Control your Time Tagger remotely with Python

Are you looking for a way to control your Time Tagger remotely? Learn how you can do it with Python and Pyro5 library. Enjoy the freedom of the open source and checkout the Python code from GitHub or download ready-to-use package. We have also prepared a detailed tutorial and code example for you to start faster.

Measuring the timing accuracy and jitter of 1PPS signals in White Rabbit applications

The transmission of accurate timing information is essential today - not only in science but also in industry and finance.

Record-breaking timing resolution with room-temperature single-photon detectors

Swabian Instruments, together with Université de Sherbrooke demonstrated a record-breaking low timing jitter with room-temperature SPAD reaching 12.5 ps FWHM.

Swabian Instruments settled down in Stuttgart-Zuffenhausen

The time of our charming “start-up garage” at the University of Stuttgart has come to an end. On July 1st, the team moved to our new home in Stuttgart-Zuffenhausen.

Fraunhofer – Innovative Approach to Remote Hydrogen Detection

Researchers at the Fraunhofer Centre for Applied Photonics, have developed an Innovative Approach to Remote Hydrogen Detection. We are excited to see how technology from Swabian Instruments is helping the community to develop efficient solutions for safe nuclear waste monitoring.

Swabian Instruments is a finalist of the German Entrepreneur Award

Detection of multiple photons with silicon photomultipliers and Time Tagger Ultra

Record-breaking timing resolution with single photons

Swabian Instruments was successful at the Innovation Award 2018

Single-photon random sampling enables easy and precise measurements of optical signals – up to the THz regime

Single-photon sources: Sparrow Quantum and Montana Instruments

Swabian Instruments meets Enthought Python