Trusted Partner for Urban Optical Infrastructure
EP Networks is a European manufacturer and supplier with headquarters in Berlin, dedicated to delivering high-performance fiber optic solutions for smart city communication networks, urban backbone, surveillance video transmission, road traffic monitoring, IoT access, and public safety. Our portfolio includes optical distribution frames, fiber splice closures, WDM multiplexers, video transceivers, hardened connectors, outdoor distribution boxes, and comprehensive testing tools. We serve telecom operators, system integrators, city authorities, and industrial enterprises across Europe.
Our production facilities leverage automated precision assembly and strict quality control to ensure reliability in harsh outdoor and indoor environments. We combine deep application knowledge with an agile supply chain to deliver tailored solutions – from street-level IoT gateways to high‑capacity metro rings. Our commitment to innovation has made us a preferred partner for projects requiring massive data transmission, video analytics, and resilient public safety networks.
Complete Range for Urban Fiber Deployment, Surveillance & IoT
Planar waveguide technology, 1×N / 2×N configurations, stainless steel housing. Ideal for urban FTTH, surveillance backbone, and IoT access nodes.
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Compact 19‑inch rack‑mountable design, suitable for high‑density data centers and central offices. Low insertion loss, excellent uniformity.
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ITU‑T channel spacing, C/L‑band, low insertion loss. Integrated modulators for coherent transmission and high‑capacity metro rings.
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18‑channel wideband, 20 nm spacing, no temperature control. Paired with 1.6T optical transceivers for high‑capacity urban backbone.
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Quick termination, no splicing, low loss. Ideal for surveillance camera links and temporary IoT deployments.
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50 µm core, optimized for 10 Gb/s, suitable for short‑reach high‑speed links within data centers and campus networks.
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Laser‑optimized, supports 300 m at 10G, ideal for building backbones and campus networks.
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Multi‑fiber high‑density, 12/24 fibers, for 40G/100G. Also available as precision fiber arrays for silicon photonics and coherent modules.
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Compact 0.9 mm ferrule, 12‑core integrated, ideal for high‑density patching in optical distribution frames.
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Wide wavelength range, high precision. Also available as C‑Lens collimator‑based attenuators for free‑space optical applications.
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Micro‑electromechanical variable attenuator, fast response. C‑Lens collimators provide low‑loss beam expansion for optical switching and sensing.
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High‑sensitivity, multiple wavelength calibrations, ideal for field testing, installation, and O&M of urban fiber networks.
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Stable output, multiple wavelengths, used with power meter for loss testing in carrier and enterprise networks.
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High‑precision fault location, automated event analysis, essential for commissioning and maintenance of long‑haul fiber links and FTTH deployments.
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Simultaneous insertion loss and return loss measurement, suitable for production quality control, R&D labs, and field calibration.
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Wall‑mount, built‑in splitter slots, for FTTH distribution. Also available as modular pre‑terminated enclosures for surveillance nodes.
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Waterproof, dustproof, 16‑core splicing and storage, ideal for outdoor and industrial environments, including road monitoring and port facilities.
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Large capacity, supports 24‑core distribution, for ODN and subscriber access points in carrier networks and data center O&M.
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High‑density, jumper‑free design, simplifies maintenance. Supports liquid‑cooled switch integration for energy‑efficient data centers.
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Integrated tools including stripping tools, cleavers, inspection scopes, and cleaners – essential for field operations, surveillance network upkeep, and IoT node servicing.
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One‑click retractable cleaning, removes contamination from connectors and adapters, including PM and hollow‑core fiber interfaces.
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Portable payout/take‑up device, improves deployment efficiency for massive data transmission projects and FTTH rollouts.
Learn MoreDriving Innovation in Optical Engineering
In‑house developed automated lines for fiber arrays, collimators, and modulators, ensuring micron‑level alignment and consistent quality.
Experience with polarization‑maintaining, hollow‑core, and large‑mode‑area fibers – termination, splicing, and array fabrication for research and sensing.
Mass production of PLC splitters and WDM devices with low PDL and high reliability, supporting custom split ratios and wavelength plans.
100% optical testing (IL, RL, uniformity) with traceable records. In‑house environmental testing for telecom and data center standards.
Tailored solutions for 1.6T modules, liquid‑cooled switches, and modular data centers – from concept to volume production.
Rapid prototyping, flexible production scheduling, and global logistics – serving Europe and beyond with reduced lead times.
Enabling the Future of Urban Optical Infrastructure
From Concept to Delivery – Full Control
Define fiber type, connector, splitting ratio, wavelength, and packaging requirements.
Optical and mechanical design using advanced simulation tools for performance optimization.
Automated assembly of fiber arrays, collimators, modulators, and splitters with micron accuracy.
IL, RL, PDL, and environmental tests to ensure telecom‑grade reliability.
ESD‑safe packaging, fast shipping to Europe and global destinations.
Industry Updates and Technical Articles
2026-07-19
Rated current In represents the maximum continuous current a distribution panel can safely carry under specified conditions. This is not merely a technical specification it directly impacts installation costs,32future expansion capability,32and compliance with local electrical. A distribution box is...
2026-07-19
Select hotswap PDUs with intelligent monitoring, dualinput capability, and integration with energy management systems to maximize energy efficiency and maintain uptime.Key Features for EnergyEfficient HotSwap PDUs1. HotSwap Capability Hotswap PDUs allow maintenance or replacement of UPS modules with...
2026-07-19
Turk Telekom expands fiber32network to 496,000 km by 2025,32supporting Turkeys325G transition and Eurasian digital connectivity goals. 5 digital services tax DST, local physical presence requirements, and restrictions on social media platforms. 5651 requires social media platforms with more than one...
Share your technical specifications or application needs – our team will provide a tailored solution and competitive quote. From optical distribution frames to surveillance links and IoT access, we support your journey.
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