Company Profiles
SENSYS was founded by Dr. Andreas Fischer in 1990 and became a well known company to develop and manufacture high precision survey and measurement equipment for magnetic and electromagnetic applications.
The product range comprises hand held iron detectors, multi channel systems to be carried or pushed, as well as large area survey systems towed by car, vessel or underwater ROVs. Beside non-invasive surveys equipment, SENSYS also produce borehole measurement systems, data analysis software and enabling GPS referencing of measurement data. Furthermore, the range of single probes and sensors is steadily growing, enabling the integration of SENSYS products in bigger systems. This is making the equipment suitable for challenging applications in the military, marine, archaeological and scientific area.
With more than 20 years of experience, SENSYS is not only delivering products to its customers but also taking care of training, service, repair and support.
SENTECH motto “Erfolg durch Leistung” is a continuing commitment of all employees to achieve success by high standard of efficiency and customer service.
Plasma process technology
• Inductively Coupled Plasma (ICP) etch of silicon, quartz, and dielectrics
• Plasma Etch using Capacitively Coupled Plasma (CCP) sources
• Deep Reactive Ion Etching (DRIE)
• Inductively Coupled Plasma Enhanced Chemical Vapour Deposition (ICPECVD)
• Thermal and Plasma Enhanced Atomic Layer Deposition (PEALD)
Thin Film Metrology:
• Spectroscopic ellipsometry
• Laser ellipsometry
• Reflectometry
The sglux GmbH develops, produces and distributes optical and electronic products for measurement, control and monitoring of UV radiation. It was founded in 2003 and has 12 employees. The majority of the manufactured instruments and devices are based on SiC photodiodes.
SHF Communication Technologies AG, Berlin, is a microwave company founded in 1983 specialized in ultra broadband RF amplifiers and measurement equipment for optical communication, instrumentation and research.
SHF's key customers could be found in the telecommunication area, in particular in companies and universities who put a high emphasis on research and development. SHF products support these customers in their work to increase and enhance the transmission capacity of optical networks by offering high quality state of the art devices operationg at the fastest possible speeds. Based on the technology SHF developed and refined in 25 years of broadband amplifiermdesign, SHF introduced a new series of small form factor amplifiers for system use in 2004. As these parts are being distributed in high quantities to well established telecom suppliers, SHF has sucessfully entered new markets and is now not only a supplier for the
research community but also for the volume industry. The product portfolio of SHF meets the growing demand for ultra high speed opto
electronic equipment by offering:
- Bit Pattern Generators & Error Analyzers operating at over 100 Gbps,
- Optical Transmitters & Receivers operating at over 128 Gbps,
- Modulator Driver Amplifiers (DC to > 65 GHz) ,
- and Passive Sub Millimeter Wave components (DC to > 110 GHz).
Sicoya designs, packages, and sells silicon photonics based application specific photonic integrated circuits (ASPICs) for optical data center interconnects. ASPICs are offered either as bare dies or as packaged chips.
Sicoya's unique value proposition is the cointegration of ultra fast BiCMOS electronics for driver and amplifier circuits with the photonic circuits on a single chip. The core technology comprises the worldwide smallest silicon modulator that allows for the implementation of more than 10,000 high speed modulators per square millimeter. This reduction in size directly translates into higher energy efficiency regarding the control electronics and the usage of the light from the laser source resulting in superior performance in power consumption, reliability and signal integrity. The ASPICs are co-packaged with additional CMOS ICs for clocking and data processing using novel low cost packaging approaches including pluggable optical interfaces.
This enables the scalable production of highly integrated optical transceiver ASPICs at very low manufacturing costs. Furthermore, OEMs may co-package Sicoya's bare dies with additional ASICs. ASPICs are sold to system vendors and module manufacturers in a B2B relationship.
SPECS is a leading manufacturer of components and custom-designed complex systems for surface analysis. The integration of surface preparation and thin film deposition with the analysis becomes increasingly important. The applied analytical methods used are of both microscopic (scanning probe microscopies and electron microscopy) as well as spectroscopic nature (photoelectron spectroscopy with X-ray and UV light, Auger electron spectroscopy, and electron loss spectroscopy). A variety of analytical methods are further developed towards applications under environmental conditions.
In total, SPECS employs more than 130 employees at its headquarters in Berlin and at the branch office in Zurich. The employees work on design and manufacture of scientific equipment for nanotechnology, material science and other related fields.
Since more than 25 years, the know-how, experience, excellent contacts with scientists from around the world, customer service, and strict quality control of final products have been the key to our success.
A professional service and the realization of individual structures is enabled and ensured only by the excellent training of employees, who often have a scientific background in surface science.
An international network of cooperation, distribution and service partners is always ready to support customers worldwide.
The results of further and new development at SPECS are continuously installed in new applications in basic and applied research as well as in manufacture.
Spree Fiber specializes in premium networking equipment and offers optical transceivers compatible to all leading networking manufacturers.
For most of our competitors optical transceivers are a minor business, but it has been the focus of our attention for many years. Through our extensive know-how and direct contact to our manufacturers we can help to find solutions to your specific problems. In addition we offer competitive prices and unmatched availability.
- Digital circuit design for highspeed stateful networking devices
- FPGA implemented Large Language Model
- VLSI, RTL design, FPGA development
- Contract work
Technolab is a services company for product qualifications.
Test methods include i.a. climate , temperature, temperature shock, and corrosion, desert conditions simulation (blowing sand, blowing dust), noxious gases, salt fog, IP protection classes, underpressure, overpressure, solar radiation, vibration and mechanical shock.
The company also executes defect analyses of electronic assemblies and qualifies PCBs, components and auxiliaries.
Technolab designs and produces ist own range of video microscopes
Toptica Eagleyard Photonics develops and manufactures high power laser diodes – the key components for next generation laser systems. These high power laser diodes are produced in close cooperation with the renowned Ferdinand-Braun-Institut, Leibniz-Institut für Höchstfrequenztechnik and represent reliable product results of top research performances. Since its foundation in 2002, eagleyard Photonics, a highly innovative and rapidly growing company has become a leading provider of high power laser diodes with wavelengths ranging from 630 to 1120 nm. Customers worldwide integrate laser diodes “made by eagleyard” into their systems. The certified development, production and marketing processes are subject to rigorous quality standards required by ISO 9001:2008.
Fields of Activity
Development, manufacture and sale of high power laser diodes ranging from 630 nm to 1120 nm.
Range of Services
The product portfolio covers Ridge Waveguide Lasers (Fabry Perot), Broad Area Lasers, Tapered Lasers, Tapered Amplifiers, DFB and DBR Laser, combining maximum power, high durability and excellent beam quality.
Research & Development Activities
Development work has always been targeting higher optical performance of diode structures as well as sustainable packages with integrated micro-optics to achieve stable and cost-effective laser beams. The development of space qualified laser diodes for missions like Gaia and Merlin during the past few years enhanced our knowledge about robust and sustainable designs of laser diodes.
Special Equipment
Own cleanroom facilities
Technology Partners
Ferdinand-Braun-Institute
Current State-of-the-art Technologies
Quantal Initiative
