News and articles

Mitarbeiter des Foss Fiber Optics Teams in der Slowakei nahmen kürzlich an einer spezialisierten Schulung bei 3M teil, die sich auf die Expanded Beam Optical 3M™ EBO Optical Interconnect-Lösung konzentrierte. Durch diese Schulung verfügt Foss nun über die Kompetenz, diese fortschrittlichen Steckverbinder direkt in unserer eigenen Produktion zu konfektionieren und zu liefern.

FPD66 is a compact wall box for DIN rail and wall mounting of fiber optic cables. Despite its modest dimensions, the box is designed to maintain the correct fiber bend radius and provide enough working space for installers. For easier installation and service, both the lid and the adapter plate can be removed.

Wall Box Flexi from Foss Fiberoptikk is designed to make fiber installation easier, faster, and more adaptable – whether for small residential setups or larger professional applications. The box has a modular structure, allowing you to tailor it to your needs, whether installing a single unit or building a larger combination of modules.

FOSS offers products based on the SENKO IP-J connector. The connector is designed for outdoor applications and has an IP67 rating. The connector is used for direct connection to RRU (Remote Radio Unit), or other devices with a direct connection to the SFP module.

FOSS offers assembly based on SENKO’s MPO-PLUS® Bayonet connector. Connector offers unique bayonet locking mechanism. Connector offers ideal solution for all limited space application as on-board optics.

Amphenol MPO Field connector offers an easy system to upgrade a standard MPO connector to an harsh environment MPO.

Amphenol LC Field offers a simple system to convert a standard LC connector to a connector for harsh environments.

FOSS offers products based on ARINC 801 termination with the option of conversion to LC connector using LC-T801 receptacle

Receptacle can be connected directly onto the MIL-DTL-83526 Expanded Beam Plug , and can be therefore used as a quick tool to change the expanded beam port to LC port, by using standard military tactical cables

In der heutigen digitalen Landschaft spielen Rechenzentren eine zentrale Rolle bei der Unterstützung von Geschäftsprozessen. Diese Einrichtungen speichern nicht nur wichtige Hardware- und Computersysteme, sondern sichern und gewährleisten auch den Zugriff auf geschäftskritische Daten. Vom E-Mail-Management bis hin zu Kundenbeziehungs­systemen – Rechenzentren sind unverzichtbar für moderne Unternehmen.

Roads and railways place great demands on the network's reliability. The fiber optic equipment must withstand both mechanical stress an large temperature variations. This can make standard materials unsuitable.

Rough maritime environments require products with uncompromising quality. Wet and salty environments with mechanical stress and large temperature variations can make standard materials unsuitable. The products must also be easy to install and maintain.

Industrial environments place great demands on equipment. Both mechanical stress and large temperature variations can make standard materials unsuitable.

Wenn Kommunikation unter extremen Bedingungen funktionieren muss, reichen Standardlösungen nicht aus. FOSS liefert robuste Plug-and-Play-Glasfasersysteme, die auch unter härtesten Bedingungen zuverlässig arbeiten – bewährt im Verteidigungsbereich, Offshore-Einsatz und in der Industrie.

Am 15. Oktober hatte ein Team unserer norwegischen Produktionsabteilung die besondere Gelegenheit, TE Connectivity in Swindon zu besuchen und an einer umfassenden Schulung zum COP (Continuous Operational Process) sowie zur Produktschulung teilzunehmen. Dieser Besuch war ein wichtiger Bestandteil unserer kontinuierlichen Entwicklungs- und Verbesserungsmaßnahmen.

Als der Technische Direktor von TV 2, Bård Egil Torgersen, dringend spezielle Steckverbinder benötigte, reagierte Foss Fiberoptikk sofort. Innerhalb von nur fünf Tagen war das Problem gelöst.

Requirements for increased packet in ODF require new High Density (HD) optical patch cords. With our new patch cords in UniBoot design, a round 2 mm cable will contain 2 fibre.

For more than 20 years Seikoh Giken and the Foss group have had a close cooperation within the fibre optical arena.

Termini size 16, are designed for use in D38999 Series III circular connectors. Ferrules have the diameter of 1,6mm.

Foss Fibre Optics, s.r.o. offers QSeal connector features 2 and 4 channel push-pull plugs. Connector is IP67 sealed. The QSeal connector line is intermateable with Neutrik´s opticalCON DUO and QUAD connectors.

