	15µm x15µm
11	Bit Depth	12 bits	14 bits
12	SNR	45 dB	43 dB
13	Dynamic range	73 dB	60 dB
14	Slit Width	15 µm, 25µm, etc., customizable	15 µm，25µmetc., customizable
15	Binning Mode	4×4 / 2×4	4×4 / 2×4
16	Spatial Bands	1200	512
17	Spectral Bands	1920	640
18	FOV	11.5°@f=35 mm	12.5°@f=35 mm
19	IFOV	0.17mrad@f=35 mm	0.43mrad@f=35 mm
20	Frame Rate	164 fps	120 fps
21	Focal Length	25 mm，35mm customizable	25 mm，35mm customizable
22	Dimensions	77mm x285mm x105mm	80mm x275mm x104mm
23	Spatial Resolution	0.016 m (@35mm, 100m flying altitude)	0.015 m (@35mm, 100m flying altitude)
24	Weight	Less than 545 g	Less than 680 g
25	Working Temperature	-20℃~50℃	-20℃~50℃
26	Storage Temperature	-30℃~70℃	-30℃~70℃

*1: This value was measured under 4X4 binning conditions. Binning operations can enhance the signal-to-noise ratio.