Precision-engineered SFP cages and compatibility modules developed for maximum electromagnetic shielding and heat dissipation within next-gen networks.
Founded in 2016, Novafiber is a premier global developer of high-speed transceiver interfaces and high-density copper cages, deploying cutting-edge infrastructure across Europe and the Americas.
Novafiber Communications Co., Ltd. operates state-of-the-art specialized lines featuring automated optical testing, environmental stress screening (ESS), and strict compliance with IPC standards. With over 9 years of dedicated industry experience and 7 years of direct export proficiency, we supply hyper-scale datacenters, local telecom operators, and system integrators. By retaining a vast supply chain ecosystem, Novafiber provides consistent product availability and custom physical configurations to overcome physical space and thermal constraints.
Paris has solidified its position as one of Europe’s primary FLAP (Frankfurt, London, Amsterdam, Paris) datacenter markets. Driven by dense deployments across the Île-de-France, from Saint-Denis to Aubervilliers, demand for high-density networking components has surged. The rapid growth of cloud computing, edge networks, and low-latency financial trading platforms in La Défense calls for ruggedized interconnect solutions.
As local European infrastructures scale to support AI modeling and 400G/800G optical lines, the requirement for high-integrity physical interfaces like SFP, SFP28, and QSFP+ cages is paramount. These shielding cages serve as the physical gatekeepers of high-speed systems, preventing electromagnetic interference (EMI) and maintaining thermal integrity under extreme operating conditions.
Modern optical interconnect architecture relies on strict mechanical standards defined by Multi-Source Agreements (MSAs). Novafiber bridges the gap between global advanced manufacturing efficiency and the localized design engineering specifications required by European companies.
Whether integrating legacy SFP+ modules or upgrading networks to high-performance SFP28 interfaces, our compatibility matrix guarantees seamless drops into pre-existing switch structures. Leveraging reliable supply networks and ISO-certified processes, we minimize latency in hardware rollouts across France and continental Europe.
Engineered to support high-frequency transmission up to 28 Gbps per channel and beyond, our cages incorporate advanced mechanical designs to ensure system durability.
Utilizes copper-nickel-zinc alloys and custom spring fingers or elastomeric conductive gaskets to establish a complete Faraday cage. This blocks electromagnetic leakage and mitigates cross-talk between high-density adjacent slots on the PCB.
Features robust elastic press-fit pin geometries that provide high mechanical retention force without the need for solder. Compliant pin configurations are engineered to prevent circuit board trace deformation during insertion.
Equipped with customized optical light pipe pipes and thermal heatsink profiles to dissipate heat away from the active transceiver module, preventing thermal throttling and protecting component lifespans.
We align our manufacturing standards with the regulatory requirements of French systems integrators and enterprise operators.
Our entire product line undergoes verification to comply with European environment and safety standards, guaranteeing hazard-free hardware deployment.
Proximity to major European logistics networks allows Novafiber to ship custom prototypes and large orders directly to Paris-Charles de Gaulle with minimal transit delays.
We support bespoke hardware engineering requests, including structural variations, light pipe alignment configurations, and custom mounting footprint developments.
Important modular connectors and RJ45 transceivers optimized for high-density enterprise switching systems.
Visualizing our specialized cleanrooms and automated structural testing parameters to guarantee consistent high-speed interconnect quality.
As hyperscale configurations shift from 100G/200G to 400G and 800G protocols, optical module design faces unique challenges. The increase in transmission frequencies results in heightened susceptibility to signal attenuation and EMI leakage. Modern cages must adapt to protect sensitive circuitry from interference.
Novafiber's design department is currently engineering hybrid cages that integrate thermal heat pipes with high-resiliency spring-fingers. By optimizing the physical properties of our copper alloys and utilizing micro-vent designs, we reduce airflow resistance inside high-density switches while preserving shielding capabilities.
Whether you require standard 1x1 single-port layouts or stacked multi-row configurations (2x1, 2x2, 2x4, or 2x8), Novafiber provides the mechanical precision to maintain structural alignment across your PCBs.
Optimizing localized ventilation holes on the metallic cage body to lower module temperatures by up to 4°C without compromising EMI shielding performance.
Refining pin designs to allow safe board-level rework cycles, mitigating damage to expensive high-layer backplanes during swap-outs.
Developing low-profile shielding concepts to house optoelectronic engines directly adjacent to next-gen switching silicon.
Technical and mechanical answers for hardware architects, network layout engineers, and global procurement managers.
Browse our standard optical transceivers and modular jacks designed for telecom and enterprise networks.
Novafiber
