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Radar

perisens supports the development of radar sensors and radar related solutions from sketch to the final product. We have many years of experience in evaluation of concepts and products, optimization of sensor integration, development of RF hardware and signal processing algorithms, as well as the execution of simulations and measurements.
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Communication

perisens assists the development and evaluation of wireless communication systems from physical layer (PHY layer) to lower network layer (MAC layer). Our focus lies in investigations of coexistence issues in automotive wireless systems, channel measurements and models, evaluation of communication systems and field tests.
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Products

At perisens we develop, manufacture and distribute measurement devices for automotive radar sensors and radar covers (radomes) in the frequency bands 24GHz and 77/79GHz. Our systems are in operation in several installations worldwide since 2014. Thanks to our experience of over 10 years in the field of automotive radar technology, we are your ideal partner to develop holistic test solutions.
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RF Engineering

perisens concerns itself with developing concepts, conducting studies, performing measurements, and developing single components or complete high-frequency systems for test setups, prototypes, or small-batch series up to 90GHz. We can assist in a single step of the R&D cycle or provide a complete solution.
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Our Products

Radome Measurement System

We are proud to present our new product, the Radome Measurement System (RMS) for the automotive radar frequency band from 76 to 81 GHz. The RMS enables radar cover (radome) analysis and material characterization combined in one device. The system can be used in laboratory for development/quality control and in production for end-of-line testing.

Radar Target Simulator

perisens offers high quality radar target simulators for the automotive radar bands 24G and 77/79G. Our systems allow the simulation of range, relative target speed and radar cross section and cover the full bands with an instantaneous bandwidth of 200MHz (24G) and 5,000MHz (77/79G). The systems are used as reference targets in sensor production and as test systems for Research and Development.

Frequency Converter

perisens provides high quality frequency converters covering the automotive radar bands 24G and 76/77G. Our combined Up- and Downconverters allow fully calibrated signal analysis and signal generation at millimeter wavelengths using cost effect measurement devices at low GHz frequencies.

We are looking forward to a good cooperation on the same wavelength.

News

Merry Christmas and a Happy New Year
We thank our customers and partners for the confidence and the collaboration on the same wavelength.

For 2020 we wish you nothing but the best and many innovative ideas in all frequency ranges. Have a peaceful, relaxing holiday season and a prosperous New Year!

Our this year’s christmas card was measured with our new product the Radome Measurement System (RMS) equipped with a scanning positioning unit.
It shows a spatially resolved transmission image of a blue star sprayed onto a silver drawing paper in amplitude and phase. The acrylic paint increases the 1-way attenuation by ~0.3dB and gives an additional phase shift of ~10 degree. Due to the increasing demands of highly automated driving functions, it is important to investigate the influence of painted surfaces (e.g. bumpers) on automotive radar sensors. The RMS enables materials characterization and analysis of radar covers in one device. Here you find more information about the RMS.

Specification of the christmas card:

  • Frequency 76.5GHz
  • Transmission image with 51 x 67 pixels
  • Pixel size 3mm

Radar Workshop
Our CEO Dr. Florian Pfeiffer gives you insights about automotive radar technology covering the following topics:

  • Radar as key technology for automotive sensing
  • Radar fundamentals
  • Measurement principles for distance, velocity (Doppler) and direction of arrival
  • Automotive sensor performance (24 vs. 77/79GHz, radar vs. other sensor technologies)
  • Fundamentals of signal processing (from the input signals to high-level objects)
  • Integration of radar sensors into a vehicle
  • Radar calibration and radar cover (radome) measurement techniques

Contact us for on-site workshops

Next public workshop planed in 2020 (dates will be published here)

We Moved to a New Office!
We moved to a new office in Feldkirchen b. München (10min from Munich Trade Fair). Our team is growing and the space at our old location was tight. With 400 square meters, the new premises offer us plenty of space for laboratory and office use.

Thanks for everyone’s support through the years!

Here you find our new adress and telephone number.

Our latest Publications

Analysis of Multi-Path Channel Using the WLAN Packet Preamble

June 2019, Munich, MATLAB EXPO 2019, 2nd July 2019
A. Akbilek (perisens) and F. Pfeiffer (perisens)

Dielectric Corner Reflectors for mm Wave Applications

September 2019, Advances in Radio Science Journal, Vol. 17, 2019
C. Buchberger (TU München), F. Pfeiffer (perisens) and E.M. Biebl (TU München)
Download here (PDF)

Analysis of IEEE 802.11ax High Efficiency WLANs for in-Vehicle User

November 2018, Munich, Wireless Congress 2018
A. Akbilek, M. Fünfer, F. Pfeiffer, F. Langer (perisens) und B. Napholz (Daimler AG)
Download here (PDF)

Our Customers

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