Optical Conformity Tests
Inspired by light, perfected by electronics - customized assemblies
Bespoke solutions for the synergy of light and technology
With many years of experience and a wide range of references, we offer customized development of optical transmit and receive amplifiers up to 1.25 Gbit/s, bidirectional transmission systems, video signal transmission via fibre optic cables and POF technology. You can rely on our expertise in the qualification and development of high-speed transponders and customised test environments. Discover the future of optoelectronics - precise, efficient and reliable.
Advantages of optoelectronic assemblies
1
Efficiency
Optoelectronic components are often particularly energy-efficient.
2
Speed
They enable extremely fast data transmission, which is crucial for high-speed data connections.
3
Precision
Optoelectronic sensors offer high-speed data transmission with minimal loss.
4
Compactness
Many optoelectronic components are small and lightweight, making them ideal for portable and space-constrained applications.
Our offer includes
Development
Qualification
Tests
Studies
Prototypes
Sample focus areas
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Development of optical transmit and receive amplifiers up to 1.25 Gbit/s
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Assemblies for bidirectional transmission via an optical fibre
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Video signal transmission system via fibre optic cable
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Development of an optical amplifier assembly (EDFA)
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Development of a test environment for 40 Gbit/s transponder modules (test specification, test setup for automated measurement of transmitter and receiver parameters, programming of sequence control and user interfaces with HP-VEE and C, measuring device control via GPIG bus, HW setup of test adapters)
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Qualification of 2.5 Gbit/s transponders for SDH/SONET systems
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Qualification of small form-factor pluggable optical transceiver modules for SDH/SONET and Ethernet interfaces with data rates from 1.25 Gbit/s to 10 Gbit/s (SFP/XFP) from various manufacturers
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Hardware development for assemblies with LAN and WAN ports for Ethernet over SONET
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POF technology (polymer optical fibre)
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Study on non-directional infrared transmission in closed rooms
Our Experience in development
Overview of previous projects and studies
Project “POF-ALL”
Carrying out investigations to increase the bit rate and bridgeable distances for data transmission via POF as part of the "POF-ALL" project
Assembly Work on POF and PCF
Simplex and duplex cables, various connector types and processing methods
Development and Delivery of various Interface Converters
including RS232 (also as self-supply), RS485 for POF applications
Development and Delivery of Multiplexers for Data Transmission via PCF Fibres
Development and Production of a POF Attenuation Measuring Station
Development of an Assembly Tool for POF