Gino is a miniature spectrometer based on IoT architecture. It adopts a Czerny-Turner optical path design with a planar grating, a UV-sensitive back-illuminated linear CMOS detector, and a low-stray-light high-quality planar grating.

The number of spectral channels is optional between 2048/4096, with 16-bit A/D conversion and a built-in temperature sensor to monitor the temperature of key optical components in real-time.

Using nanomaterial extinction technology, it achieves stray light of ~0.1% and dark noise below 30 RMS (100ms integration time).

It has an embedded computing platform with a 766MHz main frequency, 1GDDR, and 16GFlash, preloaded with a Linux operating system and Uspectral-Gino spectral acquisition software.

It is equipped with master/slave USB ports, a gigabit Ethernet RJ45 port, an HDMI port, a Micro-SD card slot, a 15-PIN external equipment interface, and three MMCX ports.

The spectrometer can operate independently or as a slave sensor. It works in environments ranging from -20°C to 60°C, with a spectral temperature drift of 0.1 pixels/°C.

Optional high-speed configurations are available, with a maximum speed of 2000 frames per second, and A/D sampling and data transmission times of less than 500μs (2048 channels).

Gino is an industrial-grade miniature spectrometer suitable for real-time measurements in industrial settings and outdoor environments.

◆ 16bit A/D sampling, back-illuminated UV-enhanced CMOS detector, with optional 2048/4096 sampling channels;

◆ Integration time adjustable from 6μs to 65s;

◆ Extinction technology based on nanomaterials, stray light less than 0.1%;

◆ High-resolution design;

◆ Operating temperature range of -20°C to 60°C, wavelength temperature drift < 0.1 pixels/°C;

◆ External trigger <0.4μs, jitter <10ns, suitable for measurement scenarios like LIBS;

◆ Excellent optical fiber plug-and-play consi