The MDC connector from US CONEC belongs to the class of VSFF (Very Small Form Factor) duplex connectors for singlemode and multimode applications. The MDC connector uses a standard 1.25mm diameter ferrule, also used for LC connectors and is terminated onto 2-fibers optical cable with outer diameter up to 2 mm.

Seikoh Giken, represented by Foss Fiber Optics, s.r.o., is launching a new uniboot LC Intelli-Cross Pro connector. New connector brings several improvements.

An optical connector is usually male. Two connectors are connected together via an adapter and characterized by two optical parameters, insertion loss and reflected power. Additionally, the connectors must meet geometrical requirements for the ferrule (radius of curvature, apex offset, and protrusion/retraction).

Foss  as a long-term supplier of Splice-on connectors for Slovak Telekom, provides training and special holders for fiber optic splicers.

Two terms that are often confused in fiber optics are dB and dBm. Both describe power, but there is a significant difference between them.

Digitalization is relevant in industrial environments. Equipment and processes can be remotely controlled and monitored. This places great demands on the communication equipment. Fiber optic cables are immune to electromagnetic noise and have high transmission capacity. This makes fiber optics the natural solution for modern and robust communication.

The ever increasing demand for data bandwidth has led to a massive roll-out of optical fibres in both central and rural areas of Norway. The passive infrastructure has been deployed, awaiting future technology upgrades. Point to point or point to multipoint networks, Single Family Units or Multi Dwelling Units, we have created a set of product solutions that will secure traffic stability and subscriber satisfaction. The solutions comprise ODF solutions in the ONT, outside splice closures with or without integrated optical splitters, a selection of wall boxes and products for inside optical wiring down to the OLT at the subscriber´s residence.

Since the beginning of 2017, Mesta, Norway's largest contractor in the field of maintenance and road engineering, have worked on a major upgrade with the security system in a tunnel in Bergen, Norway. To avoid closing the tunnel during the day, all work has been done by night. Because of this, it has been important to have a robust and flexible temporary safety system inside the tunnel.

ProBeam is a fiber connector designed for use in temporary connections. Originally, the system was developed for military applications, but now the industry has also discovered this very robust contact.

Wavelength multiplexing is a good and affordable method of transmitting multiple signals across the same fiber. Each wavelength (color) transports a signal. In this way, you can significantly increase the capacity of existing fiber lines. Combined with Optical Add / Drop Multiplexer (OADM), one can pick and / or add single wavelengths on the way between endpoints. A major advantage of using passive wavelength multiplexing is also that the method is protocol and speed independent.

In relatively few years, high speed internet access has become a necessity for most people in daily routines. No matter if you are working from home, watching Netflix from the couch, listening to music from Spotify or gaming online, a stabile and fast connection is needed. For years, WDM technology has been applied in order to achieve this infrastructure, at a reasonable cost and within the physical limitations that we face.

Benötigen Sie eine maßgeschneiderte Glasfaserlösung? Bei Foss Fiberoptics verfügen wir über eigene Produktionsstätten in Norwegen und der Slowakei, um Ihren individuellen Anforderungen gerecht zu werden. Mit über drei Jahrzehnten Erfahrung setzen wir seit 1984 konsequent auf lokal gefertigte Produkte – das bildet das Fundament unserer Unternehmensphilosophie. Dieser Ansatz ermöglicht uns schnelle Lieferzeiten und flexible Produktlösungen, die exakt auf Ihre Spezifikationen abgestimmt sind.

Wavelength Division Multiplexing (WDM) ist eine Technologie in der Glasfaserkommunikation, mit der mehrere Signale über eine einzelne Faser übertragen werden können. Dabei wird die Faser in Kanäle mit unterschiedlichen Wellenlängen aufgeteilt, sodass mehrere Signale gleichzeitig übertragen werden können. Es gibt drei Hauptarten von WDM: WDM, CWDM und DWDM – alle erhöhen die Übertragungskapazität einer Glasfaser.

Wavelength Division Multiplexing (WDM) is a cost-effective and efficient method for increasing the capacity of existing fiber lines. This is achieved by dividing the fiber into channels with different wavelengths, allowing multiple signals to be transmitted over the same fiber. Each wavelength carries its own signal with full bandwidth. When needed, the systems can be expanded to gradually increase the transmission capacity of the line.

Für die Telekommunikation gibt es zwei Haupttypen von Glasfasern: Multimode und Singlemode. Was unterscheidet diese Typen – und wann sollte man welchen verwenden?