NH Model (New Hope）
The NH (New Hope) is a spectroscopic imaging system that can acquire spectral information from near-ultraviolet light to near-infrared light (maximum 350 nm to 1100 nm) for each image pixel.
It is equipped with a built-in spectroscopic scanning system and can capture spectral images of stationary objects with the camera, giving it excellent versatility and portability such as mounting it on a microscope or conducting outdoor measurements.
Specification List
| NH-1 | NH-3 | NH-7 | |
| Download Datasheet | Download Datasheet | Download Datasheet | |
| Image resolution | 640×480 pixels （0.3M pixels） | 752×480 pixels （0.36M pixels） | 1280×1024 pixels （1.3M pixels） |
| Wavelength range | 400nm 〜 1000nm | 350nm～1100nm | 350nm～1100nm |
| Wavelength resolution energy | 5nm | 5nm | 5nm |
| Shooting speed | 3-step adjustment (8sec/12sec/24sec） 300,000 pixels shooting: 8.0 seconds (60fps) 60,000 pixels shooting: 1.6 seconds (60fps) | Shooting speed can be set freely 360,000 pixels shooting: 4.8 seconds 300,000 pixels shooting: 4.0 seconds 60,000 pixels shooting: 0.8 seconds | Shooting speed can be set freely 1,300,000 pixels shooting: 7.7 seconds 300,000 pixel shooting: 1.8 seconds 60,000 pixel shooting: 0.4 seconds |
| The number of data bits | 10 bits | 10 bits | 10 bits |
| Size | H76.0 mm × W72.4 mm × L213 mm *Excluding protrusions | H76.0 mm × W72.4 mm × L213 mm *Excluding protrusions | H76.0 mm × W72.4 mm × L213 mm *Excluding protrusions |
| Lens mount | C mount | C mount | C mount |
| Interface | USB3.0×1 USB2.0×1 | USB3.0×1 USB2.0×1 | USB3.0×1 USB2.0×1 |
Our Own Built-In Spectroscopic Scanning Technology
With conventional spectroscopic techniques, it is difficult to obtain a full spectroscopic image because spectroscopic data only acquires one point or one line of the evaluated target.
In order to solve these problems, we have developed a new hyperspectral camera that can quickly acquire spectral information for each pixel of the image by incorporating a compact scanning device inside the imager. (For comparison with conventional technology, refer to the figure on the right.) As a result, the versatility has expanded significantly, upgrading such aspects as high-speed photography of spectral image information, outdoor photography, connection to microscopes, endoscopes, telescopes, etc. You can find valuable uses for it regardless of the industry.
Acquisition of high-precision data in a short time
Our camera can acquire spectral image data with 151 bands and about 300 million pixels （Hyperspectral data cube）very accurately in just a few seconds.
By using our in-house developed imaging/analysis software (including optional software with additional functions), you can easily and intelligently perform analysis aligned with your purpose. Now is the time to experience high value-added EBA quality.
EBA Spectrum Solution
EBA’s spectrum solutions provide you with new added value that connects your specific field of study to a higher level of R&D. Conventional hyperspectral technology has traditionally been a form of research equipment only used in limited environments inside a laboratory; however, with our vast spectrum database and advanced algorithm development capabilities, we can develop a specialized camera to help you meet your specific challenges.
We can respond to various requests such as manufacturing inspection, drone installation, and development of small sensing modules. Please feel free to contact us if you are facing limits of conventional image recognition technology.