Aurea Technology products

The PIXEA is a high-performance picosecond laser based on gain-switched laser diode technologies managed by its flexible control unit and user-friendly software. The PIXEA offers a large variety of wavelengths from 375 nm to 1990 nm. Designed for the most demanding applications, the PIXEA generates ultrashort laser pulses down to 20 ps with extremely-low timing jitter down to 3 ps, and excellent beam quality. Its Control Unit is able to continuously tune the repetition rate from single shot to 120 MHz, the pulse width from

AUREA Technology offers the first worldwide high-brightness stand-alone quantum Entangled Photon Pair Source at telecom wavelengths, ideal for quantum information technologies. The TPS photon-pair source series are high-performance, compact and easy-to-use self-contained twin photon source. With only 5mW of pump power, it performs a spectral brightness of more than 100,000 photons/s/pm!

The SPD_A_VIS from AUREA Technology is the “best-in-class” high-performance and easy-to-use single photon counting modules engineered for the most demanding low-level-of-light [400 nm - 1060 nm] applications. The SPD_A_VIS can be used in continuous mode (free-running) or in gated-mode. The newly designed SPD_A_VIS is the only commercially available photon counting module which provides up to 2 independent detection channels, and also a large variety of valuable options, such as the fully integrated Time-to-Digital Converter.

The SPD_A_NIR from AUREA Technology is the “best-in-class” high-performance and easy-to-use Near Infrared single photon counting modules engineered for the most demanding low-level of-light applications, such as single photon counting, Time Correlated Single Photon Counting (TCSPC), spectroscopy, eye safe LIDAR, optical communications, and quantum cryptography. The SPD_A_NIR is available for 1- or 2-channels. One of the advantage of the dual single photon counting module SPD_A_M2 from AUREA Technology is that the two independent single photon detectors are included in the same case and most importantly are paired during the manufacturing. As matter of fact, the twins detectors have similar Dark Count Rate and Quantum Efficiency.

AUREA Technology unveils the CHRONOXEA its Time Correlation Module that makes acquiring time-resolved data in an efficient, easy-to-use, and affordable solution. The CHRONOXEA features 1 start channel and 4 independent stop channels to perform time correlated measurements with a high resolution of 13 ps on measurement range up to 7 seconds. Based on FPGA fast electronics, the CHRONOXEA TCSPC correlation module features a high transer rate up to 1 x 10⁶ correlations/sec.

The LynXea_VIS from AUREA Technology is a stand-alone [400-1060 nm] Time Correlated Single Photon Counting TCSPC module, which fully integrates the Time to Digital Converter and the best single photon avalanche detection (SPAD) counting technologies within the same box. As a matter of fact, TCSPC measurements are now available without assembling multiple boxes!

The LynXea_VIS from AUREA Technology is a stand-alone [400-1060 nm] Time Correlated Single Photon Counting TCSPC module, which fully integrates the Time to Digital Converter and the best single photon avalanche detection (SPAD) counting technologies within the same box. As a matter of fact, TCSPC measurements are now available without assembling multiple boxes!

The LynXea_NIR from AUREA Technology is a stand-alone [900 - 1 700 nm] Time Correlated Single Photon Counting TCSPC module, which fully integrates the Time to Digital Converter with the best single photon counting technologies within the same box.

The PICOXEA from AUREA Technology is the first "all in one, very-compact, and easy-to-use" Time Correlated Single Photon Counting TCSPC ANALYSER, which contains pulsed laser, gated-mode Single Photon Counting and its ass

The SPD_OEM_NIR is a high-performance and compact near-infrared Single Photon detection module designed for industrial and scientific applications that require high photon detection efficiency, reliability, and high-level of integration. It is based on cooled Geiger-mode InGaAs avalanche photodiode technologies controlled by its free-running and gated-mode embedded electronics and user-friendly software. Its "champion-grade" version performs up to 30% QE, Dark Count Rate noise < 1,000 cps, after-pulsing probability < 0.1%, and low timing jitter < 200 ps. Its remote interface allows to easily adjust the QE and the Dead Time by using the DLL libraries compatible to the most well-known programming languages.