Explore our leading selection of high-speed RJ45 connectors, integrated magnetic modules, LAN transformers, and SGMII transceivers engineered for zero-loss transmissions.
Established in 2016, Novafiber Communications Co., Ltd. has developed into a preeminent ODM/OEM manufacturer specializing in advanced high-speed RJ45 connectors, integrated magnetics, and optical communication components.
With over 9 years of core industry experience and 7 years of structured export history, Novafiber serves as a vital engineering partner for global telecommunication operators, data center builders, and industrial automation system integrators. By combining high-frequency electromagnetic simulation, precise micro-machining, and automated testing, we bridge the gap between legacy RJ45 copper ecosystems and high-speed optical transceivers (1G up to 800G).
Operating out of a highly optimized facility of 420㎡ and backed by an engineering team of 180 R&D experts, Novafiber maintains an extensive supply chain ecosystem comprising more than 1,200 verified raw material partners. This vast network allows us to provide unmatched cost stability, consistent mass-production capacity, and dynamic lead times for high-volume deployments.
As network bandwidth demands escalate from gigabit limits to multi-gigabit interfaces, RJ45 and optical sub-assemblies must evolve to mitigate high-frequency loss and thermal issues.
Operating at transmission frequencies up to 2,000 MHz requires absolute control over characteristic impedance (nominally 100 ohms). Novafiber integrates 3D electromagnetic field solvers (HFSS) during the contact lead frame design process to minimize Near-End Crosstalk (NEXT) and Return Loss (RL). Advanced internal layout techniques compensate for capacitive coupling between contact pins, ensuring clean eye-diagrams under Cat8 conditions.
To save valuable PCB real estate and provide excellent EMI shielding, our RJ45 solutions feature integrated LAN transformers. By packaging common-mode chokes, isolation transformers, and high-voltage capacitors (Bob Smith termination) directly inside the shielded metal cage, we achieve up to 1,500V AC isolation. This reduces external EMI emission and enhances Common Mode Rejection (CMR) across a wider frequency band.
Delivering up to 90W-100W of electrical power over standard twisted-pair cabling risks thermal runaway and contact arcing during mating cycles. Novafiber designs RJ45 contacts using premium phosphor bronze alloy with high electrical conductivity, plated with up to 50 micro-inches of hard gold. Our mechanical geometry ensures that the spark generated during separation is kept far away from the primary data-transfer contact point, maintaining signal path integrity over 750+ insertion cycles.
Providing mission-critical physical layer interfaces designed to withstand diverse operational environments.
With systems consolidating into ultra-dense 1U and 2U switches, our stacked 2x6 and 1x4 configurations with integrated light pipes and heat sinks provide optimal airflow, structural stability, and immediate status diagnosis.
Factory environments expose interconnects to continuous mechanical vibrations, chemical residue, and high operating temperatures. Our SMT RJ45 connectors feature robust locking tabs and high-temperature LCP housings that withstand reflow soldering up to 260°C.
With high-speed SGMII optical transceiver modules, we enable seamless optical-to-electrical signal conversion, bridging the gigabit gap over long distances up to 100 meters on standard Category UTP cabling.
Every single connector and module exported by Novafiber is subjected to an exhaustive array of quality inspections to ensure field reliability.
Our manufacturing line utilizes state-of-the-art automated terminal insertion machines, automated laser co-planarity alignment check tools, and high-frequency network analyzers. All production steps conform strictly to the IPC-A-610 Class 2 standard (and Class 3 upon specific client request).
To guarantee zero mechanical faults upon deployment, we deploy 65 quality inspection personnel who run structural checks throughout the process flow. From raw gold-contact pin electroplating verification to visual plastic housing inspections, we minimize defect escape rates to less than 50 PPM.
All active components—including our copper SFP transceivers and LAN transformers—undergo a compulsory 48-hour burn-in phase. This high-temperature aging test helps detect early infant mortality issues.
Global technology distributors and OEMs face major pressure in maintaining continuous material flows. Novafiber has structured its operations specifically to satisfy the demands of multi-national compliance officers and logistics teams:
We guarantee full compliance with RoHS 2.0 (Restriction of Hazardous Substances) and REACH directives. Material safety data sheets (MSDS) are maintained for all LCP materials, metal shields, and solder paste options.
Our logistics team operates closely with tier-1 freight forwarders. Our export facility is located within easy reach of Shenzhen and Hong Kong shipping ports, guaranteeing secure export handling.
| Customization Scope | OEM/ODM pinout mapping, specific LED colors, shielding tab lengths |
| Lead Time | Standard tooling: 2-3 weeks. Mass production: 3-4 weeks |
| Standard Compliance | IEEE 802.3ab, IEEE 802.3at/bt, IEC 60603-7 |
| Standard Packaging | Anti-static trays, tape-and-reel for automated SMT placement |
Technical answers addressing signal integrity, industrial certifications, and layout specifications.
To maintain signal integrity at high-frequency ranges (up to 500 MHz for Cat6a / 10GBASE-T), we integrate custom PCB components inside our Integrated Connector Modules (ICMs). This internal board allows for targeted capacitance and inductance compensation directly behind the contact pins. Additionally, the external nickel-plated brass shell features multiple grounding tabs to establish low-impedance grounding paths.
Our 10/100/1000BASE-T SGMII Copper SFP modules allow network hardware with SFP ports to connect directly to standard RJ45 copper networks. This layout provides system design flexibility, enabling long network links up to 100 meters without requiring dedicated copper ports on switch mainboards.
We offer multiple footprints to match diverse hardware layouts, including standard 1000 BASE-T single-port packages, multi-port stacked arrays (2x6 configurations), and low-profile vertical jacks. These units are also available with PoE ratings, designed to carry DC currents up to 720mA per pair.
Our R&D team designs and manufactures standard components that cross-reference directly with mainstream brands. Pin configurations, mechanical housing footprints, and electrical values match industry-standard board layouts. This allows for seamless drop-in replacements with no PCB revisions required.
Select from our integrated magnetics, shielded multi-port jacks, and high-speed SFP28/SFP cages designed for robust deployments.
Inside Novafiber's cleanrooms, quality testing facilities, and component verification setups.
Novafiber
