Blog - lontenoe

Single-Photon Avalanche Diode (SPAD) Arrays: Overview and Comparative Product Analysis

nGaAs 4×4 single photon array detector component consists of InGaAs avalanche photodiode 4×4 array chip, active and passive fast quenching

Near-Infrared (NIR) Cameras: Introduction, Comparative Product Analysis and Technical Overview

This camera is suitable for the spectral range of 400-1700nm, covering the visible light to shortwave infrared region. It is

Advancements in Single Photon Detection: A Technical Analysis of InGaAs SPAD 4×4 Array Detector Assembly

Lontenoe’s InGaAs Single Photon 4×4 Array Detector is composed of a detector module, voltage inverter module, refrigeration module, and signal

Photodiode Arrays: Technical Overview and Comparative Product Analysis

Lontenoe’s InGaAs Large Panel Linear Photodiode Array responds to near-infrared spectroscopy and has characteristics such as large surface area, high

Visible + SWIR Dual-Band Camera: Specifications, Applications and Comparison

This camera is suitable for the spectral range of 400-1700nm, covering the visible light to shortwave infrared region. It is

16-Channel Time-to-Digital Converter – Key Specifications, Features and Comparison

a single photon level high sensitivity InGaAs negative feedback avalanche photodiode (NFAD)that operates on the Geiger mode principle and is

InGaAs Negative Feedback Avalanche Photodiode (NFAD) :Operating Principle, Design and Comparison

a single photon level high sensitivity InGaAs negative feedback avalanche photodiode (NFAD)that operates on the Geiger mode principle and is

InGaAs Geiger SPAD Focal Plane Arrays: Principles, Applications and Comparative Analysis

uses laser pulse time of flight (TOF)measurement to obtain three-dimensional distance information of the target;The sensitivity reaches the limit of

InGaAs Avalanche Photodiode: Application, Comparison and Alternatives

InGaAs avalanche photodiode is a product developed specifically for single-photon counting applications.The device operates in the Geiger mode by applying

Narrow‑Linewidth Laser Module Comparison and Alternatives Recommendations

based on a semiconductor gain chip and utilizes a unique external cavity structure and advanced packaging technology. It features narrow